{
"tiddlers": {
"$:/Acknowledgements": {
"title": "$:/Acknowledgements",
"type": "text/vnd.tiddlywiki",
"text": "TiddlyWiki incorporates code from these fine OpenSource projects:\n\n* [[The Stanford Javascript Crypto Library|http://bitwiseshiftleft.github.io/sjcl/]]\n* [[The Jasmine JavaScript Test Framework|http://pivotal.github.io/jasmine/]]\n* [[Normalize.css by Nicolas Gallagher|http://necolas.github.io/normalize.css/]]\n\nAnd media from these projects:\n\n* World flag icons from [[Wikipedia|http://commons.wikimedia.org/wiki/Category:SVG_flags_by_country]]\n"
},
"$:/core/copyright.txt": {
"title": "$:/core/copyright.txt",
"type": "text/plain",
"text": "TiddlyWiki created by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007\nCopyright © UnaMesa Association 2007-2015\n\nRedistribution and use in source and binary forms, with or without modification,\nare permitted provided that the following conditions are met:\n\nRedistributions of source code must retain the above copyright notice, this\nlist of conditions and the following disclaimer.\n\nRedistributions in binary form must reproduce the above copyright notice, this\nlist of conditions and the following disclaimer in the documentation and/or other\nmaterials provided with the distribution.\n\nNeither the name of the UnaMesa Association nor the names of its contributors may be\nused to endorse or promote products derived from this software without specific\nprior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS' AND ANY\nEXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES\nOF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT\nSHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,\nINCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR\nBUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN\nCONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN\nANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH\nDAMAGE.\n"
},
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},
"$:/core/images/theme-button": {
"title": "$:/core/images/theme-button",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-theme-button tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M55.854113,66.9453198 C54.3299482,65.1432292 53.0133883,63.518995 51.9542746,62.1263761 C40.8899947,47.578055 35.3091807,55.2383404 28.9941893,62.1263758 C22.6791979,69.0144112 30.6577916,74.5954741 24.6646171,79.4611023 C18.6714426,84.3267304 19.0414417,86.0133155 8.92654943,77.1119468 C-1.18834284,68.2105781 -1.88793412,65.7597832 2.7553553,60.6807286 C7.39864472,55.601674 11.2794845,63.5989423 20.7646627,54.5728325 C30.2498409,45.5467226 22.2819131,37.5470737 22.2819131,37.5470737 C22.2819131,37.5470737 42.0310399,-2.82433362 68.4206088,0.157393922 C94.8101776,3.13912147 58.4373806,-3.70356506 49.3898693,27.958066 C45.5161782,41.5139906 50.1107906,38.3197672 57.4560458,44.0453955 C59.1625767,45.3756367 63.8839488,48.777453 70.127165,53.3625321 C63.9980513,59.2416709 58.9704753,64.0315459 55.854113,66.9453198 Z M67.4952439,79.8919946 C83.5082212,96.9282402 105.237121,117.617674 112.611591,120.312493 C123.044132,124.12481 128.000001,117.170903 128,105.522947 C127.999999,98.3705516 104.170675,78.980486 84.0760493,63.7529565 C76.6683337,70.9090328 70.7000957,76.7055226 67.4952439,79.8919946 Z\"></path>\n <path d=\"M58.2852966,138.232794 L58.2852966,88.3943645 C56.318874,88.3923153 54.7254089,86.7952906 54.7254089,84.8344788 C54.7254089,82.8684071 56.3175932,81.2745911 58.2890859,81.2745911 L79.6408336,81.2745911 C81.608998,81.2745911 83.2045105,82.8724076 83.2045105,84.8344788 C83.2045105,86.7992907 81.614366,88.3923238 79.6446228,88.3943645 L79.6446228,88.3943646 L79.6446228,138.232794 C79.6446228,144.131009 74.8631748,148.912457 68.9649597,148.912457 C63.0667446,148.912457 58.2852966,144.131009 58.2852966,138.232794 Z M65.405072,-14.8423767 L72.5248474,-14.8423767 L76.0847351,-0.690681892 L72.5248474,6.51694947 L72.5248474,81.2745911 L65.405072,81.2745911 L65.405072,6.51694947 L61.8451843,-0.690681892 L65.405072,-14.8423767 Z\" transform=\"translate(68.964960, 67.035040) rotate(45.000000) translate(-68.964960, -67.035040) \"></path>\n </g>\n</svg>"
},
"$:/core/images/tip": {
"title": "$:/core/images/tip",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-tip tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M64,128.241818 C99.346224,128.241818 128,99.5880417 128,64.2418177 C128,28.8955937 99.346224,0.241817675 64,0.241817675 C28.653776,0.241817675 0,28.8955937 0,64.2418177 C0,99.5880417 28.653776,128.241818 64,128.241818 Z M75.9358659,91.4531941 C75.3115438,95.581915 70.2059206,98.8016748 64,98.8016748 C57.7940794,98.8016748 52.6884562,95.581915 52.0641341,91.4531941 C54.3299053,94.0502127 58.8248941,95.8192805 64,95.8192805 C69.1751059,95.8192805 73.6700947,94.0502127 75.9358659,91.4531941 L75.9358659,91.4531941 Z M75.9358659,95.9453413 C75.3115438,100.074062 70.2059206,103.293822 64,103.293822 C57.7940794,103.293822 52.6884562,100.074062 52.0641341,95.9453413 C54.3299053,98.5423599 58.8248941,100.311428 64,100.311428 C69.1751059,100.311428 73.6700947,98.5423599 75.9358659,95.9453413 L75.9358659,95.9453413 Z M75.9358659,100.40119 C75.3115438,104.529911 70.2059206,107.74967 64,107.74967 C57.7940794,107.74967 52.6884562,104.529911 52.0641341,100.40119 C54.3299053,102.998208 58.8248941,104.767276 64,104.767276 C69.1751059,104.767276 73.6700947,102.998208 75.9358659,100.40119 L75.9358659,100.40119 Z M75.9358659,104.893337 C75.3115438,109.022058 70.2059206,112.241818 64,112.241818 C57.7940794,112.241818 52.6884562,109.022058 52.0641341,104.893337 C54.3299053,107.490356 58.8248941,109.259423 64,109.259423 C69.1751059,109.259423 73.6700947,107.490356 75.9358659,104.893337 L75.9358659,104.893337 Z M64.3010456,24.2418177 C75.9193117,24.2418188 88.0000013,32.0619847 88,48.4419659 C87.9999987,64.8219472 75.9193018,71.7540963 75.9193021,83.5755932 C75.9193022,89.4486648 70.0521957,92.8368862 63.9999994,92.8368862 C57.947803,92.8368862 51.9731007,89.8295115 51.9731007,83.5755932 C51.9731007,71.1469799 39.9999998,65.4700602 40,48.4419647 C40.0000002,31.4138691 52.6827796,24.2418166 64.3010456,24.2418177 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/twitter": {
"title": "$:/core/images/twitter",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-twitter tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M41.6263422,115.803477 C27.0279663,115.803477 13.4398394,111.540813 1.99987456,104.234833 C4.02221627,104.472643 6.08004574,104.594302 8.16644978,104.594302 C20.277456,104.594302 31.4238403,100.47763 40.270894,93.5715185 C28.9590538,93.3635501 19.4123842,85.9189246 16.1230832,75.6885328 C17.7011365,75.9892376 19.320669,76.1503787 20.9862896,76.1503787 C23.344152,76.1503787 25.6278127,75.8359011 27.7971751,75.247346 C15.9709927,72.8821073 7.06079851,62.4745062 7.06079851,49.9982394 C7.06079851,49.8898938 7.06079851,49.7820074 7.06264203,49.67458 C10.5482779,51.6032228 14.5339687,52.7615103 18.7717609,52.8951059 C11.8355159,48.277565 7.2714207,40.3958845 7.2714207,31.4624258 C7.2714207,26.7434257 8.54621495,22.3200804 10.7713439,18.5169676 C23.5211299,34.0957738 42.568842,44.3472839 64.0532269,45.4210985 C63.6126256,43.5365285 63.3835682,41.5711584 63.3835682,39.5529928 C63.3835682,25.3326379 74.95811,13.8034766 89.2347917,13.8034766 C96.6697089,13.8034766 103.387958,16.930807 108.103682,21.9353619 C113.991886,20.780288 119.52429,18.6372496 124.518847,15.6866694 C122.588682,21.6993889 118.490075,26.7457211 113.152623,29.9327334 C118.381769,29.3102055 123.363882,27.926045 127.999875,25.8780385 C124.534056,31.0418981 120.151087,35.5772616 115.100763,39.2077561 C115.150538,40.3118708 115.175426,41.4224128 115.175426,42.538923 C115.175426,76.5663154 89.1744164,115.803477 41.6263422,115.803477\"></path>\n </g>\n</svg>\n"
},
"$:/core/images/unlocked-padlock": {
"title": "$:/core/images/unlocked-padlock",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-unlocked-padlock tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M48.6266053,64 L105,64 L105,96.0097716 C105,113.673909 90.6736461,128 73.001193,128 L55.998807,128 C38.3179793,128 24,113.677487 24,96.0097716 L24,64 L30.136303,64 C19.6806213,51.3490406 2.77158986,28.2115132 25.8366966,8.85759246 C50.4723026,-11.8141335 71.6711028,13.2108337 81.613302,25.0594855 C91.5555012,36.9081373 78.9368488,47.4964439 69.1559674,34.9513593 C59.375086,22.4062748 47.9893192,10.8049522 35.9485154,20.9083862 C23.9077117,31.0118202 34.192312,43.2685325 44.7624679,55.8655518 C47.229397,58.805523 48.403443,61.5979188 48.6266053,64 Z M67.7315279,92.3641717 C70.8232551,91.0923621 73,88.0503841 73,84.5 C73,79.8055796 69.1944204,76 64.5,76 C59.8055796,76 56,79.8055796 56,84.5 C56,87.947435 58.0523387,90.9155206 61.0018621,92.2491029 L55.9067479,115.020857 L72.8008958,115.020857 L67.7315279,92.3641717 L67.7315279,92.3641717 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/up-arrow": {
"created": "20150316000544368",
"modified": "20150316000831867",
"tags": "$:/tags/Image",
"title": "$:/core/images/up-arrow",
"text": "<svg class=\"tc-image-up-arrow tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n<path transform=\"rotate(-135, 63.8945, 64.1752)\" d=\"m109.07576,109.35336c-1.43248,1.43361 -3.41136,2.32182 -5.59717,2.32182l-79.16816,0c-4.36519,0 -7.91592,-3.5444 -7.91592,-7.91666c0,-4.36337 3.54408,-7.91667 7.91592,-7.91667l71.25075,0l0,-71.25074c0,-4.3652 3.54442,-7.91592 7.91667,-7.91592c4.36336,0 7.91667,3.54408 7.91667,7.91592l0,79.16815c0,2.1825 -0.88602,4.16136 -2.3185,5.59467l-0.00027,-0.00056l0.00001,-0.00001z\" />\n</svg>\n \n"
},
"$:/core/images/video": {
"title": "$:/core/images/video",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-video tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M64,12 C29.0909091,12 8.72727273,14.9166667 5.81818182,17.8333333 C2.90909091,20.75 1.93784382e-15,41.1666667 0,64.5 C1.93784382e-15,87.8333333 2.90909091,108.25 5.81818182,111.166667 C8.72727273,114.083333 29.0909091,117 64,117 C98.9090909,117 119.272727,114.083333 122.181818,111.166667 C125.090909,108.25 128,87.8333333 128,64.5 C128,41.1666667 125.090909,20.75 122.181818,17.8333333 C119.272727,14.9166667 98.9090909,12 64,12 Z M54.9161194,44.6182253 C51.102648,42.0759111 48.0112186,43.7391738 48.0112186,48.3159447 L48.0112186,79.6840553 C48.0112186,84.2685636 51.109784,85.9193316 54.9161194,83.3817747 L77.0838806,68.6032672 C80.897352,66.0609529 80.890216,61.9342897 77.0838806,59.3967328 L54.9161194,44.6182253 Z\"></path>\n </g>\n</svg>"
},
"$:/core/images/warning": {
"title": "$:/core/images/warning",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-warning tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M57.0717968,11 C60.1509982,5.66666667 67.8490018,5.66666667 70.9282032,11 L126.353829,107 C129.433031,112.333333 125.584029,119 119.425626,119 L8.57437416,119 C2.41597129,119 -1.43303051,112.333333 1.64617093,107 L57.0717968,11 Z M64,37 C59.581722,37 56,40.5820489 56,44.9935776 L56,73.0064224 C56,77.4211534 59.5907123,81 64,81 C68.418278,81 72,77.4179511 72,73.0064224 L72,44.9935776 C72,40.5788466 68.4092877,37 64,37 Z M64,104 C68.418278,104 72,100.418278 72,96 C72,91.581722 68.418278,88 64,88 C59.581722,88 56,91.581722 56,96 C56,100.418278 59.581722,104 64,104 Z\"></path>\n </g>\n</svg>"
},
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "advanced search"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "Advanced search"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "cancel"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "Discard changes to this tiddler"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "clone"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "Clone this tiddler"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "close"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "Close this tiddler"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "close all"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "Close all tiddlers"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "close others"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "Close other tiddlers"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "control panel"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "Open control panel"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "delete"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "Delete this tiddler"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "edit"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "Edit this tiddler"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "encryption"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "Set or clear a password for saving this wiki"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "clear password"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "Clear the password and save this wiki without encryption"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "set password"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "Set a password for saving this wiki with encryption"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "export all"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "Export all tiddlers"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "export tiddler"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "Export tiddler"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "export tiddlers"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "Export tiddlers"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "full-screen"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "Enter or leave full-screen mode"
},
"$:/language/Buttons/Help/Caption": {
"title": "$:/language/Buttons/Help/Caption",
"text": "help"
},
"$:/language/Buttons/Help/Hint": {
"title": "$:/language/Buttons/Help/Hint",
"text": "Show help panel"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "import"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "Import files"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "info"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "Show information for this tiddler"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "home"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "Open the default tiddlers"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "language"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "Choose the user interface language"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "more"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "More actions"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "new here"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "Create a new tiddler tagged with this one"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "new journal"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "Create a new journal tiddler"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "new journal here"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "Create a new journal tiddler tagged with this one"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "new tiddler"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "Create a new tiddler"
},
"$:/language/Buttons/OpenWindow/Caption": {
"title": "$:/language/Buttons/OpenWindow/Caption",
"text": "open in new window"
},
"$:/language/Buttons/OpenWindow/Hint": {
"title": "$:/language/Buttons/OpenWindow/Hint",
"text": "Open tiddler in new window"
},
"$:/language/Buttons/Palette/Caption": {
"title": "$:/language/Buttons/Palette/Caption",
"text": "palette"
},
"$:/language/Buttons/Palette/Hint": {
"title": "$:/language/Buttons/Palette/Hint",
"text": "Choose the colour palette"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "permalink"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "Set browser address bar to a direct link to this tiddler"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "permaview"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "Set browser address bar to a direct link to all the tiddlers in this story"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "refresh"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "Perform a full refresh of the wiki"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "ok"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "Confirm changes to this tiddler"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "save changes"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "Save changes"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "storyview"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "Choose the story visualisation"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "hide sidebar"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "Hide sidebar"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "show sidebar"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "Show sidebar"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "tag manager"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "Open tag manager"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "theme"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "Choose the display theme"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "Advanced"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "Internal information about this TiddlyWiki"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "Appearance"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "Ways to customise the appearance of your TiddlyWiki."
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "Animation duration:"
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "Basics"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "Use [[double square brackets]] for titles with spaces. Or you can choose to <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">retain story ordering</$button>"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "Default tiddlers:"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "Choose which tiddlers are displayed at startup:"
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "Hello! Current language:"
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "Title of new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "Tags for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "Number of overridden shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "Number of shadow tiddlers:"
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "Subtitle:"
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "Number of system tiddlers:"
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "Number of tags:"
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "Number of tiddlers:"
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "Title of this ~TiddlyWiki:"
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "Username for signing edits:"
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "~TiddlyWiki version:"
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "Editor Types"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "Editor"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "These tiddlers determine which editor is used to edit specific tiddler types."
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "Type"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "Info"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "Information about this TiddlyWiki"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "Loaded Modules"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "These are the currently loaded tiddler modules linked to their source tiddlers. Any italicised modules lack a source tiddler, typically because they were setup during the boot process."
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "Palette"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "clone"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "It is recommended that you clone this shadow palette before editing it"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "This shadow palette has been modified"
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "Editing"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "reset"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "hide editor"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "Current palette:"
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "show editor"
},
"$:/language/ControlPanel/Plugins/Add/Hint": {
"title": "$:/language/ControlPanel/Plugins/Add/Hint",
"text": "Install plugins from the official library"
},
"$:/language/ControlPanel/Plugins/Add/Caption": {
"title": "$:/language/ControlPanel/Plugins/Add/Caption",
"text": "Get more plugins"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "disable"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "Disable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(disabled)"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "None"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "enable"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "Enable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Installed/Hint": {
"title": "$:/language/ControlPanel/Plugins/Installed/Hint",
"text": "Currently installed plugins:"
},
"$:/language/ControlPanel/Plugins/Languages/Caption": {
"title": "$:/language/ControlPanel/Plugins/Languages/Caption",
"text": "Languages"
},
"$:/language/ControlPanel/Plugins/Languages/Hint": {
"title": "$:/language/ControlPanel/Plugins/Languages/Hint",
"text": "Language pack plugins"
},
"$:/language/ControlPanel/Plugins/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Plugins/Hint": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Themes/Caption": {
"title": "$:/language/ControlPanel/Plugins/Themes/Caption",
"text": "Themes"
},
"$:/language/ControlPanel/Plugins/Themes/Hint": {
"title": "$:/language/ControlPanel/Plugins/Themes/Hint",
"text": "Theme plugins"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/Heading": {
"title": "$:/language/ControlPanel/Saving/Heading",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "Advanced Settings"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "Backup Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "Backups"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "These settings are only used when saving to http://tiddlyspot.com or a compatible remote server"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "Upload Filename"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
"text": "~TiddlySpot"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address, e.g. `http://example.com/store.php`.//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "Password"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "Server URL"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "Upload Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "Wiki Name"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "Autosave"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "Do not save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "Save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "Automatically save changes during editing"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "Settings"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "These settings let you customise the behaviour of TiddlyWiki."
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "Navigation Address Bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "Behaviour of the browser address bar when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "Do not update the address bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "Include the target tiddler"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "Include the target tiddler and the current story sequence"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "Navigation History"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "Update browser history when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "Do not update history"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "Update history"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
"text": "Toolbar Button Style"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
"text": "Choose the style for toolbar buttons:"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
"text": "Borderless"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
"text": "Boxed"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
"text": "Rounded"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "Toolbar Buttons"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "Default toolbar button appearance:"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "Include icon"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "Include text"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
"text": "Default Sidebar Tab"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
"text": "Specify which sidebar tab is displayed by default"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
"text": "Tiddler Opening Behaviour"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
"text": "Navigation from //within// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
"text": "Navigation from //outside// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
"text": "Open above the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
"text": "Open below the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
"text": "Open at the top of the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
"text": "Open at the bottom of the story river"
},
"$:/language/ControlPanel/Settings/TitleLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
"text": "Tiddler Titles"
},
"$:/language/ControlPanel/Settings/TitleLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
"text": "Optionally display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
"text": "Do not display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
"text": "Display tiddler titles as links"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "Story View"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "Current view:"
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "Theme"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "Current theme:"
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "Tiddler Fields"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "This is the full set of TiddlerFields in use in this wiki (including system tiddlers but excluding shadow tiddlers)."
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "Toolbars"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "Edit Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in edit mode"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "Select which toolbar buttons are displayed"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "Page Toolbar"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "Choose which buttons are displayed on the main page toolbar "
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "View Toolbar"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in view mode"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "Download full wiki"
},
"$:/language/Date/DaySuffix/1": {
"title": "$:/language/Date/DaySuffix/1",
"text": "st"
},
"$:/language/Date/DaySuffix/2": {
"title": "$:/language/Date/DaySuffix/2",
"text": "nd"
},
"$:/language/Date/DaySuffix/3": {
"title": "$:/language/Date/DaySuffix/3",
"text": "rd"
},
"$:/language/Date/DaySuffix/4": {
"title": "$:/language/Date/DaySuffix/4",
"text": "th"
},
"$:/language/Date/DaySuffix/5": {
"title": "$:/language/Date/DaySuffix/5",
"text": "th"
},
"$:/language/Date/DaySuffix/6": {
"title": "$:/language/Date/DaySuffix/6",
"text": "th"
},
"$:/language/Date/DaySuffix/7": {
"title": "$:/language/Date/DaySuffix/7",
"text": "th"
},
"$:/language/Date/DaySuffix/8": {
"title": "$:/language/Date/DaySuffix/8",
"text": "th"
},
"$:/language/Date/DaySuffix/9": {
"title": "$:/language/Date/DaySuffix/9",
"text": "th"
},
"$:/language/Date/DaySuffix/10": {
"title": "$:/language/Date/DaySuffix/10",
"text": "th"
},
"$:/language/Date/DaySuffix/11": {
"title": "$:/language/Date/DaySuffix/11",
"text": "th"
},
"$:/language/Date/DaySuffix/12": {
"title": "$:/language/Date/DaySuffix/12",
"text": "th"
},
"$:/language/Date/DaySuffix/13": {
"title": "$:/language/Date/DaySuffix/13",
"text": "th"
},
"$:/language/Date/DaySuffix/14": {
"title": "$:/language/Date/DaySuffix/14",
"text": "th"
},
"$:/language/Date/DaySuffix/15": {
"title": "$:/language/Date/DaySuffix/15",
"text": "th"
},
"$:/language/Date/DaySuffix/16": {
"title": "$:/language/Date/DaySuffix/16",
"text": "th"
},
"$:/language/Date/DaySuffix/17": {
"title": "$:/language/Date/DaySuffix/17",
"text": "th"
},
"$:/language/Date/DaySuffix/18": {
"title": "$:/language/Date/DaySuffix/18",
"text": "th"
},
"$:/language/Date/DaySuffix/19": {
"title": "$:/language/Date/DaySuffix/19",
"text": "th"
},
"$:/language/Date/DaySuffix/20": {
"title": "$:/language/Date/DaySuffix/20",
"text": "th"
},
"$:/language/Date/DaySuffix/21": {
"title": "$:/language/Date/DaySuffix/21",
"text": "st"
},
"$:/language/Date/DaySuffix/22": {
"title": "$:/language/Date/DaySuffix/22",
"text": "nd"
},
"$:/language/Date/DaySuffix/23": {
"title": "$:/language/Date/DaySuffix/23",
"text": "rd"
},
"$:/language/Date/DaySuffix/24": {
"title": "$:/language/Date/DaySuffix/24",
"text": "th"
},
"$:/language/Date/DaySuffix/25": {
"title": "$:/language/Date/DaySuffix/25",
"text": "th"
},
"$:/language/Date/DaySuffix/26": {
"title": "$:/language/Date/DaySuffix/26",
"text": "th"
},
"$:/language/Date/DaySuffix/27": {
"title": "$:/language/Date/DaySuffix/27",
"text": "th"
},
"$:/language/Date/DaySuffix/28": {
"title": "$:/language/Date/DaySuffix/28",
"text": "th"
},
"$:/language/Date/DaySuffix/29": {
"title": "$:/language/Date/DaySuffix/29",
"text": "th"
},
"$:/language/Date/DaySuffix/30": {
"title": "$:/language/Date/DaySuffix/30",
"text": "th"
},
"$:/language/Date/DaySuffix/31": {
"title": "$:/language/Date/DaySuffix/31",
"text": "st"
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "Sunday"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "Monday"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "Tuesday"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "Wednesday"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "Thursday"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "Friday"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "Saturday"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "January"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "February"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "March"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "April"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "May"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "June"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "July"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "August"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "September"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "October"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "November"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "December"
},
"$:/language/Date/Period/am": {
"title": "$:/language/Date/Period/am",
"text": "am"
},
"$:/language/Date/Period/pm": {
"title": "$:/language/Date/Period/pm",
"text": "pm"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "Sun"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "Mon"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "Tue"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "Wed"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "Thu"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "Fri"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "Sat"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "Jan"
},
"$:/language/Date/Short/Month/2": {
"title": "$:/language/Date/Short/Month/2",
"text": "Feb"
},
"$:/language/Date/Short/Month/3": {
"title": "$:/language/Date/Short/Month/3",
"text": "Mar"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "Apr"
},
"$:/language/Date/Short/Month/5": {
"title": "$:/language/Date/Short/Month/5",
"text": "May"
},
"$:/language/Date/Short/Month/6": {
"title": "$:/language/Date/Short/Month/6",
"text": "Jun"
},
"$:/language/Date/Short/Month/7": {
"title": "$:/language/Date/Short/Month/7",
"text": "Jul"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "Aug"
},
"$:/language/Date/Short/Month/9": {
"title": "$:/language/Date/Short/Month/9",
"text": "Sep"
},
"$:/language/Date/Short/Month/10": {
"title": "$:/language/Date/Short/Month/10",
"text": "Oct"
},
"$:/language/Date/Short/Month/11": {
"title": "$:/language/Date/Short/Month/11",
"text": "Nov"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "Dec"
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "<<period>> days from now"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "<<period>> hours from now"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "<<period>> minutes from now"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "<<period>> months from now"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "1 second from now"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "<<period>> seconds from now"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "<<period>> years from now"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "<<period>> days ago"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "<<period>> hours ago"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "<<period>> minutes ago"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "<<period>> months ago"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "1 second ago"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "<<period>> seconds ago"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "<<period>> years ago"
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "Animations that may be used with the RevealWidget."
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "Commands that can be executed under Node.js."
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "Data to be inserted into `$tw.config`."
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "Individual filter operator methods."
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "Global data to be inserted into `$tw`."
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "Operands for the ''is'' filter operator."
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "JavaScript macro definitions."
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "Parsers for different content types."
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "Savers handle different methods for saving files from the browser."
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "Startup functions."
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "Story views customise the animation and behaviour of list widgets."
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "Converts different content types into tiddlers."
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "Defines the behaviour of an individual tiddler field."
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "Adds methods to the `$tw.Tiddler` prototype."
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "Applies upgrade processing to tiddlers during an upgrade/import."
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "Adds methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "Adds Node.js-specific methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "Widgets encapsulate DOM rendering and refreshing."
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "Adds methods to `$tw.Wiki`."
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "Individual parser rules for the main WikiText parser."
},
"$:/language/Docs/PaletteColours/alert-background": {
"title": "$:/language/Docs/PaletteColours/alert-background",
"text": "Alert background"
},
"$:/language/Docs/PaletteColours/alert-border": {
"title": "$:/language/Docs/PaletteColours/alert-border",
"text": "Alert border"
},
"$:/language/Docs/PaletteColours/alert-highlight": {
"title": "$:/language/Docs/PaletteColours/alert-highlight",
"text": "Alert highlight"
},
"$:/language/Docs/PaletteColours/alert-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
"text": "Alert muted foreground"
},
"$:/language/Docs/PaletteColours/background": {
"title": "$:/language/Docs/PaletteColours/background",
"text": "General background"
},
"$:/language/Docs/PaletteColours/blockquote-bar": {
"title": "$:/language/Docs/PaletteColours/blockquote-bar",
"text": "Blockquote bar"
},
"$:/language/Docs/PaletteColours/button-background": {
"title": "$:/language/Docs/PaletteColours/button-background",
"text": "Default button background"
},
"$:/language/Docs/PaletteColours/button-border": {
"title": "$:/language/Docs/PaletteColours/button-border",
"text": "Default button border"
},
"$:/language/Docs/PaletteColours/button-foreground": {
"title": "$:/language/Docs/PaletteColours/button-foreground",
"text": "Default button foreground"
},
"$:/language/Docs/PaletteColours/dirty-indicator": {
"title": "$:/language/Docs/PaletteColours/dirty-indicator",
"text": "Unsaved changes indicator"
},
"$:/language/Docs/PaletteColours/code-background": {
"title": "$:/language/Docs/PaletteColours/code-background",
"text": "Code background"
},
"$:/language/Docs/PaletteColours/code-border": {
"title": "$:/language/Docs/PaletteColours/code-border",
"text": "Code border"
},
"$:/language/Docs/PaletteColours/code-foreground": {
"title": "$:/language/Docs/PaletteColours/code-foreground",
"text": "Code foreground"
},
"$:/language/Docs/PaletteColours/download-background": {
"title": "$:/language/Docs/PaletteColours/download-background",
"text": "Download button background"
},
"$:/language/Docs/PaletteColours/download-foreground": {
"title": "$:/language/Docs/PaletteColours/download-foreground",
"text": "Download button foreground"
},
"$:/language/Docs/PaletteColours/dragger-background": {
"title": "$:/language/Docs/PaletteColours/dragger-background",
"text": "Dragger background"
},
"$:/language/Docs/PaletteColours/dragger-foreground": {
"title": "$:/language/Docs/PaletteColours/dragger-foreground",
"text": "Dragger foreground"
},
"$:/language/Docs/PaletteColours/dropdown-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-background",
"text": "Dropdown background"
},
"$:/language/Docs/PaletteColours/dropdown-border": {
"title": "$:/language/Docs/PaletteColours/dropdown-border",
"text": "Dropdown border"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
"text": "Dropdown tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
"text": "Dropdown tab background"
},
"$:/language/Docs/PaletteColours/dropzone-background": {
"title": "$:/language/Docs/PaletteColours/dropzone-background",
"text": "Dropzone background"
},
"$:/language/Docs/PaletteColours/external-link-background-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-background-hover",
"text": "External link background hover"
},
"$:/language/Docs/PaletteColours/external-link-background-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-background-visited",
"text": "External link background visited"
},
"$:/language/Docs/PaletteColours/external-link-background": {
"title": "$:/language/Docs/PaletteColours/external-link-background",
"text": "External link background"
},
"$:/language/Docs/PaletteColours/external-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
"text": "External link foreground hover"
},
"$:/language/Docs/PaletteColours/external-link-foreground-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
"text": "External link foreground visited"
},
"$:/language/Docs/PaletteColours/external-link-foreground": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground",
"text": "External link foreground"
},
"$:/language/Docs/PaletteColours/foreground": {
"title": "$:/language/Docs/PaletteColours/foreground",
"text": "General foreground"
},
"$:/language/Docs/PaletteColours/message-background": {
"title": "$:/language/Docs/PaletteColours/message-background",
"text": "Message box background"
},
"$:/language/Docs/PaletteColours/message-border": {
"title": "$:/language/Docs/PaletteColours/message-border",
"text": "Message box border"
},
"$:/language/Docs/PaletteColours/message-foreground": {
"title": "$:/language/Docs/PaletteColours/message-foreground",
"text": "Message box foreground"
},
"$:/language/Docs/PaletteColours/modal-backdrop": {
"title": "$:/language/Docs/PaletteColours/modal-backdrop",
"text": "Modal backdrop"
},
"$:/language/Docs/PaletteColours/modal-background": {
"title": "$:/language/Docs/PaletteColours/modal-background",
"text": "Modal background"
},
"$:/language/Docs/PaletteColours/modal-border": {
"title": "$:/language/Docs/PaletteColours/modal-border",
"text": "Modal border"
},
"$:/language/Docs/PaletteColours/modal-footer-background": {
"title": "$:/language/Docs/PaletteColours/modal-footer-background",
"text": "Modal footer background"
},
"$:/language/Docs/PaletteColours/modal-footer-border": {
"title": "$:/language/Docs/PaletteColours/modal-footer-border",
"text": "Modal footer border"
},
"$:/language/Docs/PaletteColours/modal-header-border": {
"title": "$:/language/Docs/PaletteColours/modal-header-border",
"text": "Modal header border"
},
"$:/language/Docs/PaletteColours/muted-foreground": {
"title": "$:/language/Docs/PaletteColours/muted-foreground",
"text": "General muted foreground"
},
"$:/language/Docs/PaletteColours/notification-background": {
"title": "$:/language/Docs/PaletteColours/notification-background",
"text": "Notification background"
},
"$:/language/Docs/PaletteColours/notification-border": {
"title": "$:/language/Docs/PaletteColours/notification-border",
"text": "Notification border"
},
"$:/language/Docs/PaletteColours/page-background": {
"title": "$:/language/Docs/PaletteColours/page-background",
"text": "Page background"
},
"$:/language/Docs/PaletteColours/pre-background": {
"title": "$:/language/Docs/PaletteColours/pre-background",
"text": "Preformatted code background"
},
"$:/language/Docs/PaletteColours/pre-border": {
"title": "$:/language/Docs/PaletteColours/pre-border",
"text": "Preformatted code border"
},
"$:/language/Docs/PaletteColours/primary": {
"title": "$:/language/Docs/PaletteColours/primary",
"text": "General primary"
},
"$:/language/Docs/PaletteColours/sidebar-button-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
"text": "Sidebar button foreground"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
"text": "Sidebar controls foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
"text": "Sidebar controls foreground"
},
"$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
"text": "Sidebar foreground shadow"
},
"$:/language/Docs/PaletteColours/sidebar-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground",
"text": "Sidebar foreground"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
"text": "Sidebar muted foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
"text": "Sidebar muted foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
"text": "Sidebar tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
"text": "Sidebar tab background"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
"text": "Sidebar tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
"text": "Sidebar tab border"
},
"$:/language/Docs/PaletteColours/sidebar-tab-divider": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
"text": "Sidebar tab divider"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
"text": "Sidebar tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
"text": "Sidebar tab foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
"text": "Sidebar tiddler link foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
"text": "Sidebar tiddler link foreground"
},
"$:/language/Docs/PaletteColours/site-title-foreground": {
"title": "$:/language/Docs/PaletteColours/site-title-foreground",
"text": "Site title foreground"
},
"$:/language/Docs/PaletteColours/static-alert-foreground": {
"title": "$:/language/Docs/PaletteColours/static-alert-foreground",
"text": "Static alert foreground"
},
"$:/language/Docs/PaletteColours/tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/tab-background-selected",
"text": "Tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-background": {
"title": "$:/language/Docs/PaletteColours/tab-background",
"text": "Tab background"
},
"$:/language/Docs/PaletteColours/tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/tab-border-selected",
"text": "Tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-border": {
"title": "$:/language/Docs/PaletteColours/tab-border",
"text": "Tab border"
},
"$:/language/Docs/PaletteColours/tab-divider": {
"title": "$:/language/Docs/PaletteColours/tab-divider",
"text": "Tab divider"
},
"$:/language/Docs/PaletteColours/tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
"text": "Tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-foreground": {
"title": "$:/language/Docs/PaletteColours/tab-foreground",
"text": "Tab foreground"
},
"$:/language/Docs/PaletteColours/table-border": {
"title": "$:/language/Docs/PaletteColours/table-border",
"text": "Table border"
},
"$:/language/Docs/PaletteColours/table-footer-background": {
"title": "$:/language/Docs/PaletteColours/table-footer-background",
"text": "Table footer background"
},
"$:/language/Docs/PaletteColours/table-header-background": {
"title": "$:/language/Docs/PaletteColours/table-header-background",
"text": "Table header background"
},
"$:/language/Docs/PaletteColours/tag-background": {
"title": "$:/language/Docs/PaletteColours/tag-background",
"text": "Tag background"
},
"$:/language/Docs/PaletteColours/tag-foreground": {
"title": "$:/language/Docs/PaletteColours/tag-foreground",
"text": "Tag foreground"
},
"$:/language/Docs/PaletteColours/tiddler-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-background",
"text": "Tiddler background"
},
"$:/language/Docs/PaletteColours/tiddler-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-border",
"text": "Tiddler border"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
"text": "Tiddler controls foreground hover"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
"text": "Tiddler controls foreground for selected controls"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
"text": "Tiddler controls foreground"
},
"$:/language/Docs/PaletteColours/tiddler-editor-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
"text": "Tiddler editor background"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
"text": "Tiddler editor border image"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
"text": "Tiddler editor border"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
"text": "Tiddler editor background for even fields"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
"text": "Tiddler editor background for odd fields"
},
"$:/language/Docs/PaletteColours/tiddler-info-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-background",
"text": "Tiddler info panel background"
},
"$:/language/Docs/PaletteColours/tiddler-info-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-border",
"text": "Tiddler info panel border"
},
"$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
"text": "Tiddler info panel tab background"
},
"$:/language/Docs/PaletteColours/tiddler-link-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-background",
"text": "Tiddler link background"
},
"$:/language/Docs/PaletteColours/tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
"text": "Tiddler link foreground"
},
"$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
"text": "Tiddler subtitle foreground"
},
"$:/language/Docs/PaletteColours/tiddler-title-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
"text": "Tiddler title foreground"
},
"$:/language/Docs/PaletteColours/toolbar-new-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-new-button",
"text": "Toolbar 'new tiddler' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-options-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-options-button",
"text": "Toolbar 'options' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-save-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-save-button",
"text": "Toolbar 'save' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-info-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-info-button",
"text": "Toolbar 'info' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-edit-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
"text": "Toolbar 'edit' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-close-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-close-button",
"text": "Toolbar 'close' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-delete-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
"text": "Toolbar 'delete' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-cancel-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
"text": "Toolbar 'cancel' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-done-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-done-button",
"text": "Toolbar 'done' button foreground"
},
"$:/language/Docs/PaletteColours/untagged-background": {
"title": "$:/language/Docs/PaletteColours/untagged-background",
"text": "Untagged pill background"
},
"$:/language/Docs/PaletteColours/very-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/very-muted-foreground",
"text": "Very muted foreground"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "This is an external tiddler stored outside of the main TiddlyWiki file. You can edit the tags and fields but cannot directly edit the content itself"
},
"$:/language/EditTemplate/Body/Hint": {
"title": "$:/language/EditTemplate/Body/Hint",
"text": "Use [[wiki text|http://tiddlywiki.com/static/WikiText.html]] to add formatting, images, and dynamic features"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "Type the text for this tiddler"
},
"$:/language/EditTemplate/Body/Preview/Button/Hide": {
"title": "$:/language/EditTemplate/Body/Preview/Button/Hide",
"text": "hide preview"
},
"$:/language/EditTemplate/Body/Preview/Button/Show": {
"title": "$:/language/EditTemplate/Body/Preview/Button/Show",
"text": "show preview"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "remove field"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "Remove field"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "field name"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "Add a new field:"
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "field value"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/System": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
"text": "System fields"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/User": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
"text": "User fields"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "This is a shadow tiddler. Any changes will override the default version"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "This is a modified shadow tiddler. You can revert to the default version by deleting this tiddler"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "tag name"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "tag list"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "Show tag list"
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "content type list"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "Show content type list"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "delete content type"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "Delete content type"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "content type"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "Type:"
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "Static HTML"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "JSON file"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "CSV file"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "\".tid\" file"
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "The full URI of an external image tiddler"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "The name of the bag from which a tiddler came"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "The text to be displayed on a tab or button"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "The CSS color value associated with a tiddler"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "The name of the component responsible for an [[alert tiddler|AlertMechanism]]"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "Used to cache the top tiddler in a [[history list|HistoryMechanism]]"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "The date a tiddler was created"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "The name of the person who created a tiddler"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "For a plugin, lists the dependent plugin titles"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "The descriptive text for a plugin, or a modal dialogue"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "For draft tiddlers, contains the title of the tiddler of which this is a draft"
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "For draft tiddlers, contains the proposed new title of the tiddler"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "The footer text for a wizard"
},
"$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against": {
"title": "$:/language/Docs/Fields/hack-to-give-us-something-to-compare-against",
"text": "A temporary storage field used in [[$:/core/templates/static.content]]"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "The title of the tiddler containing the icon associated with a tiddler"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "If set to \"yes\" indicates that a tiddler should be saved as a JavaScript library"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "An ordered list of tiddler titles associated with a tiddler"
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "If set, the title of a tiddler before which this tiddler should be added to the ordered list of tiddler titles, or at the start of the list if this field is present but empty"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "If set, the title of the tiddler after which this tiddler should be added to the ordered list of tiddler titles"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "The date and time at which a tiddler was last modified"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "The tiddler title associated with the person who last modified a tiddler"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "The human readable name associated with a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "A numerical value indicating the priority of a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "The type of plugin in a plugin tiddler"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "The revision of the tiddler held at the server"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "Date of a TiddlyWiki release"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "The source URL associated with a tiddler"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "The subtitle text for a wizard"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "A list of tags associated with a tiddler"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "The body text of a tiddler"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "The unique name of a tiddler"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "The content type of a tiddler"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "Version information for a plugin"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "All tiddlers except system tiddlers"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "Recently modified tiddlers, including system tiddlers"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "Recently modified tiddlers"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "All tags except system tags"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "Missing tiddlers"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "Draft tiddlers"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "Orphan tiddlers"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "System tiddlers"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "Shadow tiddlers"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "Overridden shadow tiddlers"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "System tags"
},
"$:/language/Filters/TypedTiddlers": {
"title": "$:/language/Filters/TypedTiddlers",
"text": "Non wiki-text tiddlers"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is important to make sure that you can reliably save changes. See http://tiddlywiki.com/#GettingStarted for details\n\n!! Set up this ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nSee the [[control panel|$:/ControlPanel]] for more options.\n"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "Automatically run configured commands",
"text": "Build the specified build targets for the current wiki. If no build targets are specified then all available targets will be built.\n\n```\n--build <target> [<target> ...]\n```\n\nBuild targets are defined in the `tiddlywiki.info` file of a wiki folder.\n\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "Clear a password for subsequent crypto operations",
"text": "Clear the password for subsequent crypto operations\n\n```\n--clearpassword\n```\n"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nusage: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\nAvailable commands:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nTo get detailed help on a command:\n\n```\ntiddlywiki --help <command>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "Lists the available editions of TiddlyWiki",
"text": "Lists the names and descriptions of the available editions. You can create a new wiki of a specified edition with the `--init` command.\n\n```\n--editions\n```\n"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "Display help for TiddlyWiki commands",
"text": "Displays help text for a command:\n\n```\n--help [<command>]\n```\n\nIf the command name is omitted then a list of available commands is displayed.\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "Initialise a new wiki folder",
"text": "Initialise an empty [[WikiFolder|WikiFolders]] with a copy of the specified edition.\n\n```\n--init <edition> [<edition> ...]\n```\n\nFor example:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\nNote:\n\n* The wiki folder directory will be created if necessary\n* The \"edition\" defaults to ''empty''\n* The init command will fail if the wiki folder is not empty\n* The init command removes any `includeWikis` definitions in the edition's `tiddlywiki.info` file\n* When multiple editions are specified, editions initialised later will overwrite any files shared with earlier editions (so, the final `tiddlywiki.info` file will be copied from the last edition)\n* `--editions` returns a list of available editions\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "Load tiddlers from a file",
"text": "Load tiddlers from 2.x.x TiddlyWiki files (`.html`), `.tiddler`, `.tid`, `.json` or other files \n\n```\n--load <filepath>\n```\n\nTo load tiddlers from an encrypted TiddlyWiki file you should first specify the password with the PasswordCommand. For example:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nNote that TiddlyWiki will not load an older version of an already loaded plugin.\n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "Construct library plugin required by upgrade process",
"text": "Constructs the `$:/UpgradeLibrary` tiddler for the upgrade process.\n\nThe upgrade library is formatted as an ordinary plugin tiddler with the plugin type `library`. It contains a copy of each of the plugins, themes and language packs available within the TiddlyWiki5 repository.\n\nThis command is intended for internal use; it is only relevant to users constructing a custom upgrade procedure.\n\n```\n--makelibrary <title>\n```\n\nThe title argument defaults to `$:/UpgradeLibrary`.\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"text": "No such help item"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "Set the base output directory for subsequent commands",
"text": "Sets the base output directory for subsequent commands. The default output directory is the `output` subdirectory of the edition directory.\n\n```\n--output <pathname>\n```\n\nIf the specified pathname is relative then it is resolved relative to the current working directory. For example `--output .` sets the output directory to the current working directory.\n\n"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "Set a password for subsequent crypto operations",
"text": "Set a password for subsequent crypto operations\n\n```\n--password <password>\n```\n\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "Render an individual tiddler as a specified ContentType",
"text": "Render an individual tiddler as a specified ContentType, defaults to `text/html` and save it to the specified filename:\n\n```\n--rendertiddler <title> <filename> [<type>]\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "Render tiddlers matching a filter to a specified ContentType",
"text": "Render a set of tiddlers matching a filter to separate files of a specified ContentType (defaults to `text/html`) and extension (defaults to `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>] [\"noclean\"]\n```\n\nFor example:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny files in the target directory are deleted unless the \"noclean\" parameter is specified. The target directory is recursively created if it is missing.\n"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "Saves a raw tiddler to a file",
"text": "Saves an individual tiddler in its raw text or binary format to the specified filename. \n\n```\n--savetiddler <title> <filename>\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "Saves a group of raw tiddlers to a directory",
"text": "Saves a group of tiddlers in their raw text or binary format to the specified directory. \n\n```\n--savetiddlers <filter> <pathname>\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the pathname are automatically created.\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "Provides an HTTP server interface to TiddlyWiki",
"text": "The server built in to TiddlyWiki5 is very simple. Although compatible with TiddlyWeb it doesn't support many of the features needed for robust Internet-facing usage.\n\nAt the root, it serves a rendering of a specified tiddler. Away from the root, it serves individual tiddlers encoded in JSON, and supports the basic HTTP operations for `GET`, `PUT` and `DELETE`.\n\n```\n--server <port> <roottiddler> <rendertype> <servetype> <username> <password> <host> <pathprefix>\n```\n\nThe parameters are:\n\n* ''port'' - port number to serve from (defaults to \"8080\")\n* ''roottiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\") \n* ''rendertype'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''servetype'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''username'' - the default username for signing edits\n* ''password'' - optional password for basic authentication\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''pathprefix'' - optional prefix for paths\n\nIf the password parameter is specified then the browser will prompt the user for the username and password. Note that the password is transmitted in plain text so this implementation isn't suitable for general use.\n\nFor example:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\nThe username and password can be specified as empty strings if you need to set the hostname or pathprefix and don't want to require a password:\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nTo run multiple TiddlyWiki servers at the same time you'll need to put each one on a different port.\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "Prepares external tiddlers for use",
"text": "//Note that this command is experimental and may change or be replaced before being finalised//\n\nSets the specified field of a group of tiddlers to the result of wikifying a template tiddler with the `currentTiddler` variable set to the tiddler.\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nThe parameters are:\n\n* ''filter'' - filter identifying the tiddlers to be affected\n* ''fieldname'' - the field to modify (defaults to \"text\")\n* ''templatetitle'' - the tiddler to wikify into the specified field. If blank or missing then the specified field is deleted\n* ''type'' - the text type to render (defaults to \"text/plain\"; \"text/html\" can be used to include HTML tags)\n\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "Unpack the payload tiddlers from a plugin",
"text": "Extract the payload tiddlers from a plugin, creating them as ordinary tiddlers:\n\n```\n--unpackplugin <title>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "Triggers verbose output mode",
"text": "Triggers verbose output, useful for debugging \n\n```\n--verbose\n```\n"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "Displays the version number of TiddlyWiki",
"text": "Displays the version number of TiddlyWiki.\n\n```\n--version\n```\n"
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "Cancel"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "These tiddlers are ready to import:"
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "Import"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "Select"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "Status"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "Title"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "Blocked incompatible or obsolete plugin "
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "Blocked plugin (due to incoming <<incoming>> being older than existing <<existing>>)"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "Upgraded plugin from <<incoming>> to <<upgraded>>"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "Blocked temporary state tiddler"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "Blocked system tiddler"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "Migrated theme tweak from <$text text=<<from>>/>"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "This tiddler contains binary data"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "This tiddler is written in TiddlyWiki Classic wiki text format, which is not fully compatible with TiddlyWiki version 5. See http://tiddlywiki.com/static/Upgrading.html for more details. "
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "upgrade"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "close all"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "Do you wish to discard changes to the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "Do you wish to delete the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "Do you wish to overwrite the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "You are about to edit a ShadowTiddler. Any changes will override the default system making future upgrades non-trivial. Are you sure you want to edit \"<$text text=<<title>>/>\"?"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "New Tiddler"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "Drop here (or use the 'Escape' key to cancel)"
},
"$:/language/Encryption/Cancel": {
"title": "$:/language/Encryption/Cancel",
"text": "Cancel"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "Do you wish to clear the password? This will remove the encryption applied when saving this wiki"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "Set a new password for this TiddlyWiki"
},
"$:/language/Encryption/Username": {
"title": "$:/language/Encryption/Username",
"text": "Username"
},
"$:/language/Encryption/Password": {
"title": "$:/language/Encryption/Password",
"text": "Password"
},
"$:/language/Encryption/RepeatPassword": {
"title": "$:/language/Encryption/RepeatPassword",
"text": "Repeat password"
},
"$:/language/Encryption/PasswordNoMatch": {
"title": "$:/language/Encryption/PasswordNoMatch",
"text": "Passwords do not match"
},
"$:/language/Encryption/SetPassword": {
"title": "$:/language/Encryption/SetPassword",
"text": "Set password"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "Illegal characters in field name \"<$text text=<<fieldName>>/>\". Fields can only contain lowercase letters, digits and the characters underscore (`_`), hyphen (`-`) and period (`.`)"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "Missing tiddler \"<$text text=<<currentTiddler>>/>\" - click {{$:/core/images/edit-button}} to create"
},
"$:/language/OfficialPluginLibrary": {
"title": "$:/language/OfficialPluginLibrary",
"text": "Official ~TiddlyWiki Plugin Library"
},
"$:/language/PluginReloadWarning": {
"title": "$:/language/PluginReloadWarning",
"text": "Please save {{$:/core/ui/Buttons/save-wiki}} and reload {{$:/core/ui/Buttons/refresh}} to allow changes to plugins to take effect"
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "DDth MMM YYYY"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "This is a system tiddler"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "Colour"
},
"$:/language/TagManager/Count/Heading": {
"title": "$:/language/TagManager/Count/Heading",
"text": "Count"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "Icon"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "Info"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "Tag"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "You have unsaved changes in TiddlyWiki"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"type": "text/vnd.tiddlywiki",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "http://tiddlywiki.com/static/DownloadingChanges.html",
"text": "Your browser only supports manual saving.\n\nTo save your modified wiki, right click on the download link below and select \"Download file\" or \"Save file\", and then choose the folder and filename.\n\n//You can marginally speed things up by clicking the link with the control key (Windows) or the options/alt key (Mac OS X). You will not be prompted for the folder or filename, but your browser is likely to give it an unrecognisable name -- you may need to rename the file to include an `.html` extension before you can do anything useful with it.//\n\nOn smartphones that do not allow files to be downloaded you can instead bookmark the link, and then sync your bookmarks to a desktop computer from where the wiki can be saved normally.\n"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"type": "text/vnd.tiddlywiki",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "http://tiddlywiki.com/static/SavingChanges.html",
"text": "Your changes to this wiki need to be saved as a ~TiddlyWiki HTML file.\n\n!!! Desktop browsers\n\n# Select ''Save As'' from the ''File'' menu\n# Choose a filename and location\n#* Some browsers also require you to explicitly specify the file saving format as ''Webpage, HTML only'' or similar\n# Close this tab\n\n!!! Smartphone browsers\n\n# Create a bookmark to this page\n#* If you've got iCloud or Google Sync set up then the bookmark will automatically sync to your desktop where you can open it and save it as above\n# Close this tab\n\n//If you open the bookmark again in Mobile Safari you will see this message again. If you want to go ahead and use the file, just click the ''close'' button below//\n"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "DDth MMM YYYY"
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"text": "Journal"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "Saved wiki"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "Starting to save wiki"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "List"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "Filter"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "Search via a [[filter expression|http://tiddlywiki.com/static/Filters.html]]"
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "Shadows"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "Search for shadow tiddlers"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "Standard"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "Search for standard tiddlers"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "System"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "Search for system tiddlers"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "All"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "Contents"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "Drafts"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "Missing"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "More"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "Open"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "Orphans"
},
"$:/language/SideBar/Recent/Caption": {
"title": "$:/language/SideBar/Recent/Caption",
"text": "Recent"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "Shadows"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "System"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "Tags"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "untagged"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "Tools"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "Types"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "a non-linear personal web notebook"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "My ~TiddlyWiki"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "Advanced"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "none"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "Plugin Details"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "This plugin contains the following shadow tiddlers:"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "Shadow Status"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is not a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "It is defined in the plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "It is overridden by an ordinary tiddler"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "Fields"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "List"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "This tiddler does not have a list"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "Listed"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "This tiddler is not listed by any others"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "References"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "No tiddlers link to this one"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "Tagging"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "No tiddlers are tagged with this one"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "Tools"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "JavaScript code",
"name": "application/javascript",
"group": "Developer"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "JSON data",
"name": "application/json",
"group": "Developer"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "Data dictionary",
"name": "application/x-tiddler-dictionary",
"group": "Developer"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "GIF image",
"name": "image/gif",
"group": "Image"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "JPEG image",
"name": "image/jpeg",
"group": "Image"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "PNG image",
"name": "image/png",
"group": "Image"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "Structured Vector Graphics image",
"name": "image/svg+xml",
"group": "Image"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "ICO format icon file",
"name": "image/x-icon",
"group": "Image"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "Static stylesheet",
"name": "text/css",
"group": "Developer"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "HTML markup",
"name": "text/html",
"group": "Text"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "Plain text",
"name": "text/plain",
"group": "Text"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5",
"name": "text/vnd.tiddlywiki",
"group": "Text"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki Classic",
"name": "text/x-tiddlywiki",
"group": "Text"
},
"$:/languages/en-GB/icon": {
"title": "$:/languages/en-GB/icon",
"type": "image/svg+xml",
"text": "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 60 30\" width=\"1200\" height=\"600\">\n<clipPath id=\"t\">\n\t<path d=\"M30,15 h30 v15 z v15 h-30 z h-30 v-15 z v-15 h30 z\"/>\n</clipPath>\n<path d=\"M0,0 v30 h60 v-30 z\" fill=\"#00247d\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" stroke=\"#fff\" stroke-width=\"6\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" clip-path=\"url(#t)\" stroke=\"#cf142b\" stroke-width=\"4\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#fff\" stroke-width=\"10\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#cf142b\" stroke-width=\"6\"/>\n</svg>\n"
},
"$:/languages/en-GB": {
"title": "$:/languages/en-GB",
"name": "en-GB",
"description": "English (British)",
"author": "JeremyRuston",
"core-version": ">=5.0.0\"",
"text": "Stub pseudo-plugin for the default language"
},
"$:/core/modules/commander.js": {
"text": "/*\\\ntitle: $:/core/modules/commander.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Commander class is a command interpreter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a sequence of commands\n\tcommandTokens: an array of command string tokens\n\twiki: reference to the wiki store object\n\tstreams: {output:, error:}, each of which has a write(string) method\n\tcallback: a callback invoked as callback(err) where err is null if there was no error\n*/\nvar Commander = function(commandTokens,callback,wiki,streams) {\n\tvar path = require(\"path\");\n\tthis.commandTokens = commandTokens;\n\tthis.nextToken = 0;\n\tthis.callback = callback;\n\tthis.wiki = wiki;\n\tthis.streams = streams;\n\tthis.outputPath = path.resolve($tw.boot.wikiPath,$tw.config.wikiOutputSubDir);\n};\n\n/*\nAdd a string of tokens to the command queue\n*/\nCommander.prototype.addCommandTokens = function(commandTokens) {\n\tvar params = commandTokens.slice(0);\n\tparams.unshift(0);\n\tparams.unshift(this.nextToken);\n\tArray.prototype.splice.apply(this.commandTokens,params);\n};\n\n/*\nExecute the sequence of commands and invoke a callback on completion\n*/\nCommander.prototype.execute = function() {\n\tthis.executeNextCommand();\n};\n\n/*\nExecute the next command in the sequence\n*/\nCommander.prototype.executeNextCommand = function() {\n\tvar self = this;\n\t// Invoke the callback if there are no more commands\n\tif(this.nextToken >= this.commandTokens.length) {\n\t\tthis.callback(null);\n\t} else {\n\t\t// Get and check the command token\n\t\tvar commandName = this.commandTokens[this.nextToken++];\n\t\tif(commandName.substr(0,2) !== \"--\") {\n\t\t\tthis.callback(\"Missing command: \" + commandName);\n\t\t} else {\n\t\t\tcommandName = commandName.substr(2); // Trim off the --\n\t\t\t// Accumulate the parameters to the command\n\t\t\tvar params = [];\n\t\t\twhile(this.nextToken < this.commandTokens.length && \n\t\t\t\tthis.commandTokens[this.nextToken].substr(0,2) !== \"--\") {\n\t\t\t\tparams.push(this.commandTokens[this.nextToken++]);\n\t\t\t}\n\t\t\t// Get the command info\n\t\t\tvar command = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$tw.commands = {};\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tvar c = $tw.commands[module.info.name] = {};\n\t\t// Add the methods defined by the module\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\tc[f] = module[f];\n\t\t\t}\n\t\t}\n\t});\n};\n\nexports.Commander = Commander;\n\n})();\n",
"title": "$:/core/modules/commander.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/commands/build.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/build.js\ntype: application/javascript\nmodule-type: command\n\nCommand to build a build target\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"build\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\t// Get the build targets defined in the wiki\n\tvar buildTargets = $tw.boot.wikiInfo.build;\n\tif(!buildTargets) {\n\t\treturn \"No build targets defined\";\n\t}\n\t// Loop through each of the specified targets\n\tvar targets;\n\tif(this.params.length > 0) {\n\t\ttargets = this.params;\n\t} else {\n\t\ttargets = Object.keys(buildTargets);\n\t}\n\tfor(var targetIndex=0; targetIndex<targets.length; targetIndex++) {\n\t\tvar target = targets[targetIndex],\n\t\t\tcommands = buildTargets[target];\n\t\tif(!commands) {\n\t\t\treturn \"Build target '\" + target + \"' not found\";\n\t\t}\n\t\t// Add the commands to the queue\n\t\tthis.commander.addCommandTokens(commands);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/build.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/clearpassword.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/clearpassword.js\ntype: application/javascript\nmodule-type: command\n\nClear password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"clearpassword\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\t$tw.crypto.setPassword(null);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/clearpassword.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/editions.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/editions.js\ntype: application/javascript\nmodule-type: command\n\nCommand to list the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"editions\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\t// Output the list\n\tthis.commander.streams.output.write(\"Available editions:\\n\\n\");\n\tvar editionInfo = $tw.utils.getEditionInfo();\n\t$tw.utils.each(editionInfo,function(info,name) {\n\t\tself.commander.streams.output.write(\" \" + name + \": \" + info.description + \"\\n\");\n\t});\n\tthis.commander.streams.output.write(\"\\n\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/editions.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/help.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/help.js\ntype: application/javascript\nmodule-type: command\n\nHelp command\n\n\\*/\n(function(){\n\n/*jshint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"help\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar subhelp = this.params[0] || \"default\",\n\t\thelpBase = \"$:/language/Help/\",\n\t\ttext;\n\tif(!this.commander.wiki.getTiddler(helpBase + subhelp)) {\n\t\tsubhelp = \"notfound\";\n\t}\n\t// Wikify the help as formatted text (ie block elements generate newlines)\n\ttext = this.commander.wiki.renderTiddler(\"text/plain-formatted\",helpBase + subhelp);\n\t// Remove any leading linebreaks\n\ttext = text.replace(/^(\\r?\\n)*/g,\"\");\n\tthis.commander.streams.output.write(text);\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/help.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/init.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/init.js\ntype: application/javascript\nmodule-type: command\n\nCommand to initialise an empty wiki folder\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"init\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\t// Check that we don't already have a valid wiki folder\n\tif($tw.boot.wikiTiddlersPath || ($tw.utils.isDirectory($tw.boot.wikiPath) && !$tw.utils.isDirectoryEmpty($tw.boot.wikiPath))) {\n\t\treturn \"Wiki folder is not empty\";\n\t}\n\t// Loop through each of the specified editions\n\tvar editions = this.params.length > 0 ? this.params : [\"empty\"];\n\tfor(var editionIndex=0; editionIndex<editions.length; editionIndex++) {\n\t\tvar editionName = editions[editionIndex];\n\t\t// Check the edition exists\n\t\tvar editionPath = $tw.findLibraryItem(editionName,$tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar));\n\t\tif(!$tw.utils.isDirectory(editionPath)) {\n\t\t\treturn \"Edition '\" + editionName + \"' not found\";\n\t\t}\n\t\t// Copy the edition content\n\t\tvar err = $tw.utils.copyDirectory(editionPath,$tw.boot.wikiPath);\n\t\tif(!err) {\n\t\t\tthis.commander.streams.output.write(\"Copied edition '\" + editionName + \"' to \" + $tw.boot.wikiPath + \"\\n\");\n\t\t} else {\n\t\t\treturn err;\n\t\t}\n\t}\n\t// Tweak the tiddlywiki.info to remove any included wikis\n\tvar packagePath = $tw.boot.wikiPath + \"/tiddlywiki.info\",\n\t\tpackageJson = JSON.parse(fs.readFileSync(packagePath));\n\tdelete packageJson.includeWikis;\n\tfs.writeFileSync(packagePath,JSON.stringify(packageJson,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/init.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/load.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/load.js\ntype: application/javascript\nmodule-type: command\n\nCommand to load tiddlers from a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"load\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar ext = path.extname(self.params[0]);\n\tfs.readFile(this.params[0],$tw.utils.getTypeEncoding(ext),function(err,data) {\n\t\tif (err) {\n\t\t\tself.callback(err);\n\t\t} else {\n\t\t\tvar fields = {title: self.params[0]},\n\t\t\t\ttype = path.extname(self.params[0]);\n\t\t\tvar tiddlers = self.commander.wiki.deserializeTiddlers(type,data,fields);\n\t\t\tif(!tiddlers) {\n\t\t\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t\t\t} else {\n\t\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddlers[t]));\n\t\t\t\t}\n\t\t\t\tself.callback(null);\t\n\t\t\t}\n\t\t}\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/load.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/makelibrary.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/makelibrary.js\ntype: application/javascript\nmodule-type: command\n\nCommand to pack all of the plugins in the library into a plugin tiddler of type \"library\"\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"makelibrary\",\n\tsynchronous: true\n};\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar wiki = this.commander.wiki,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tupgradeLibraryTitle = this.params[0] || UPGRADE_LIBRARY_TITLE,\n\t\ttiddlers = {};\n\t// Collect up the library plugins\n\tvar collectPlugins = function(folder) {\n\t\t\tvar pluginFolders = fs.readdirSync(folder);\n\t\t\tfor(var p=0; p<pluginFolders.length; p++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(pluginFolders[p])) {\n\t\t\t\t\tpluginFields = $tw.loadPluginFolder(path.resolve(folder,\"./\" + pluginFolders[p]));\n\t\t\t\t\tif(pluginFields && pluginFields.title) {\n\t\t\t\t\t\ttiddlers[pluginFields.title] = pluginFields;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tcollectPublisherPlugins = function(folder) {\n\t\t\tvar publisherFolders = fs.readdirSync(folder);\n\t\t\tfor(var t=0; t<publisherFolders.length; t++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(publisherFolders[t])) {\n\t\t\t\t\tcollectPlugins(path.resolve(folder,\"./\" + publisherFolders[t]));\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.pluginsPath));\n\tcollectPublisherPlugins(path.resolve($tw.boot.corePath,$tw.config.themesPath));\n\tcollectPlugins(path.resolve($tw.boot.corePath,$tw.config.languagesPath));\n\t// Save the upgrade library tiddler\n\tvar pluginFields = {\n\t\ttitle: upgradeLibraryTitle,\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"library\",\n\t\t\"text\": JSON.stringify({tiddlers: tiddlers},null,$tw.config.preferences.jsonSpaces)\n\t};\n\twiki.addTiddler(new $tw.Tiddler(pluginFields));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/makelibrary.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/output.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/output.js\ntype: application/javascript\nmodule-type: command\n\nCommand to set the default output location (defaults to current working directory)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"output\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing output path\";\n\t}\n\tthis.commander.outputPath = path.resolve(process.cwd(),this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/output.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/password.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/password.js\ntype: application/javascript\nmodule-type: command\n\nSave password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"password\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing password\";\n\t}\n\t$tw.crypto.setPassword(this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/password.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render a tiddler and save it to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttype = this.params[2] || \"text/html\";\n\t$tw.utils.createFileDirectories(filename);\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"rendertiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttemplate = this.params[1],\n\t\toutputPath = this.commander.outputPath,\n\t\tpathname = path.resolve(outputPath,this.params[2]),\t\t\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\tdeleteDirectory = (this.params[5] || \"\") != \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template),\n\t\t\twidgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\texportPath = null;\n\t\tif($tw.utils.hop($tw.macros,\"tv-get-export-path\")) {\n\t\t\tvar macroPath = $tw.macros[\"tv-get-export-path\"].run.apply(self,[title]);\n\t\t\tif(macroPath) {\n\t\t\t\texportPath = path.resolve(outputPath,macroPath + extension);\n\t\t\t}\n\t\t}\n\t\tvar finalPath = exportPath || path.resolve(pathname,encodeURIComponent(title) + extension);\n\t\t$tw.utils.createFileDirectories(finalPath);\n\t\tfs.writeFileSync(finalPath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savelibrarytiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savelibrarytiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the subtiddlers of a bundle tiddler as a series of JSON files\n\n--savelibrarytiddlers <tiddler> <pathname> <skinnylisting>\n\nThe tiddler identifies the bundle tiddler that contains the subtiddlers.\n\nThe pathname specifies the pathname to the folder in which the JSON files should be saved. The filename is the URL encoded title of the subtiddler.\n\nThe skinnylisting specifies the title of the tiddler to which a JSON catalogue of the subtiddlers will be saved. The JSON file contains the same data as the bundle tiddler but with the `text` field removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savelibrarytiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tcontainerTitle = this.params[0],\n\t\tfilter = this.params[1],\n\t\tbasepath = this.params[2],\n\t\tskinnyListTitle = this.params[3];\n\t// Get the container tiddler as data\n\tvar containerData = self.commander.wiki.getTiddlerData(containerTitle,undefined);\n\tif(!containerData) {\n\t\treturn \"'\" + containerTitle + \"' is not a tiddler bundle\";\n\t}\n\t// Filter the list of plugins\n\tvar pluginList = [];\n\t$tw.utils.each(containerData.tiddlers,function(tiddler,title) {\n\t\tpluginList.push(title);\n\t});\n\tvar filteredPluginList;\n\tif(filter) {\n\t\tfilteredPluginList = self.commander.wiki.filterTiddlers(filter,null,self.commander.wiki.makeTiddlerIterator(pluginList));\n\t} else {\n\t\tfilteredPluginList = pluginList;\n\t}\n\t// Iterate through the plugins\n\tvar skinnyList = [];\n\t$tw.utils.each(filteredPluginList,function(title) {\n\t\tvar tiddler = containerData.tiddlers[title];\n\t\t// Save each JSON file and collect the skinny data\n\t\tvar pathname = path.resolve(self.commander.outputPath,basepath + encodeURIComponent(title) + \".json\");\n\t\t$tw.utils.createFileDirectories(pathname);\n\t\tfs.writeFileSync(pathname,JSON.stringify(tiddler,null,$tw.config.preferences.jsonSpaces),\"utf8\");\n\t\t// Collect the skinny list data\n\t\tvar pluginTiddlers = JSON.parse(tiddler.text),\n\t\t\treadmeContent = (pluginTiddlers.tiddlers[title + \"/readme\"] || {}).text,\n\t\t\ticonTiddler = pluginTiddlers.tiddlers[title + \"/icon\"] || {},\n\t\t\ticonType = iconTiddler.type,\n\t\t\ticonText = iconTiddler.text,\n\t\t\ticonContent;\n\t\tif(iconType && iconText) {\n\t\t\ticonContent = $tw.utils.makeDataUri(iconText,iconType);\n\t\t}\n\t\tskinnyList.push($tw.utils.extend({},tiddler,{text: undefined, readme: readmeContent, icon: iconContent}));\n\t});\n\t// Save the catalogue tiddler\n\tif(skinnyListTitle) {\n\t\tself.commander.wiki.setTiddlerData(skinnyListTitle,skinnyList);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savelibrarytiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the content of a tiddler to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savetiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddler = this.commander.wiki.getTiddler(title),\n\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\t$tw.utils.createFileDirectories(filename);\n\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savetiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"savetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tpathname = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.deleteDirectory(pathname);\n\t$tw.utils.createDirectory(pathname);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilename = path.resolve(pathname,encodeURIComponent(title));\n\t\tfs.writeFileSync(filename,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savetiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/server.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\n\nServe tiddlers over http\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif(!$tw.browser) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\"),\n\t\thttp = require(\"http\");\n}\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\n/*\nA simple HTTP server with regexp-based routes\n*/\nfunction SimpleServer(options) {\n\tthis.routes = options.routes || [];\n\tthis.wiki = options.wiki;\n\tthis.variables = options.variables || {};\n}\n\nSimpleServer.prototype.set = function(obj) {\n\tvar self = this;\n\t$tw.utils.each(obj,function(value,name) {\n\t\tself.variables[name] = value;\n\t});\n};\n\nSimpleServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nSimpleServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nSimpleServer.prototype.findMatchingRoute = function(request,state) {\n\tvar pathprefix = this.get(\"pathprefix\") || \"\";\n\tfor(var t=0; t<this.routes.length; t++) {\n\t\tvar potentialRoute = this.routes[t],\n\t\t\tpathRegExp = potentialRoute.path,\n\t\t\tpathname = state.urlInfo.pathname,\n\t\t\tmatch;\n\t\tif(pathprefix) {\n\t\t\tif(pathname.substr(0,pathprefix.length) === pathprefix) {\n\t\t\t\tpathname = pathname.substr(pathprefix.length);\n\t\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t\t} else {\n\t\t\t\tmatch = false;\n\t\t\t}\n\t\t} else {\n\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t}\n\t\tif(match && request.method === potentialRoute.method) {\n\t\t\tstate.params = [];\n\t\t\tfor(var p=1; p<match.length; p++) {\n\t\t\t\tstate.params.push(match[p]);\n\t\t\t}\n\t\t\treturn potentialRoute;\n\t\t}\n\t}\n\treturn null;\n};\n\nSimpleServer.prototype.checkCredentials = function(request,incomingUsername,incomingPassword) {\n\tvar header = request.headers.authorization || \"\",\n\t\ttoken = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tusername = parts[0],\n\t\tpassword = parts[1];\n\tif(incomingUsername === username && incomingPassword === password) {\n\t\treturn \"ALLOWED\";\n\t} else {\n\t\treturn \"DENIED\";\n\t}\n};\n\nSimpleServer.prototype.listen = function(port,host) {\n\tvar self = this;\n\thttp.createServer(function(request,response) {\n\t\t// Compose the state object\n\t\tvar state = {};\n\t\tstate.wiki = self.wiki;\n\t\tstate.server = self;\n\t\tstate.urlInfo = url.parse(request.url);\n\t\t// Find the route that matches this path\n\t\tvar route = self.findMatchingRoute(request,state);\n\t\t// Check for the username and password if we've got one\n\t\tvar username = self.get(\"username\"),\n\t\t\tpassword = self.get(\"password\");\n\t\tif(username && password) {\n\t\t\t// Check they match\n\t\t\tif(self.checkCredentials(request,username,password) !== \"ALLOWED\") {\n\t\t\t\tvar servername = state.wiki.getTiddlerText(\"$:/SiteTitle\") || \"TiddlyWiki5\";\n\t\t\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + servername + '\"'\n\t\t\t\t});\n\t\t\t\tresponse.end();\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t// Return a 404 if we didn't find a route\n\t\tif(!route) {\n\t\t\tresponse.writeHead(404);\n\t\t\tresponse.end();\n\t\t\treturn;\n\t\t}\n\t\t// Set the encoding for the incoming request\n\t\t// TODO: Presumably this would need tweaking if we supported PUTting binary tiddlers\n\t\trequest.setEncoding(\"utf8\");\n\t\t// Dispatch the appropriate method\n\t\tswitch(request.method) {\n\t\t\tcase \"GET\": // Intentional fall-through\n\t\t\tcase \"DELETE\":\n\t\t\t\troute.handler(request,response,state);\n\t\t\t\tbreak;\n\t\t\tcase \"PUT\":\n\t\t\t\tvar data = \"\";\n\t\t\t\trequest.on(\"data\",function(chunk) {\n\t\t\t\t\tdata += chunk.toString();\n\t\t\t\t});\n\t\t\t\trequest.on(\"end\",function() {\n\t\t\t\t\tstate.data = data;\n\t\t\t\t\troute.handler(request,response,state);\n\t\t\t\t});\n\t\t\t\tbreak;\n\t\t}\n\t}).listen(port,host);\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n\t// Set up server\n\tthis.server = new SimpleServer({\n\t\twiki: this.commander.wiki\n\t});\n\t// Add route handlers\n\tthis.server.addRoute({\n\t\tmethod: \"PUT\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\tfields = JSON.parse(state.data);\n\t\t\t// Pull up any subfields in the `fields` object\n\t\t\tif(fields.fields) {\n\t\t\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\t\t\tfields[name] = field;\n\t\t\t\t});\n\t\t\t\tdelete fields.fields;\n\t\t\t}\n\t\t\t// Remove any revision field\n\t\t\tif(fields.revision) {\n\t\t\t\tdelete fields.revision;\n\t\t\t}\n\t\t\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title}));\n\t\t\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\t\t\tresponse.writeHead(204, \"OK\",{\n\t\t\t\tEtag: \"\\\"default/\" + encodeURIComponent(title) + \"/\" + changeCount + \":\\\"\",\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"DELETE\",\n\t\tpath: /^\\/bags\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]);\n\t\t\tstate.wiki.deleteTiddler(title);\n\t\t\tresponse.writeHead(204, \"OK\", {\n\t\t\t\t\"Content-Type\": \"text/plain\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": state.server.get(\"serveType\")});\n\t\t\tvar text = state.wiki.renderTiddler(state.server.get(\"renderType\"),state.server.get(\"rootTiddler\"));\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/status$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar text = JSON.stringify({\n\t\t\t\tusername: state.server.get(\"username\"),\n\t\t\t\tspace: {\n\t\t\t\t\trecipe: \"default\"\n\t\t\t\t},\n\t\t\t\ttiddlywiki_version: $tw.version\n\t\t\t});\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/favicon.ico$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\t\t\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\t\t\tresponse.end(buffer,\"base64\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers.json$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar tiddlers = [];\n\t\t\tstate.wiki.forEachTiddler({sortField: \"title\"},function(title,tiddler) {\n\t\t\t\tvar tiddlerFields = {};\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tif(name !== \"text\") {\n\t\t\t\t\t\ttiddlerFields[name] = tiddler.getFieldString(name);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\ttiddlers.push(tiddlerFields);\n\t\t\t});\n\t\t\tvar text = JSON.stringify(tiddlers);\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\ttiddler = state.wiki.getTiddler(title),\n\t\t\t\ttiddlerFields = {},\n\t\t\t\tknownFields = [\n\t\t\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t\t\t];\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\t\t\ttiddlerFields[name] = value;\n\t\t\t\t\t} else {\n\t\t\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t\t\t} else {\n\t\t\t\tresponse.writeHead(404);\n\t\t\t\tresponse.end();\n\t\t\t}\n\t\t}\n\t});\n};\n\nCommand.prototype.execute = function() {\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\tvar port = this.params[0] || \"8080\",\n\t\trootTiddler = this.params[1] || \"$:/core/save/all\",\n\t\trenderType = this.params[2] || \"text/plain\",\n\t\tserveType = this.params[3] || \"text/html\",\n\t\tusername = this.params[4],\n\t\tpassword = this.params[5],\n\t\thost = this.params[6] || \"127.0.0.1\",\n\t\tpathprefix = this.params[7];\n\tthis.server.set({\n\t\trootTiddler: rootTiddler,\n\t\trenderType: renderType,\n\t\tserveType: serveType,\n\t\tusername: username,\n\t\tpassword: password,\n\t\tpathprefix: pathprefix\n\t});\n\tthis.server.listen(port,host);\n\tconsole.log(\"Serving on \" + host + \":\" + port);\n\tconsole.log(\"(press ctrl-C to exit)\");\n\t// Warn if required plugins are missing\n\tif($tw.boot.wikiInfo.plugins.indexOf(\"tiddlywiki/tiddlyweb\") === -1 || $tw.boot.wikiInfo.plugins.indexOf(\"tiddlywiki/filesystem\") === -1) {\n\t\t$tw.utils.warning(\"Warning: Plugins required for client-server operation (\\\"tiddlywiki/filesystem\\\" and \\\"tiddlywiki/tiddlyweb\\\") are missing from tiddlywiki.info file\");\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/server.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/setfield.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/setfield.js\ntype: application/javascript\nmodule-type: command\n\nCommand to modify selected tiddlers to set a field to the text of a template tiddler that has been wikified with the selected tiddler as the current tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"setfield\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 4) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tfieldname = this.params[1] || \"text\",\n\t\ttemplatetitle = this.params[2],\n\t\trendertype = this.params[3] || \"text/plain\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(templatetitle),\n\t\t\tnewFields = {},\n\t\t\ttiddler = wiki.getTiddler(title);\n\t\tif(parser) {\n\t\t\tvar widgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}});\n\t\t\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\t\twidgetNode.render(container,null);\n\t\t\tnewFields[fieldname] = rendertype === \"text/html\" ? container.innerHTML : container.textContent;\n\t\t} else {\n\t\t\tnewFields[fieldname] = undefined;\n\t\t}\n\t\twiki.addTiddler(new $tw.Tiddler(tiddler,newFields));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/setfield.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/unpackplugin.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/unpackplugin.js\ntype: application/javascript\nmodule-type: command\n\nCommand to extract the shadow tiddlers from within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"unpackplugin\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing plugin name\";\n\t}\n\tvar self = this,\n\t\ttitle = this.params[0],\n\t\tpluginData = this.commander.wiki.getTiddlerData(title);\n\tif(!pluginData) {\n\t\treturn \"Plugin '\" + title + \"' not found\";\n\t}\n\t$tw.utils.each(pluginData.tiddlers,function(tiddler) {\n\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/unpackplugin.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/verbose.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/verbose.js\ntype: application/javascript\nmodule-type: command\n\nVerbose command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"verbose\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.verbose = true;\n\t// Output the boot message log\n\tthis.commander.streams.output.write(\"Boot log:\\n \" + $tw.boot.logMessages.join(\"\\n \") + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/verbose.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/version.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/version.js\ntype: application/javascript\nmodule-type: command\n\nVersion command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"version\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.streams.output.write($tw.version + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/version.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/config.js": {
"text": "/*\\\ntitle: $:/core/modules/config.js\ntype: application/javascript\nmodule-type: config\n\nCore configuration constants\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.preferences = {};\n\nexports.preferences.notificationDuration = 3 * 1000;\nexports.preferences.jsonSpaces = 4;\n\nexports.textPrimitives = {\n\tupperLetter: \"[A-Z\\u00c0-\\u00d6\\u00d8-\\u00de\\u0150\\u0170]\",\n\tlowerLetter: \"[a-z\\u00df-\\u00f6\\u00f8-\\u00ff\\u0151\\u0171]\",\n\tanyLetter: \"[A-Za-z0-9\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\",\n\tblockPrefixLetters:\t\"[A-Za-z0-9-_\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\"\n};\n\nexports.textPrimitives.unWikiLink = \"~\";\nexports.textPrimitives.wikiLink = exports.textPrimitives.upperLetter + \"+\" +\n\texports.textPrimitives.lowerLetter + \"+\" +\n\texports.textPrimitives.upperLetter +\n\texports.textPrimitives.anyLetter + \"*\";\n\nexports.htmlEntities = {quot:34, amp:38, apos:39, lt:60, gt:62, nbsp:160, iexcl:161, cent:162, pound:163, curren:164, yen:165, brvbar:166, sect:167, uml:168, copy:169, ordf:170, laquo:171, not:172, shy:173, reg:174, macr:175, deg:176, plusmn:177, sup2:178, sup3:179, acute:180, micro:181, para:182, middot:183, cedil:184, sup1:185, ordm:186, raquo:187, frac14:188, frac12:189, frac34:190, iquest:191, Agrave:192, Aacute:193, Acirc:194, Atilde:195, Auml:196, Aring:197, AElig:198, Ccedil:199, Egrave:200, Eacute:201, Ecirc:202, Euml:203, Igrave:204, Iacute:205, Icirc:206, Iuml:207, ETH:208, Ntilde:209, Ograve:210, Oacute:211, Ocirc:212, Otilde:213, Ouml:214, times:215, Oslash:216, Ugrave:217, Uacute:218, Ucirc:219, Uuml:220, Yacute:221, THORN:222, szlig:223, agrave:224, aacute:225, acirc:226, atilde:227, auml:228, aring:229, aelig:230, ccedil:231, egrave:232, eacute:233, ecirc:234, euml:235, igrave:236, iacute:237, icirc:238, iuml:239, eth:240, ntilde:241, ograve:242, oacute:243, ocirc:244, otilde:245, ouml:246, divide:247, oslash:248, ugrave:249, uacute:250, ucirc:251, uuml:252, yacute:253, thorn:254, yuml:255, OElig:338, oelig:339, Scaron:352, scaron:353, Yuml:376, fnof:402, circ:710, tilde:732, Alpha:913, Beta:914, Gamma:915, Delta:916, Epsilon:917, Zeta:918, Eta:919, Theta:920, Iota:921, Kappa:922, Lambda:923, Mu:924, Nu:925, Xi:926, Omicron:927, Pi:928, Rho:929, Sigma:931, Tau:932, Upsilon:933, Phi:934, Chi:935, Psi:936, Omega:937, alpha:945, beta:946, gamma:947, delta:948, epsilon:949, zeta:950, eta:951, theta:952, iota:953, kappa:954, lambda:955, mu:956, nu:957, xi:958, omicron:959, pi:960, rho:961, sigmaf:962, sigma:963, tau:964, upsilon:965, phi:966, chi:967, psi:968, omega:969, thetasym:977, upsih:978, piv:982, ensp:8194, emsp:8195, thinsp:8201, zwnj:8204, zwj:8205, lrm:8206, rlm:8207, ndash:8211, mdash:8212, lsquo:8216, rsquo:8217, sbquo:8218, ldquo:8220, rdquo:8221, bdquo:8222, dagger:8224, Dagger:8225, bull:8226, hellip:8230, permil:8240, prime:8242, Prime:8243, lsaquo:8249, rsaquo:8250, oline:8254, frasl:8260, euro:8364, image:8465, weierp:8472, real:8476, trade:8482, alefsym:8501, larr:8592, uarr:8593, rarr:8594, darr:8595, harr:8596, crarr:8629, lArr:8656, uArr:8657, rArr:8658, dArr:8659, hArr:8660, forall:8704, part:8706, exist:8707, empty:8709, nabla:8711, isin:8712, notin:8713, ni:8715, prod:8719, sum:8721, minus:8722, lowast:8727, radic:8730, prop:8733, infin:8734, ang:8736, and:8743, or:8744, cap:8745, cup:8746, int:8747, there4:8756, sim:8764, cong:8773, asymp:8776, ne:8800, equiv:8801, le:8804, ge:8805, sub:8834, sup:8835, nsub:8836, sube:8838, supe:8839, oplus:8853, otimes:8855, perp:8869, sdot:8901, lceil:8968, rceil:8969, lfloor:8970, rfloor:8971, lang:9001, rang:9002, loz:9674, spades:9824, clubs:9827, hearts:9829, diams:9830 };\n\nexports.htmlVoidElements = \"area,base,br,col,command,embed,hr,img,input,keygen,link,meta,param,source,track,wbr\".split(\",\");\n\nexports.htmlBlockElements = \"address,article,aside,audio,blockquote,canvas,dd,div,dl,fieldset,figcaption,figure,footer,form,h1,h2,h3,h4,h5,h6,header,hgroup,hr,li,noscript,ol,output,p,pre,section,table,tfoot,ul,video\".split(\",\");\n\nexports.htmlUnsafeElements = \"script\".split(\",\");\n\n})();\n",
"title": "$:/core/modules/config.js",
"type": "application/javascript",
"module-type": "config"
},
"$:/core/modules/deserializers.js": {
"text": "/*\\\ntitle: $:/core/modules/deserializers.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nFunctions to deserialise tiddlers from a block of text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nUtility function to parse an old-style tiddler DIV in a *.tid file. It looks like this:\n\n<div title=\"Title\" creator=\"JoeBloggs\" modifier=\"JoeBloggs\" created=\"201102111106\" modified=\"201102111310\" tags=\"myTag [[my long tag]]\">\n<pre>The text of the tiddler (without the expected HTML encoding).\n</pre>\n</div>\n\nNote that the field attributes are HTML encoded, but that the body of the <PRE> tag is not encoded.\n\nWhen these tiddler DIVs are encountered within a TiddlyWiki HTML file then the body is encoded in the usual way.\n*/\nvar parseTiddlerDiv = function(text /* [,fields] */) {\n\t// Slot together the default results\n\tvar result = {};\n\tif(arguments.length > 1) {\n\t\tfor(var f=1; f<arguments.length; f++) {\n\t\t\tvar fields = arguments[f];\n\t\t\tfor(var t in fields) {\n\t\t\t\tresult[t] = fields[t];\t\t\n\t\t\t}\n\t\t}\n\t}\n\t// Parse the DIV body\n\tvar startRegExp = /^\\s*<div\\s+([^>]*)>(\\s*<pre>)?/gi,\n\t\tendRegExp,\n\t\tmatch = startRegExp.exec(text);\n\tif(match) {\n\t\t// Old-style DIVs don't have the <pre> tag\n\t\tif(match[2]) {\n\t\t\tendRegExp = /<\\/pre>\\s*<\\/div>\\s*$/gi;\n\t\t} else {\n\t\t\tendRegExp = /<\\/div>\\s*$/gi;\n\t\t}\n\t\tvar endMatch = endRegExp.exec(text);\n\t\tif(endMatch) {\n\t\t\t// Extract the text\n\t\t\tresult.text = text.substring(match.index + match[0].length,endMatch.index);\n\t\t\t// Process the attributes\n\t\t\tvar attrRegExp = /\\s*([^=\\s]+)\\s*=\\s*(?:\"([^\"]*)\"|'([^']*)')/gi,\n\t\t\t\tattrMatch;\n\t\t\tdo {\n\t\t\t\tattrMatch = attrRegExp.exec(match[1]);\n\t\t\t\tif(attrMatch) {\n\t\t\t\t\tvar name = attrMatch[1];\n\t\t\t\t\tvar value = attrMatch[2] !== undefined ? attrMatch[2] : attrMatch[3];\n\t\t\t\t\tresult[name] = value;\n\t\t\t\t}\n\t\t\t} while(attrMatch);\n\t\t\treturn result;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports[\"application/x-tiddler-html-div\"] = function(text,fields) {\n\treturn [parseTiddlerDiv(text,fields)];\n};\n\nexports[\"application/json\"] = function(text,fields) {\n\tvar incoming = JSON.parse(text),\n\t\tresults = [];\n\tif($tw.utils.isArray(incoming)) {\n\t\tfor(var t=0; t<incoming.length; t++) {\n\t\t\tvar incomingFields = incoming[t],\n\t\t\t\tfields = {};\n\t\t\tfor(var f in incomingFields) {\n\t\t\t\tif(typeof incomingFields[f] === \"string\") {\n\t\t\t\t\tfields[f] = incomingFields[f];\n\t\t\t\t}\n\t\t\t}\n\t\t\tresults.push(fields);\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nParse an HTML file into tiddlers. There are three possibilities:\n# A TiddlyWiki classic HTML file containing `text/x-tiddlywiki` tiddlers\n# A TiddlyWiki5 HTML file containing `text/vnd.tiddlywiki` tiddlers\n# An ordinary HTML file\n*/\nexports[\"text/html\"] = function(text,fields) {\n\t// Check if we've got a store area\n\tvar storeAreaMarkerRegExp = /<div id=[\"']?storeArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\tmatch = storeAreaMarkerRegExp.exec(text);\n\tif(match) {\n\t\t// If so, it's either a classic TiddlyWiki file or an unencrypted TW5 file\n\t\t// First read the normal tiddlers\n\t\tvar results = deserializeTiddlyWikiFile(text,storeAreaMarkerRegExp.lastIndex,!!match[1],fields);\n\t\t// Then any system tiddlers\n\t\tvar systemAreaMarkerRegExp = /<div id=[\"']?systemArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\t\tsysMatch = systemAreaMarkerRegExp.exec(text);\n\t\tif(sysMatch) {\n\t\t\tresults.push.apply(results,deserializeTiddlyWikiFile(text,systemAreaMarkerRegExp.lastIndex,!!sysMatch[1],fields));\n\t\t}\n\t\treturn results;\n\t} else {\n\t\t// Check whether we've got an encrypted file\n\t\tvar encryptedStoreArea = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedStoreArea) {\n\t\t\t// If so, attempt to decrypt it using the current password\n\t\t\treturn $tw.utils.decryptStoreArea(encryptedStoreArea);\n\t\t} else {\n\t\t\t// It's not a TiddlyWiki so we'll return the entire HTML file as a tiddler\n\t\t\treturn deserializeHtmlFile(text,fields);\n\t\t}\n\t}\n};\n\nfunction deserializeHtmlFile(text,fields) {\n\tvar result = {};\n\t$tw.utils.each(fields,function(value,name) {\n\t\tresult[name] = value;\n\t});\n\tresult.text = text;\n\tresult.type = \"text/html\";\n\treturn [result];\n}\n\nfunction deserializeTiddlyWikiFile(text,storeAreaEnd,isTiddlyWiki5,fields) {\n\tvar results = [],\n\t\tendOfDivRegExp = /(<\\/div>\\s*)/gi,\n\t\tstartPos = storeAreaEnd,\n\t\tdefaultType = isTiddlyWiki5 ? undefined : \"text/x-tiddlywiki\";\n\tendOfDivRegExp.lastIndex = startPos;\n\tvar match = endOfDivRegExp.exec(text);\n\twhile(match) {\n\t\tvar endPos = endOfDivRegExp.lastIndex,\n\t\t\ttiddlerFields = parseTiddlerDiv(text.substring(startPos,endPos),fields,{type: defaultType});\n\t\tif(!tiddlerFields) {\n\t\t\tbreak;\n\t\t}\n\t\t$tw.utils.each(tiddlerFields,function(value,name) {\n\t\t\tif(typeof value === \"string\") {\n\t\t\t\ttiddlerFields[name] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
"title": "$:/core/modules/deserializers.js",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/core/modules/filters/addprefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/addprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a prefix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand + title);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/addprefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/addsuffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/addsuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a suffix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addsuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title + operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/addsuffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/after.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/after.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is after the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.after = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index === -1 || index > (results.length - 2)) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index + 1]];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/after.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/all/current.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/current.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar currTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(currTiddlerTitle) {\n\t\treturn [currTiddlerTitle];\n\t} else {\n\t\treturn [];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/current.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/missing.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/missing.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\treturn options.wiki.getMissingTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/missing.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/orphans.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/orphans.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[orphans]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphans = function(source,prefix,options) {\n\treturn options.wiki.getOrphanTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/orphans.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/shadows.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/shadows.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[shadows]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadows = function(source,prefix,options) {\n\treturn options.wiki.allShadowTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/shadows.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all/tiddlers.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddlers = function(source,prefix,options) {\n\treturn options.wiki.allTitles();\n};\n\n})();\n",
"title": "$:/core/modules/filters/all/tiddlers.js",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/all.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for selecting tiddlers\n\n[all[shadows+tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar allFilterOperators;\n\nfunction getAllFilterOperators() {\n\tif(!allFilterOperators) {\n\t\tallFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"allfilteroperator\",allFilterOperators);\n\t}\n\treturn allFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.all = function(source,operator,options) {\n\t// Get our suboperators\n\tvar allFilterOperators = getAllFilterOperators();\n\t// Cycle through the suboperators accumulating their results\n\tvar results = [],\n\t\tsubops = operator.operand.split(\"+\");\n\t// Check for common optimisations\n\tif(subops.length === 1 && subops[0] === \"\") {\n\t\treturn source;\n\t} else if(subops.length === 1 && subops[0] === \"tiddlers\") {\n\t\treturn options.wiki.each;\n\t} else if(subops.length === 1 && subops[0] === \"shadows\") {\n\t\treturn options.wiki.eachShadow;\n\t} else if(subops.length === 2 && subops[0] === \"tiddlers\" && subops[1] === \"shadows\") {\n\t\treturn options.wiki.eachTiddlerPlusShadows;\n\t} else if(subops.length === 2 && subops[0] === \"shadows\" && subops[1] === \"tiddlers\") {\n\t\treturn options.wiki.eachShadowPlusTiddlers;\n\t}\n\t// Do it the hard way\n\tfor(var t=0; t<subops.length; t++) {\n\t\tvar subop = allFilterOperators[subops[t]];\n\t\tif(subop) {\n\t\t\t$tw.utils.pushTop(results,subop(source,operator.prefix,options));\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/all.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/backlinks.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/backlinks.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the backlinks from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.backlinks = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerBacklinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/backlinks.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/before.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/before.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is before the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.before = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index <= 0) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index - 1]];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/before.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/commands.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/commands.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the commands available in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.commands = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.commands,function(commandInfo,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/commands.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/each.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/each.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique value of the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = {};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value;\n\t\t\tif((operator.operand === \"\") || (operator.operand === \"title\")) {\n\t\t\t\tvalue = title;\n\t\t\t} else {\n\t\t\t\tvalue = tiddler.getFieldString(operator.operand);\n\t\t\t}\n\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\tvalues[value] = true;\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/each.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/eachday.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/eachday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique day covered by the specified date field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = [],\n\t\tfieldName = operator.operand || \"modified\";\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tvar value = toDate($tw.utils.parseDate(tiddler.fields[fieldName]));\n\t\t\tif(values.indexOf(value) === -1) {\n\t\t\t\tvalues.push(value);\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/eachday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editiondescription.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/editiondescription.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the descriptions of the specified edition names\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editiondescription = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(editionInfo,title)) {\n\t\t\t\tresults.push(editionInfo[title].description || \"\");\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/editiondescription.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editions.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/editions.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the available editions in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editions = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\t$tw.utils.each(editionInfo,function(info,name) {\n\t\t\tresults.push(name);\n\t\t});\n\t}\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/editions.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/field.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/field.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || operator.operator || \"title\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text !== operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !!operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text === operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/field.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/fields.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/fields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.fields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tfor(var fieldName in tiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/fields.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/get.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/get.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing tiddler titles by the value of the field specified in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.get = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(value) {\n\t\t\t\tresults.push(value);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/get.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/getindex.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/getindex.js\ntype: application/javascript\nmodule-type: filteroperator\n\nreturns the value at a given index of datatiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getindex = function(source,operator,options) {\n\tvar data,title,results = [];\n\tif(operator.operand){\n\t\tsource(function(tiddler,title) {\n\t\t\ttitle = tiddler ? tiddler.fields.title : title;\n\t\t\tdata = options.wiki.extractTiddlerDataItem(tiddler,operator.operand);\n\t\t\tif(data) {\n\t\t\t\tresults.push(data);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/getindex.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/has.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/has.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a tiddler has the specified field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.has = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop(tiddler.fields,operator.operand) || tiddler.fields[operator.operand] === \"\"))) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand) && tiddler.fields[operator.operand] !== \"\") {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/has.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/haschanged.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/haschanged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returns tiddlers from the list that have a non-zero changecount.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.haschanged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) === 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) > 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/haschanged.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/indexes.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/indexes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the indexes of a data tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.indexes = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar data = options.wiki.getTiddlerData(title);\n\t\tif(data) {\n\t\t\t$tw.utils.pushTop(results,Object.keys(data));\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/indexes.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/is/current.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/current.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [],\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title !== currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title === currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/current.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/image.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/image.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[image]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.image = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/image.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/missing.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/missing.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/missing.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/orphan.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/orphan.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[orphan]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) !== -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/orphan.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/shadow.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/shadow.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[shadow]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/shadow.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/system.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/system.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[system]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/system.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tag.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/tag.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tag]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,prefix,options) {\n\tvar results = [],\n\t\ttagMap = options.wiki.getTagMap();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/tag.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is/tiddler.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tiddler]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/tiddler.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/is.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking tiddler properties\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar isFilterOperators;\n\nfunction getIsFilterOperators() {\n\tif(!isFilterOperators) {\n\t\tisFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"isfilteroperator\",isFilterOperators);\n\t}\n\treturn isFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.is = function(source,operator,options) {\n\t// Dispatch to the correct isfilteroperator\n\tvar isFilterOperators = getIsFilterOperators();\n\tvar isFilterOperator = isFilterOperators[operator.operand];\n\tif(isFilterOperator) {\n\t\treturn isFilterOperator(source,operator.prefix,options);\n\t} else {\n\t\treturn [\"Filter Error: Unknown operand for the 'is' filter operator\"];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/is.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/limit.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/limit.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for chopping the results to a specified maximum number of entries\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\t// Slice the array if necessary\n\tvar limit = Math.min(results.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = results.slice(-limit);\n\t} else {\n\t\tresults = results.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/limit.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/links.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/links.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the links from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.links = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerLinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/links.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/list.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/list.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddlers whose title is listed in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.list = function(source,operator,options) {\n\tvar results = [],\n\t\ttr = $tw.utils.parseTextReference(operator.operand),\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\"),\n\t\tlist = options.wiki.getTiddlerList(tr.title || currTiddlerTitle,tr.field,tr.index);\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults = list;\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/list.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listed.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/listed.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that have the selected tiddlers in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.listed = function(source,operator,options) {\n\tvar field = operator.operand || \"list\",\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.findListingsOfTiddler(title,field));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/listed.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listops.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for manipulating the current selection list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,count);\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count);\n};\nexports.butfirst = exports.rest;\nexports.bf = exports.rest;\n\n/*\nAll but the last entry/entries of the list\n*/\nexports.butlast = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1,\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count - 1,count);\n};\n\n})();\n",
"title": "$:/core/modules/filters/listops.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/modules.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/modules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the modules of a given type in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.modules = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.each($tw.modules.types[title],function(moduleInfo,moduleName) {\n\t\t\tresults.push(moduleName);\n\t\t});\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/modules.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/moduletypes.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/moduletypes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the module types in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.moduletypes = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/moduletypes.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/next.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/next.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs next in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/next.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/plugintiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/plugintiddlers.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the shadow tiddlers within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.plugintiddlers = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar pluginInfo = options.wiki.getPluginInfo(title) || options.wiki.getTiddlerData(title,{tiddlers:[]});\n\t\tif(pluginInfo && pluginInfo.tiddlers) {\n\t\t\t$tw.utils.each(pluginInfo.tiddlers,function(fields,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/plugintiddlers.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/prefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/prefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title starts with a prefix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/prefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/previous.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/previous.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs immediately prior in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch--;\n\t\tif(match >= 0) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/previous.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/regexp.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/regexp.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for regexp matching\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.regexp = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"title\").toLowerCase(),\n\t\tregexpString, regexp, flags = \"\", match,\n\t\tgetFieldString = function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\treturn tiddler.getFieldString(fieldname);\n\t\t\t} else if(fieldname === \"title\") {\n\t\t\t\treturn title;\n\t\t\t} else {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t};\n\t// Process flags and construct regexp\n\tregexpString = operator.operand;\n\tmatch = /^\\(\\?([gim]+)\\)/.exec(regexpString);\n\tif(match) {\n\t\tflags = match[1];\n\t\tregexpString = regexpString.substr(match[0].length);\n\t} else {\n\t\tmatch = /\\(\\?([gim]+)\\)$/.exec(regexpString);\n\t\tif(match) {\n\t\t\tflags = match[1];\n\t\t\tregexpString = regexpString.substr(0,regexpString.length - match[0].length);\n\t\t}\n\t}\n\ttry {\n\t\tregexp = new RegExp(regexpString,flags);\n\t} catch(e) {\n\t\treturn [\"\" + e];\n\t}\n\t// Process the incoming tiddlers\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/regexp.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removeprefix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/removeprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a prefix from each title in the list. Titles that do not start with the prefix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removeprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/removeprefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removesuffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/removesuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a suffix from each title in the list. Titles that do not end with the suffix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removesuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(0,title.length - operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/removesuffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sameday.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/sameday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a modified date field on the same day as the provided value.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sameday = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\ttargetDate = (new Date($tw.utils.parseDate(operator.operand))).setHours(0,0,0,0);\n\t// Function to convert a date/time to a date integer\n\tvar isSameDay = function(dateField) {\n\t\t\treturn (new Date(dateField)).setHours(0,0,0,0) === targetDate;\n\t\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tif(isSameDay($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/sameday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/search.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/search.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for searching for the text in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\tif(operator.suffix) {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert,\n\t\t\tfield: operator.suffix\n\t\t});\n\t} else {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/search.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/shadowsource.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/shadowsource.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the source plugins for shadow tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadowsource = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar source = options.wiki.getShadowSource(title);\n\t\tif(source) {\n\t\t\t$tw.utils.pushTop(results,source);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/shadowsource.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sort.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/sort.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for sorting\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/sort.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/splitbefore.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/splitbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that splits each result on the first occurance of the specified separator and returns the unique values.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.splitbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar parts = title.split(operator.operand);\n\t\tif(parts.length === 1) {\n\t\t\t$tw.utils.pushTop(results,parts[0]);\n\t\t} else {\n\t\t\t$tw.utils.pushTop(results,parts[0] + operator.operand);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/splitbefore.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/storyviews.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/storyviews.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the story views in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.storyviews = function(source,operator,options) {\n\tvar results = [],\n\t\tstoryviews = {};\n\t$tw.modules.applyMethods(\"storyview\",storyviews);\n\t$tw.utils.each(storyviews,function(info,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/storyviews.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/suffix.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/suffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title ends with a suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.suffix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/suffix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tag.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tag.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking for the presence of a tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && !tiddler.hasTag(operator.operand)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.hasTag(operator.operand)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tag.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tagging.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tagging.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that are tagged with the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tagging = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlersWithTag(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tagging.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tags.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/tags.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the tags of the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\t$tw.utils.pushTop(results,tiddler.fields.tags);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tags.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/title.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/title.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing title fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields.title !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults.push(operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/title.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/untagged.js": {
"text": "/*\\\ntitle: $:/core/modules/filters/untagged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the selected tiddlers that are untagged\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.untagged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length > 0) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || !tiddler.hasField(\"tags\") || ($tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length === 0)) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/untagged.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters.js": {
"text": "/*\\\ntitle: $:/core/modules/filters.js\ntype: application/javascript\nmodule-type: wikimethod\n\nAdds tiddler filtering methods to the $tw.Wiki object.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParses an operation (i.e. a run) within a filter string\n\toperators: Array of array of operator nodes into which results should be inserted\n\tfilterString: filter string\n\tp: start position within the string\nReturns the new start position, after the parsed operation\n*/\nfunction parseFilterOperation(operators,filterString,p) {\n\tvar operator, operand, bracketPos, curlyBracketPos;\n\t// Skip the starting square bracket\n\tif(filterString.charAt(p++) !== \"[\") {\n\t\tthrow \"Missing [ in filter expression\";\n\t}\n\t// Process each operator in turn\n\tdo {\n\t\toperator = {};\n\t\t// Check for an operator prefix\n\t\tif(filterString.charAt(p) === \"!\") {\n\t\t\toperator.prefix = filterString.charAt(p++);\n\t\t}\n\t\t// Get the operator name\n\t\tvar nextBracketPos = filterString.substring(p).search(/[\\[\\{<\\/]/);\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing [ in filter expression\";\n\t\t}\n\t\tnextBracketPos += p;\n\t\tvar bracket = filterString.charAt(nextBracketPos);\n\t\toperator.operator = filterString.substring(p,nextBracketPos);\n\t\t\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\n\t\t}\n\t\t// Empty operator means: title\n\t\telse if(operator.operator === \"\") {\n\t\t\toperator.operator = \"title\";\n\t\t}\n\n\t\tp = nextBracketPos + 1;\n\t\tswitch (bracket) {\n\t\t\tcase \"{\": // Curly brackets\n\t\t\t\toperator.indirect = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\"}\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"[\": // Square brackets\n\t\t\t\tnextBracketPos = filterString.indexOf(\"]\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"<\": // Angle brackets\n\t\t\t\toperator.variable = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\">\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"/\": // regexp brackets\n\t\t\t\tvar rex = /^((?:[^\\\\\\/]*|\\\\.)*)\\/(?:\\(([mygi]+)\\))?/g,\n\t\t\t\t\trexMatch = rex.exec(filterString.substring(p));\n\t\t\t\tif(rexMatch) {\n\t\t\t\t\toperator.regexp = new RegExp(rexMatch[1], rexMatch[2]);\n// DEPRECATION WARNING\nconsole.log(\"WARNING: Filter\",operator.operator,\"has a deprecated regexp operand\",operator.regexp);\n\t\t\t\t\tnextBracketPos = p + rex.lastIndex - 1;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tthrow \"Unterminated regular expression in filter expression\";\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t\t\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing closing bracket in filter expression\";\n\t\t}\n\t\tif(!operator.regexp) {\n\t\t\toperator.operand = filterString.substring(p,nextBracketPos);\n\t\t}\n\t\tp = nextBracketPos + 1;\n\t\t\t\n\t\t// Push this operator\n\t\toperators.push(operator);\n\t} while(filterString.charAt(p) !== \"]\");\n\t// Skip the ending square bracket\n\tif(filterString.charAt(p++) !== \"]\") {\n\t\tthrow \"Missing ] in filter expression\";\n\t}\n\t// Return the parsing position\n\treturn p;\n}\n\n/*\nParse a filter string\n*/\nexports.parseFilter = function(filterString) {\n\tfilterString = filterString || \"\";\n\tvar results = [], // Array of arrays of operator nodes {operator:,operand:}\n\t\tp = 0, // Current position in the filter string\n\t\tmatch;\n\tvar whitespaceRegExp = /(\\s+)/mg,\n\t\toperandRegExp = /((?:\\+|\\-)?)(?:(\\[)|(?:\"([^\"]*)\")|(?:'([^']*)')|([^\\s\\[\\]]+))/mg;\n\twhile(p < filterString.length) {\n\t\t// Skip any whitespace\n\t\twhitespaceRegExp.lastIndex = p;\n\t\tmatch = whitespaceRegExp.exec(filterString);\n\t\tif(match && match.index === p) {\n\t\t\tp = p + match[0].length;\n\t\t}\n\t\t// Match the start of the operation\n\t\tif(p < filterString.length) {\n\t\t\toperandRegExp.lastIndex = p;\n\t\t\tmatch = operandRegExp.exec(filterString);\n\t\t\tif(!match || match.index !== p) {\n\t\t\t\tthrow \"Syntax error in filter expression\";\n\t\t\t}\n\t\t\tvar operation = {\n\t\t\t\tprefix: \"\",\n\t\t\t\toperators: []\n\t\t\t};\n\t\t\tif(match[1]) {\n\t\t\t\toperation.prefix = match[1];\n\t\t\t\tp++;\n\t\t\t}\n\t\t\tif(match[2]) { // Opening square bracket\n\t\t\t\tp = parseFilterOperation(operation.operators,filterString,p);\n\t\t\t} else {\n\t\t\t\tp = match.index + match[0].length;\n\t\t\t}\n\t\t\tif(match[3] || match[4] || match[5]) { // Double quoted string, single quoted string or unquoted title\n\t\t\t\toperation.operators.push(\n\t\t\t\t\t{operator: \"title\", operand: match[3] || match[4] || match[5]}\n\t\t\t\t);\n\t\t\t}\n\t\t\tresults.push(operation);\n\t\t}\n\t}\n\treturn results;\n};\n\nexports.getFilterOperators = function() {\n\tif(!this.filterOperators) {\n\t\t$tw.Wiki.prototype.filterOperators = {};\n\t\t$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,widget,source) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,source,widget);\n};\n\n/*\nCompile a filter into a function with the signature fn(source,widget) where:\nsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\nwidget: an optional widget node for retrieving the current tiddler etc.\n*/\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,widget) {\n\t\t\treturn [\"Filter error: \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$tw.utils.each(filterParseTree,function(operation) {\n\t\t// Create a function for the chain of operators in the operation\n\t\tvar operationSubFunction = function(source,widget) {\n\t\t\tvar accumulator = source,\n\t\t\t\tresults = [],\n\t\t\t\tcurrTiddlerTitle = widget && widget.getVariable(\"currentTiddler\");\n\t\t\t$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operand = operator.operand,\n\t\t\t\t\toperatorFunction;\n\t\t\t\tif(!operator.operator) {\n\t\t\t\t\toperatorFunction = filterOperators.title;\n\t\t\t\t} else if(!filterOperators[operator.operator]) {\n\t\t\t\t\toperatorFunction = filterOperators.field;\n\t\t\t\t} else {\n\t\t\t\t\toperatorFunction = filterOperators[operator.operator];\n\t\t\t\t}\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tif(operator.variable) {\n\t\t\t\t\toperand = widget.getVariable(operator.operand,{defaultValue: \"\"});\n\t\t\t\t}\n\t\t\t\t// Invoke the appropriate filteroperator module\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\twidget: widget\n\t\t\t\t\t\t});\n\t\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\t\taccumulator = self.makeTiddlerIterator(results);\n\t\t\t\t} else {\n\t\t\t\t\taccumulator = results;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\treturn results;\n\t\t\t} else {\n\t\t\t\tvar resultArray = [];\n\t\t\t\tresults(function(tiddler,title) {\n\t\t\t\t\tresultArray.push(title);\n\t\t\t\t});\n\t\t\t\treturn resultArray;\n\t\t\t}\n\t\t};\n\t\t// Wrap the operator functions in a wrapper function that depends on the prefix\n\t\toperationFunctions.push((function() {\n\t\t\tswitch(operation.prefix || \"\") {\n\t\t\t\tcase \"\": // No prefix means that the operation is unioned into the result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"-\": // The results of this operation are removed from the main result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.removeArrayEntries(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"+\": // This operation is applied to the main results so far\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved\n\t\t\t\t\t\tsource = self.makeTiddlerIterator(results);\n\t\t\t\t\t\tresults.splice(0,results.length);\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t}\n\t\t})());\n\t});\n\t// Return a function that applies the operations to a source iterator of tiddler titles\n\treturn $tw.perf.measure(\"filter\",function filterFunction(source,widget) {\n\t\tif(!source) {\n\t\t\tsource = self.each;\n\t\t} else if(typeof source === \"object\") { // Array or hashmap\n\t\t\tsource = self.makeTiddlerIterator(source);\n\t\t}\n\t\tvar results = [];\n\t\t$tw.utils.each(operationFunctions,function(operationFunction) {\n\t\t\toperationFunction(results,source,widget);\n\t\t});\n\t\treturn results;\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/filters.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/info/platform.js": {
"text": "/*\\\ntitle: $:/core/modules/info/platform.js\ntype: application/javascript\nmodule-type: info\n\nInitialise basic platform $:/info/ tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.getInfoTiddlerFields = function() {\n\tvar mapBoolean = function(value) {return value ? \"yes\" : \"no\";},\n\t\tinfoTiddlerFields = [];\n\t// Basics\n\tinfoTiddlerFields.push({title: \"$:/info/browser\", text: mapBoolean(!!$tw.browser)});\n\tinfoTiddlerFields.push({title: \"$:/info/node\", text: mapBoolean(!!$tw.node)});\n\treturn infoTiddlerFields;\n};\n\n})();\n",
"title": "$:/core/modules/info/platform.js",
"type": "application/javascript",
"module-type": "info"
},
"$:/core/modules/language.js": {
"text": "/*\\\ntitle: $:/core/modules/language.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Language() manages translateable strings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate an instance of the language manager. Options include:\nwiki: wiki from which to retrieve translation tiddlers\n*/\nfunction Language(options) {\n\toptions = options || \"\";\n\tthis.wiki = options.wiki || $tw.wiki;\n}\n\n/*\nReturn a single translateable string. The title is automatically prefixed with \"$:/language/\"\nOptions include:\nvariables: optional hashmap of variables to supply to the language wikification\n*/\nLanguage.prototype.getString = function(title,options) {\n\toptions = options || {};\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.renderTiddler(\"text/plain\",title,{variables: options.variables});\n};\n\nexports.Language = Language;\n\n})();\n",
"title": "$:/core/modules/language.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/macros/changecount.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/changecount.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the changecount for the current tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
"title": "$:/core/modules/macros/changecount.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/contrastcolour.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/contrastcolour.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to choose which of two colours has the highest contrast with a base colour\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"contrastcolour\";\n\nexports.params = [\n\t{name: \"target\"},\n\t{name: \"fallbackTarget\"},\n\t{name: \"colourA\"},\n\t{name: \"colourB\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(target,fallbackTarget,colourA,colourB) {\n\tvar rgbTarget = $tw.utils.parseCSSColor(target) || $tw.utils.parseCSSColor(fallbackTarget);\n\tif(!rgbTarget) {\n\t\treturn colourA;\n\t}\n\tvar rgbColourA = $tw.utils.parseCSSColor(colourA),\n\t\trgbColourB = $tw.utils.parseCSSColor(colourB);\n\tif(rgbColourA && !rgbColourB) {\n\t\treturn rgbColourA;\n\t}\n\tif(rgbColourB && !rgbColourA) {\n\t\treturn rgbColourB;\n\t}\n\tif(!rgbColourA && !rgbColourB) {\n\t\t// If neither colour is readable, return a crude inverse of the target\n\t\treturn [255 - rgbTarget[0],255 - rgbTarget[1],255 - rgbTarget[2],rgbTarget[3]];\n\t}\n\t// Colour brightness formula derived from http://www.w3.org/WAI/ER/WD-AERT/#color-contrast\n\tvar brightnessTarget = rgbTarget[0] * 0.299 + rgbTarget[1] * 0.587 + rgbTarget[2] * 0.114,\n\t\tbrightnessA = rgbColourA[0] * 0.299 + rgbColourA[1] * 0.587 + rgbColourA[2] * 0.114,\n\t\tbrightnessB = rgbColourB[0] * 0.299 + rgbColourB[1] * 0.587 + rgbColourB[2] * 0.114;\n\treturn Math.abs(brightnessTarget - brightnessA) > Math.abs(brightnessTarget - brightnessB) ? colourA : colourB;\n};\n\n})();\n",
"title": "$:/core/modules/macros/contrastcolour.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/csvtiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/csvtiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to CSV\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"csvtiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"format\"},\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,format) {\n\tvar self = this,\n\t\ttiddlers = this.wiki.filterTiddlers(filter),\n\t\ttiddler,\n\t\tfields = [],\n\t\tt,f;\n\t// Collect all the fields\n\tfor(t=0;t<tiddlers.length; t++) {\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tfor(f in tiddler.fields) {\n\t\t\tif(fields.indexOf(f) === -1) {\n\t\t\t\tfields.push(f);\n\t\t\t}\n\t\t}\n\t}\n\t// Sort the fields and bring the standard ones to the front\n\tfields.sort();\n\t\"title text modified modifier created creator\".split(\" \").reverse().forEach(function(value,index) {\n\t\tvar p = fields.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tfields.splice(p,1);\n\t\t\tfields.unshift(value)\n\t\t}\n\t});\n\t// Output the column headings\n\tvar output = [], row = [];\n\tfields.forEach(function(value) {\n\t\trow.push(quoteAndEscape(value))\n\t});\n\toutput.push(row.join(\",\"));\n\t// Output each tiddler\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\trow = [];\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\t\tfor(f=0; f<fields.length; f++) {\n\t\t\t\trow.push(quoteAndEscape(tiddler ? tiddler.getFieldString(fields[f]) || \"\" : \"\"));\n\t\t\t}\n\t\toutput.push(row.join(\",\"));\n\t}\n\treturn output.join(\"\\n\");\n};\n\nfunction quoteAndEscape(value) {\n\treturn \"\\\"\" + value.replace(/\"/mg,\"\\\"\\\"\") + \"\\\"\";\n}\n\n})();\n",
"title": "$:/core/modules/macros/csvtiddlers.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/dumpvariables.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/dumpvariables.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to dump all active variable values\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"dumpvariables\";\n\nexports.params = [\n];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\tvar output = [\"|!Variable |!Value |\"],\n\t\tvariables = [], variable;\n\tfor(variable in this.variables) {\n\t\tvariables.push(variable);\n\t}\n\tvariables.sort();\n\tfor(var index=0; index<variables.length; index++) {\n\t\tvar variable = variables[index];\n\t\toutput.push(\"|\" + variable + \" |<input size=50 value=<<\" + variable + \">>/> |\")\n\t}\n\treturn output.join(\"\\n\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/dumpvariables.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddlers.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddlers\";\n\nexports.params = [\n\t{name: \"filter\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter) {\n\tvar tiddlers = this.wiki.filterTiddlers(filter),\n\t\tdata = [];\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\tvar tiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tif(tiddler) {\n\t\t\tvar fields = new Object();\n\t\t\tfor(var field in tiddler.fields) {\n\t\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t\t}\n\t\t\tdata.push(fields);\n\t\t}\n\t}\n\treturn JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
"title": "$:/core/modules/macros/jsontiddlers.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/makedatauri.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert the content of a tiddler to a data URI\n\n<<makedatauri text:\"Text to be converted\" type:\"text/vnd.tiddlywiki\">>\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"makedatauri\";\n\nexports.params = [\n\t{name: \"text\"},\n\t{name: \"type\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(text,type) {\n\treturn $tw.utils.makeDataUri(text,type);\n};\n\n})();\n",
"title": "$:/core/modules/macros/makedatauri.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/now.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/now.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return a formatted version of the current time\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"now\";\n\nexports.params = [\n\t{name: \"format\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(format) {\n\treturn $tw.utils.formatDateString(new Date(),format || \"0hh:0mm, DDth MMM YYYY\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/now.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/qualify.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/qualify.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to qualify a state tiddler title according\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
"title": "$:/core/modules/macros/qualify.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/resolvepath.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/resolvepath.js\ntype: application/javascript\nmodule-type: macro\n\nResolves a relative path for an absolute rootpath.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"resolvepath\";\n\nexports.params = [\n\t{name: \"source\"},\n\t{name: \"root\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(source, root) {\n\treturn $tw.utils.resolvePath(source, root);\n};\n\n})();\n",
"title": "$:/core/modules/macros/resolvepath.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/version.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/version.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the TiddlyWiki core version number\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"version\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn $tw.version;\n};\n\n})();\n",
"title": "$:/core/modules/macros/version.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/parsers/audioparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/audioparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe audio parser parses an audio tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"audio\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"audio/ogg\"] = AudioParser;\nexports[\"audio/mpeg\"] = AudioParser;\nexports[\"audio/mp3\"] = AudioParser;\nexports[\"audio/mp4\"] = AudioParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/audioparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/csvparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/csvparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe CSV text parser processes CSV files into a table wrapped in a scrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CsvParser = function(type,text,options) {\n\t// Table framework\n\tthis.tree = [{\n\t\t\"type\": \"scrollable\", \"children\": [{\n\t\t\t\"type\": \"element\", \"tag\": \"table\", \"children\": [{\n\t\t\t\t\"type\": \"element\", \"tag\": \"tbody\", \"children\": []\n\t\t\t}], \"attributes\": {\n\t\t\t\t\"class\": {\"type\": \"string\", \"value\": \"tc-csv-table\"}\n\t\t\t}\n\t\t}]\n\t}];\n\t// Split the text into lines\n\tvar lines = text.split(/\\r?\\n/mg),\n\t\ttag = \"th\";\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar lineText = lines[line];\n\t\tif(lineText) {\n\t\t\tvar row = {\n\t\t\t\t\t\"type\": \"element\", \"tag\": \"tr\", \"children\": []\n\t\t\t\t};\n\t\t\tvar columns = lineText.split(\",\");\n\t\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\t\trow.children.push({\n\t\t\t\t\t\t\"type\": \"element\", \"tag\": tag, \"children\": [{\n\t\t\t\t\t\t\t\"type\": \"text\",\n\t\t\t\t\t\t\t\"text\": columns[column]\n\t\t\t\t\t\t}]\n\t\t\t\t\t});\n\t\t\t}\n\t\t\ttag = \"td\";\n\t\t\tthis.tree[0].children[0].children[0].children.push(row);\n\t\t}\n\t}\n};\n\nexports[\"text/csv\"] = CsvParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/csvparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/htmlparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/htmlparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe HTML parser displays text as raw HTML\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tvar src;\n\tif(options._canonical_uri) {\n\t\tsrc = options._canonical_uri;\n\t} else if(text) {\n\t\tsrc = \"data:text/html;charset=utf-8,\" + encodeURIComponent(text);\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"iframe\",\n\t\tattributes: {\n\t\t\tsrc: {type: \"string\", value: src},\n\t\t\tsandbox: {type: \"string\", value: \"sandbox\"}\n\t\t}\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/htmlparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/imageparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/imageparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe image parser parses an image into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"img\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t\tif(type === \"application/pdf\" || type === \".pdf\") {\n\t\t\telement.tag = \"embed\";\n\t\t}\n\t} else if(text) {\n\t\tif(type === \"application/pdf\" || type === \".pdf\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:application/pdf;base64,\" + text};\n\t\t\telement.tag = \"embed\";\n\t\t} else if(type === \"image/svg+xml\" || type === \".svg\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:image/svg+xml,\" + encodeURIComponent(text)};\n\t\t} else {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t\t}\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"application/pdf\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/imageparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/utils/parseutils.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/parseutils.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions concerned with parsing text into tokens.\n\nMost functions have the following pattern:\n\n* The parameters are:\n** `source`: the source string being parsed\n** `pos`: the current parse position within the string\n** Any further parameters are used to identify the token that is being parsed\n* The return value is:\n** null if the token was not found at the specified position\n** an object representing the token with the following standard fields:\n*** `type`: string indicating the type of the token\n*** `start`: start position of the token in the source string\n*** `end`: end position of the token in the source string\n*** Any further fields required to describe the token\n\nThe exception is `skipWhiteSpace`, which just returns the position after the whitespace.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for a whitespace token. Returns null if not found, otherwise returns {type: \"whitespace\", start:, end:,}\n*/\nexports.parseWhiteSpace = function(source,pos) {\n\tvar node = {\n\t\ttype: \"whitespace\",\n\t\tstart: pos\n\t};\n\tvar re = /(\\s)+/g;\n\tre.lastIndex = pos;\n\tvar match = re.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t}\n\treturn null;\n};\n\n/*\nConvenience wrapper for parseWhiteSpace. Returns the position after the whitespace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar whitespace = $tw.utils.parseWhiteSpace(source,pos);\n\tif(whitespace) {\n\t\treturn whitespace.end;\n\t}\n\treturn pos;\n};\n\n/*\nLook for a given string token. Returns null if not found, otherwise returns {type: \"token\", value:, start:, end:,}\n*/\nexports.parseTokenString = function(source,pos,token) {\n\tvar match = source.indexOf(token,pos) === pos;\n\tif(match) {\n\t\treturn {\n\t\t\ttype: \"token\",\n\t\t\tvalue: token,\n\t\t\tstart: pos,\n\t\t\tend: pos + token.length\n\t\t};\n\t}\n\treturn null;\n};\n\n/*\nLook for a token matching a regex. Returns null if not found, otherwise returns {type: \"regexp\", match:, start:, end:,}\n*/\nexports.parseTokenRegExp = function(source,pos,reToken) {\n\tvar node = {\n\t\ttype: \"regexp\",\n\t\tstart: pos\n\t};\n\treToken.lastIndex = pos;\n\tnode.match = reToken.exec(source);\n\tif(node.match && node.match.index === pos) {\n\t\tnode.end = pos + node.match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a string literal. Returns null if not found, otherwise returns {type: \"string\", value:, start:, end:,}\n*/\nexports.parseStringLiteral = function(source,pos) {\n\tvar node = {\n\t\ttype: \"string\",\n\t\tstart: pos\n\t};\n\tvar reString = /(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\")|(?:'([^']*)')/g;\n\treString.lastIndex = pos;\n\tvar match = reString.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.value = match[1] !== undefined ? match[1] :(\n\t\t\tmatch[2] !== undefined ? match[2] : match[3] \n\t\t\t\t\t);\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a macro invocation parameter. Returns null if not found, or {type: \"macro-parameter\", name:, value:, start:, end:}\n*/\nexports.parseMacroParameter = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macro-parameter\",\n\t\tstart: pos\n\t};\n\t// Define our regexp\n\tvar reMacroParameter = /(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\\s>\"'=]+)))/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the parameter\n\tvar token = $tw.utils.parseTokenRegExp(source,pos,reMacroParameter);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the parameter details\n\tnode.value = token.match[2] !== undefined ? token.match[2] : (\n\t\t\t\t\ttoken.match[3] !== undefined ? token.match[3] : (\n\t\t\t\t\t\ttoken.match[4] !== undefined ? token.match[4] : (\n\t\t\t\t\t\t\ttoken.match[5] !== undefined ? token.match[5] : (\n\t\t\t\t\t\t\t\ttoken.match[6] !== undefined ? token.match[6] : (\n\t\t\t\t\t\t\t\t\t\"\"\n\t\t\t\t\t\t\t\t)\n\t\t\t\t\t\t\t)\n\t\t\t\t\t\t)\n\t\t\t\t\t)\n\t\t\t\t);\n\tif(token.match[1]) {\n\t\tnode.name = token.match[1];\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for a macro invocation. Returns null if not found, or {type: \"macrocall\", name:, parameters:, start:, end:}\n*/\nexports.parseMacroInvocation = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macrocall\",\n\t\tstart: pos,\n\t\tparams: []\n\t};\n\t// Define our regexps\n\tvar reMacroName = /([^\\s>\"'=]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double less than sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"<<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the macro name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reMacroName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Process parameters\n\tvar parameter = $tw.utils.parseMacroParameter(source,pos);\n\twhile(parameter) {\n\t\tnode.params.push(parameter);\n\t\tpos = parameter.end;\n\t\t// Get the next parameter\n\t\tparameter = $tw.utils.parseMacroParameter(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">>\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for an HTML attribute definition. Returns null if not found, otherwise returns {type: \"attribute\", name:, valueType: \"string|indirect|macro\", value:, start:, end:,}\n*/\nexports.parseAttribute = function(source,pos) {\n\tvar node = {\n\t\tstart: pos\n\t};\n\t// Define our regexps\n\tvar reAttributeName = /([^\\/\\s>\"'=]+)/g,\n\t\treUnquotedAttribute = /([^\\/\\s<>\"'=]+)/g,\n\t\treIndirectValue = /\\{\\{([^\\}]+)\\}\\}/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the attribute name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reAttributeName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for an equals sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"=\");\n\tif(token) {\n\t\tpos = token.end;\n\t\t// Skip whitespace\n\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t// Look for a string literal\n\t\tvar stringLiteral = $tw.utils.parseStringLiteral(source,pos);\n\t\tif(stringLiteral) {\n\t\t\tpos = stringLiteral.end;\n\t\t\tnode.type = \"string\";\n\t\t\tnode.value = stringLiteral.value;\n\t\t} else {\n\t\t\t// Look for an indirect value\n\t\t\tvar indirectValue = $tw.utils.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\tif(indirectValue) {\n\t\t\t\tpos = indirectValue.end;\n\t\t\t\tnode.type = \"indirect\";\n\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for a unquoted value\n\t\t\t\tvar unquotedValue = $tw.utils.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\tif(unquotedValue) {\n\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\tvar macroInvocation = $tw.utils.parseMacroInvocation(source,pos);\n\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t} else {\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = \"true\";\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t} else {\n\t\tnode.type = \"string\";\n\t\tnode.value = \"true\";\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/utils/parseutils.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/parsers/textparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/textparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe plain text parser processes blocks of source text into a degenerate parse tree consisting of a single text node\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"codeblock\",\n\t\tattributes: {\n\t\t\tcode: {type: \"string\", value: text},\n\t\t\tlanguage: {type: \"string\", value: type}\n\t\t}\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/textparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/codeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for code blocks. For example:\n\n```\n\t```\n\tThis text will not be //wikified//\n\t```\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match and get language if defined\n\tthis.matchRegExp = /```([\\w-]*)\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\\r?\\n```$)/mg;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Return the $codeblock widget\n\treturn [{\n\t\t\ttype: \"codeblock\",\n\t\t\tattributes: {\n\t\t\t\t\tcode: {type: \"string\", value: text},\n\t\t\t\t\tlanguage: {type: \"string\", value: this.match[1]}\n\t\t\t}\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/codeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for code runs. For example:\n\n```\n\tThis is a `code run`.\n\tThis is another ``code run``\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/dash.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/dash.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for dashes. For example:\n\n```\nThis is an en-dash: --\n\nThis is an em-dash: ---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"–\" : \"—\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/bold.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - bold. For example:\n\n```\n\tThis is ''bold'' text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except bold \n\\rules only bold \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"bold\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/''/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strong\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/italic.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - italic. For example:\n\n```\n\tThis is //italic// text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except italic\n\\rules only italic\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"italic\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\/\\//mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\/\\//mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"em\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - strikethrough. For example:\n\n```\n\tThis is ~~strikethrough~~ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except strikethrough \n\\rules only strikethrough \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"strikethrough\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/~~/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strike\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - subscript. For example:\n\n```\n\tThis is ,,subscript,, text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except subscript \n\\rules only subscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"subscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /,,/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/,,/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sub\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - superscript. For example:\n\n```\n\tThis is ^^superscript^^ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except superscript \n\\rules only superscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"superscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\^\\^/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\^\\^/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sup\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - underscore. For example:\n\n```\n\tThis is __underscore__ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except underscore \n\\rules only underscore\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"underscore\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /__/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/__/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"u\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/entity.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/entity.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML entities. For example:\n\n```\n\tThis is a copyright symbol: ©\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/extlink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/extlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\nAn external link: http://www.tiddlywiki.com/\n\nA suppressed external link: ~http://www.tiddlyspace.com/\n```\n\nExternal links can be suppressed by preceding them with `~`.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|'\"\\\\^~]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t},\n\t\tisBlock: true\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t}\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for marking areas with hard line breaks. For example:\n\n```\n\"\"\"\nThis is some text\nThat is set like\nIt is a Poem\nWhen it is\nClearly\nNot\n\"\"\"\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [],\n\t\tmatch;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tmatch = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/heading.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/heading.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for headings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + headingLevel, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/horizrule.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/horizrule.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for rules. For example:\n\n```\n---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"horizrule\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{3,}\\r?(?:\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\treturn [{type: \"element\", tag: \"hr\"}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/html.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/html.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for HTML elements and widgets. For example:\n\n{{{\n<aside>\nThis is an HTML5 aside element\n</aside>\n\n<$slider target=\"MyTiddler\">\nThis is a widget invocation\n</$slider>\n\n}}}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"html\";\nexports.types = {inline: true, block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextTag = this.findNextTag(this.parser.source,startPos,{\n\t\trequireLineBreak: this.is.block\n\t});\n\treturn this.nextTag ? this.nextTag.start : undefined;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Retrieve the most recent match so that recursive calls don't overwrite it\n\tvar tag = this.nextTag;\n\tthis.nextTag = null;\n\t// Advance the parser position to past the tag\n\tthis.parser.pos = tag.end;\n\t// Check for an immediately following double linebreak\n\tvar hasLineBreak = !tag.isSelfClosing && !!$tw.utils.parseTokenRegExp(this.parser.source,this.parser.pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t// Set whether we're in block mode\n\ttag.isBlock = this.is.block || hasLineBreak;\n\t// Parse the body if we need to\n\tif(!tag.isSelfClosing && $tw.config.htmlVoidElements.indexOf(tag.tag) === -1) {\n\t\t\tvar reEndString = \"</\" + $tw.utils.escapeRegExp(tag.tag) + \">\",\n\t\t\t\treEnd = new RegExp(\"(\" + reEndString + \")\",\"mg\");\n\t\tif(hasLineBreak) {\n\t\t\ttag.children = this.parser.parseBlocks(reEndString);\n\t\t} else {\n\t\t\ttag.children = this.parser.parseInlineRun(reEnd);\n\t\t}\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tvar endMatch = reEnd.exec(this.parser.source);\n\t\tif(endMatch && endMatch.index === this.parser.pos) {\n\t\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t\t}\n\t}\n\t// Return the tag\n\treturn [tag];\n};\n\n/*\nLook for an HTML tag. Returns null if not found, otherwise returns {type: \"element\", name:, attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseTag = function(source,pos,options) {\n\toptions = options || {};\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Define our regexps\n\tvar reTagName = /([a-zA-Z0-9\\-\\$]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a less than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\"<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the tag name\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tif(node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t}\n\tpos = token.end;\n\t// Process attributes\n\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\twhile(attribute) {\n\t\tnode.attributes[attribute.name] = attribute;\n\t\tpos = attribute.end;\n\t\t// Get the next attribute\n\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a closing slash\n\ttoken = $tw.utils.parseTokenString(source,pos,\"/\");\n\tif(token) {\n\t\tpos = token.end;\n\t\tnode.isSelfClosing = true;\n\t}\n\t// Look for a greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Check for a required line break\n\tif(options.requireLineBreak) {\n\t\ttoken = $tw.utils.parseTokenRegExp(source,pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t\tif(!token) {\n\t\t\treturn null;\n\t\t}\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\nexports.findNextTag = function(source,pos,options) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /<([a-zA-Z\\-\\$]+)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseTag(source,match.index,options);\n\t\t// Return success\n\t\tif(tag && this.isLegalTag(tag)) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\nexports.isLegalTag = function(tag) {\n\t// Widgets are always OK\n\tif(tag.type !== \"element\") {\n\t\treturn true;\n\t// If it's an HTML tag that starts with a dash then it's not legal\n\t} else if(tag.tag.charAt(0) === \"-\") {\n\t\treturn false;\n\t} else {\n\t\t// Otherwise it's OK\n\t\treturn true;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/html.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/image.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/image.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for embedding images. For example:\n\n```\n[img[http://tiddlywiki.com/fractalveg.jpg]]\n[img width=23 height=24 [http://tiddlywiki.com/fractalveg.jpg]]\n[img width={{!!width}} height={{!!height}} [http://tiddlywiki.com/fractalveg.jpg]]\n[img[Description of image|http://tiddlywiki.com/fractalveg.jpg]]\n[img[TiddlerTitle]]\n[img[Description of image|TiddlerTitle]]\n```\n\nGenerates the `<$image>` widget.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"image\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextImage = this.findNextImage(this.parser.source,startPos);\n\treturn this.nextImage ? this.nextImage.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextImage.end;\n\tvar node = {\n\t\ttype: \"image\",\n\t\tattributes: this.nextImage.attributes\n\t};\n\treturn [node];\n};\n\n/*\nFind the next image from the current position\n*/\nexports.findNextImage = function(source,pos) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /(\\[img)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseImage(source,match.index);\n\t\t// Return success\n\t\tif(tag) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an image at the specified position. Returns null if not found, otherwise returns {type: \"image\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseImage = function(source,pos) {\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"image\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[img`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[img\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Process attributes\n\tif(source.charAt(pos) !== \"[\") {\n\t\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\t\twhile(attribute) {\n\t\t\tnode.attributes[attribute.name] = attribute;\n\t\t\tpos = attribute.end;\n\t\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t\tif(source.charAt(pos) !== \"[\") {\n\t\t\t\t// Get the next attribute\n\t\t\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t\t\t} else {\n\t\t\t\tattribute = null;\n\t\t\t}\n\t\t}\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[` after the attributes\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the source up to the terminating `]]`\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,/(?:([^|\\]]*?)\\|)?([^\\]]+?)\\]\\]/g);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\tif(token.match[1]) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: token.match[1].trim()};\n\t}\n\tnode.attributes.source = {type: \"string\", value: (token.match[2] || \"\").trim()};\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/image.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/list.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/list.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for lists. For example:\n\n```\n* This is an unordered list\n* It has two items\n\n# This is a numbered list\n## With a subitem\n# And a third item\n\n; This is a term that is being defined\n: This is the definition of that term\n```\n\nNote that lists can be nested arbitrarily:\n\n```\n#** One\n#* Two\n#** Three\n#**** Four\n#**# Five\n#**## Six\n## Seven\n### Eight\n## Nine\n```\n\nA CSS class can be applied to a list item as follows:\n\n```\n* List item one\n*.active List item two has the class `active`\n* List item three\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"list\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /([\\*#;:>]+)/mg;\n};\n\nvar listTypes = {\n\t\"*\": {listTag: \"ul\", itemTag: \"li\"},\n\t\"#\": {listTag: \"ol\", itemTag: \"li\"},\n\t\";\": {listTag: \"dl\", itemTag: \"dt\"},\n\t\":\": {listTag: \"dl\", itemTag: \"dd\"},\n\t\">\": {listTag: \"blockquote\", itemTag: \"p\"}\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Array of parse tree nodes for the previous row of the list\n\tvar listStack = [];\n\t// Cycle through the items in the list\n\twhile(true) {\n\t\t// Match the list marker\n\t\tvar reMatch = /([\\*#;:>]+)/mg;\n\t\treMatch.lastIndex = this.parser.pos;\n\t\tvar match = reMatch.exec(this.parser.source);\n\t\tif(!match || match.index !== this.parser.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check whether the list type of the top level matches\n\t\tvar listInfo = listTypes[match[0].charAt(0)];\n\t\tif(listStack.length > 0 && listStack[0].tag !== listInfo.listTag) {\n\t\t\tbreak;\n\t\t}\n\t\t// Move past the list marker\n\t\tthis.parser.pos = match.index + match[0].length;\n\t\t// Walk through the list markers for the current row\n\t\tfor(var t=0; t<match[0].length; t++) {\n\t\t\tlistInfo = listTypes[match[0].charAt(t)];\n\t\t\t// Remove any stacked up element if we can't re-use it because the list type doesn't match\n\t\t\tif(listStack.length > t && listStack[t].tag !== listInfo.listTag) {\n\t\t\t\tlistStack.splice(t,listStack.length - t);\n\t\t\t}\n\t\t\t// Construct the list element or reuse the previous one at this level\n\t\t\tif(listStack.length <= t) {\n\t\t\t\tvar listElement = {type: \"element\", tag: listInfo.listTag, children: [\n\t\t\t\t\t{type: \"element\", tag: listInfo.itemTag, children: []}\n\t\t\t\t]};\n\t\t\t\t// Link this list element into the last child item of the parent list item\n\t\t\t\tif(t) {\n\t\t\t\t\tvar prevListItem = listStack[t-1].children[listStack[t-1].children.length-1];\n\t\t\t\t\tprevListItem.children.push(listElement);\n\t\t\t\t}\n\t\t\t\t// Save this element in the stack\n\t\t\t\tlistStack[t] = listElement;\n\t\t\t} else if(t === (match[0].length - 1)) {\n\t\t\t\tlistStack[t].children.push({type: \"element\", tag: listInfo.itemTag, children: []});\n\t\t\t}\n\t\t}\n\t\tif(listStack.length > match[0].length) {\n\t\t\tlistStack.splice(match[0].length,listStack.length - match[0].length);\n\t\t}\n\t\t// Process the body of the list item into the last list item\n\t\tvar lastListChildren = listStack[listStack.length-1].children,\n\t\t\tlastListItem = lastListChildren[lastListChildren.length-1],\n\t\t\tclasses = this.parser.parseClasses();\n\t\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\t\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t\tlastListItem.children.push.apply(lastListItem.children,tree);\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(lastListItem,classes.join(\" \"));\n\t\t}\n\t\t// Consume any whitespace following the list item\n\t\tthis.parser.skipWhitespace();\n\t}\n\t// Return the root element of the list\n\treturn [listStack[0]];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/list.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for block macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^>\\s]+)(?:\\s*)((?:[^>]|(?:>(?!>)))*?)>>(?:\\r?\\n|$)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params,\n\t\tisBlock: true\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]|| paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrodef.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrodef.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for macro definitions\n\n```\n\\define name(param:defaultvalue,param2:defaultvalue)\ndefinition text, including $param$ markers\n\\end\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrodef\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\define\\s+([^(\\s]+)\\(\\s*([^)]*)\\)(\\s*\\r?\\n)?/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the macro name and parameters\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the parameters\n\tvar paramString = this.match[2],\n\t\tparams = [];\n\tif(paramString !== \"\") {\n\t\tvar reParam = /\\s*([A-Za-z0-9\\-_]+)(?:\\s*:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))?/mg,\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\twhile(paramMatch) {\n\t\t\t// Save the parameter details\n\t\t\tvar paramInfo = {name: paramMatch[1]},\n\t\t\t\tdefaultValue = paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6];\n\t\t\tif(defaultValue) {\n\t\t\t\tparamInfo[\"default\"] = defaultValue;\n\t\t\t}\n\t\t\tparams.push(paramInfo);\n\t\t\t// Look for the next parameter\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\t}\n\t}\n\t// Is this a multiline definition?\n\tvar reEnd;\n\tif(this.match[3]) {\n\t\t// If so, the end of the body is marked with \\end\n\t\treEnd = /(\\r?\\n\\\\end[^\\S\\n\\r]*(?:$|\\r?\\n))/mg;\n\t} else {\n\t\t// Otherwise, the end of the definition is marked by the end of the line\n\t\treEnd = /(\\r?\\n)/mg;\n\t\t// Move past any whitespace\n\t\tthis.parser.pos = $tw.utils.skipWhiteSpace(this.parser.source,this.parser.pos);\n\t}\n\t// Find the end of the definition\n\treEnd.lastIndex = this.parser.pos;\n\tvar text,\n\t\tendMatch = reEnd.exec(this.parser.source);\n\tif(endMatch) {\n\t\ttext = this.parser.source.substring(this.parser.pos,endMatch.index);\n\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t} else {\n\t\t// We didn't find the end of the definition, so we'll make it blank\n\t\ttext = \"\";\n\t}\n\t// Save the macro definition\n\treturn [{\n\t\ttype: \"macrodef\",\n\t\tname: this.match[1],\n\t\tparams: params,\n\t\ttext: text\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettyextlink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettyextlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\n[ext[http://tiddlywiki.com/fractalveg.jpg]]\n[ext[Tooltip|http://tiddlywiki.com/fractalveg.jpg]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettyextlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextLink = this.findNextLink(this.parser.source,startPos);\n\treturn this.nextLink ? this.nextLink.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextLink.end;\n\treturn [this.nextLink];\n};\n\n/*\nFind the next link from the current position\n*/\nexports.findNextLink = function(source,pos) {\n\t// A regexp for finding candidate links\n\tvar reLookahead = /(\\[ext\\[)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a link\n\t\tvar link = this.parseLink(source,match.index);\n\t\t// Return success\n\t\tif(link) {\n\t\t\treturn link;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an link at the specified position. Returns null if not found, otherwise returns {type: \"element\", tag: \"a\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseLink = function(source,pos) {\n\tvar token,\n\t\ttextNode = {\n\t\t\ttype: \"text\"\n\t\t},\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tstart: pos,\n\t\t\tattributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t},\n\t\t\tchildren: [textNode]\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[ext[`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[ext[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Look ahead for the terminating `]]`\n\tvar closePos = source.indexOf(\"]]\",pos);\n\tif(closePos === -1) {\n\t\treturn null;\n\t}\n\t// Look for a `|` separating the tooltip\n\tvar splitPos = source.indexOf(\"|\",pos);\n\tif(splitPos === -1 || splitPos > closePos) {\n\t\tsplitPos = null;\n\t}\n\t// Pull out the tooltip and URL\n\tvar tooltip, URL;\n\tif(splitPos) {\n\t\tURL = source.substring(splitPos + 1,closePos).trim();\n\t\ttextNode.text = source.substring(pos,splitPos).trim();\n\t} else {\n\t\tURL = source.substring(pos,closePos).trim();\n\t\ttextNode.text = URL;\n\t}\n\tnode.attributes.href = {type: \"string\", value: URL};\n\tnode.attributes.target = {type: \"string\", value: \"_blank\"};\n\t// Update the end position\n\tnode.end = closePos + 2;\n\treturn node;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettylink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettylink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for pretty links. For example:\n\n```\n[[Introduction]]\n\n[[Link description|TiddlerTitle]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif($tw.utils.isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: link}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/quoteblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/quoteblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for quote blocks. For example:\n\n```\n\t<<<.optionalClass(es) optional cited from\n\ta quote\n\t<<<\n\t\n\t<<<.optionalClass(es)\n\ta quote\n\t<<< optional cited from\n```\n\nQuotes can be quoted by putting more <s\n\n```\n\t<<<\n\tQuote Level 1\n\t\n\t<<<<\n\tQuoteLevel 2\n\t<<<<\n\t\n\t<<<\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tc-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tcite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/rules.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/rules.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for rules specifications\n\n```\n\\rules except ruleone ruletwo rulethree\n\\rules only ruleone ruletwo rulethree\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for assigning styles and classes to paragraphs and other blocks. For example:\n\n```\n@@.myClass\n@@background-color:red;\nThis paragraph will have the CSS class `myClass`.\n\n* The `<ul>` around this list will also have the class `myClass`\n* List item 2\n\n@@\n```\n\nNote that classes and styles can be mixed subject to the rule that styles must precede classes. For example\n\n```\n@@.myFirstClass.mySecondClass\n@@width:100px;.myThirdClass\nThis is a paragraph\n@@\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(?:\\.([^\\r\\n\\s]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEndString = \"^@@(?:\\\\r?\\\\n)?\";\n\tvar classes = [], styles = [];\n\tdo {\n\t\t// Get the class and style\n\t\tif(this.match[1]) {\n\t\t\tstyles.push(this.match[1]);\n\t\t}\n\t\tif(this.match[2]) {\n\t\t\tclasses.push(this.match[2].split(\".\").join(\" \"));\n\t\t}\n\t\t// Move past the match\n\t\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\t// Look for another line of classes and styles\n\t\tthis.match = this.matchRegExp.exec(this.parser.source);\n\t} while(this.match && this.match.index === this.parser.pos);\n\t// Parse the body\n\tvar tree = this.parser.parseBlocks(reEndString);\n\tfor(var t=0; t<tree.length; t++) {\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(tree[t],classes.join(\" \"));\n\t\t}\n\t\tif(styles.length > 0) {\n\t\t\t$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for assigning styles and classes to inline runs. For example:\n\n```\n@@.myClass This is some text with a class@@\n@@background-color:red;This is some text with a background colour@@\n@@width:100px;.myClass This is some text with a class and a width@@\n```\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(\\.(?:[^\\r\\n\\s]+)\\s+)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /@@/g;\n\t// Get the styles and class\n\tvar stylesString = this.match[1],\n\t\tclassString = this.match[2] ? this.match[2].split(\".\").join(\" \") : undefined;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the run up to the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"span\",\n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: \"tc-inline-style\"}\n\t\t},\n\t\tchildren: tree\n\t};\n\tif(classString) {\n\t\t$tw.utils.addClassToParseTreeNode(node,classString);\n\t}\n\tif(stylesString) {\n\t\t$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/syslink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/syslink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for system tiddler links.\nCan be suppressed preceding them with `~`.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"syslink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?\\$:\\/[a-zA-Z/.-]+/mg;\n};\n\nexports.parse = function() {\n\tvar match = this.match[0];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(match.substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: match.substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: match}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: match\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();",
"title": "$:/core/modules/parsers/wikiparser/rules/syslink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/table.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/table.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for tables.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"table\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\|(?:[^\\n]*)\\|(?:[fhck]?)\\r?(?:\\n|$)/mg;\n};\n\nvar processRow = function(prevColumns) {\n\tvar cellRegExp = /(?:\\|([^\\n\\|]*)\\|)|(\\|[fhck]?\\r?(?:\\n|$))/mg,\n\t\tcellTermRegExp = /((?:\\x20*)\\|)/mg,\n\t\ttree = [],\n\t\tcol = 0,\n\t\tcolSpanCount = 1,\n\t\tprevCell,\n\t\tvAlign;\n\t// Match a single cell\n\tcellRegExp.lastIndex = this.parser.pos;\n\tvar cellMatch = cellRegExp.exec(this.parser.source);\n\twhile(cellMatch && cellMatch.index === this.parser.pos) {\n\t\tif(cellMatch[1] === \"~\") {\n\t\t\t// Rowspan\n\t\t\tvar last = prevColumns[col];\n\t\t\tif(last) {\n\t\t\t\tlast.rowSpanCount++;\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"rowspan\",last.rowSpanCount);\n\t\t\t\tvAlign = $tw.utils.getAttributeValueFromParseTreeNode(last.element,\"valign\",\"center\");\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"valign\",vAlign);\n\t\t\t\tif(colSpanCount > 1) {\n\t\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"colspan\",colSpanCount);\n\t\t\t\t\tcolSpanCount = 1;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \">\") {\n\t\t\t// Colspan\n\t\t\tcolSpanCount++;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \"<\" && prevCell) {\n\t\t\tcolSpanCount = 1 + $tw.utils.getAttributeValueFromParseTreeNode(prevCell,\"colspan\",1);\n\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\tcolSpanCount = 1;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[2]) {\n\t\t\t// End of row\n\t\t\tif(prevCell && colSpanCount > 1) {\n\t\t\t\tif(prevCell.attributes && prevCell.attributes && prevCell.attributes.colspan) {\n\t\t\t\t\t\tcolSpanCount += prevCell.attributes.colspan.value;\n\t\t\t\t} else {\n\t\t\t\t\tcolSpanCount -= 1;\n\t\t\t\t}\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\t}\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t\tbreak;\n\t\t} else {\n\t\t\t// For ordinary cells, step beyond the opening `|`\n\t\t\tthis.parser.pos++;\n\t\t\t// Look for a space at the start of the cell\n\t\t\tvar spaceLeft = false;\n\t\t\tvAlign = null;\n\t\t\tif(this.parser.source.substr(this.parser.pos).search(/^\\^([^\\^]|\\^\\^)/) === 0) {\n\t\t\t\tvAlign = \"top\";\n\t\t\t} else if(this.parser.source.substr(this.parser.pos).search(/^,([^,]|,,)/) === 0) {\n\t\t\t\tvAlign = \"bottom\";\n\t\t\t}\n\t\t\tif(vAlign) {\n\t\t\t\tthis.parser.pos++;\n\t\t\t}\n\t\t\tvar chr = this.parser.source.substr(this.parser.pos,1);\n\t\t\twhile(chr === \" \") {\n\t\t\t\tspaceLeft = true;\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tchr = this.parser.source.substr(this.parser.pos,1);\n\t\t\t}\n\t\t\t// Check whether this is a heading cell\n\t\t\tvar cell;\n\t\t\tif(chr === \"!\") {\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tcell = {type: \"element\", tag: \"th\", children: []};\n\t\t\t} else {\n\t\t\t\tcell = {type: \"element\", tag: \"td\", children: []};\n\t\t\t}\n\t\t\ttree.push(cell);\n\t\t\t// Record information about this cell\n\t\t\tprevCell = cell;\n\t\t\tprevColumns[col] = {rowSpanCount:1,element:cell};\n\t\t\t// Check for a colspan\n\t\t\tif(colSpanCount > 1) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"colspan\",colSpanCount);\n\t\t\t\tcolSpanCount = 1;\n\t\t\t}\n\t\t\t// Parse the cell\n\t\t\tcell.children = this.parser.parseInlineRun(cellTermRegExp,{eatTerminator: true});\n\t\t\t// Set the alignment for the cell\n\t\t\tif(vAlign) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"valign\",vAlign);\n\t\t\t}\n\t\t\tif(this.parser.source.substr(this.parser.pos - 2,1) === \" \") { // spaceRight\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",spaceLeft ? \"center\" : \"left\");\n\t\t\t} else if(spaceLeft) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",\"right\");\n\t\t\t}\n\t\t\t// Move back to the closing `|`\n\t\t\tthis.parser.pos--;\n\t\t}\n\t\tcol++;\n\t\tcellRegExp.lastIndex = this.parser.pos;\n\t\tcellMatch = cellRegExp.exec(this.parser.source);\n\t}\n\treturn tree;\n};\n\nexports.parse = function() {\n\tvar rowContainerTypes = {\"c\":\"caption\", \"h\":\"thead\", \"\":\"tbody\", \"f\":\"tfoot\"},\n\t\ttable = {type: \"element\", tag: \"table\", children: []},\n\t\trowRegExp = /^\\|([^\\n]*)\\|([fhck]?)\\r?(?:\\n|$)/mg,\n\t\trowTermRegExp = /(\\|(?:[fhck]?)\\r?(?:\\n|$))/mg,\n\t\tprevColumns = [],\n\t\tcurrRowType,\n\t\trowContainer,\n\t\trowCount = 0;\n\t// Match the row\n\trowRegExp.lastIndex = this.parser.pos;\n\tvar rowMatch = rowRegExp.exec(this.parser.source);\n\twhile(rowMatch && rowMatch.index === this.parser.pos) {\n\t\tvar rowType = rowMatch[2];\n\t\t// Check if it is a class assignment\n\t\tif(rowType === \"k\") {\n\t\t\t$tw.utils.addClassToParseTreeNode(table,rowMatch[1]);\n\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t} else {\n\t\t\t// Otherwise, create a new row if this one is of a different type\n\t\t\tif(rowType !== currRowType) {\n\t\t\t\trowContainer = {type: \"element\", tag: rowContainerTypes[rowType], children: []};\n\t\t\t\ttable.children.push(rowContainer);\n\t\t\t\tcurrRowType = rowType;\n\t\t\t}\n\t\t\t// Is this a caption row?\n\t\t\tif(currRowType === \"c\") {\n\t\t\t\t// If so, move past the opening `|` of the row\n\t\t\t\tthis.parser.pos++;\n\t\t\t\t// Move the caption to the first row if it isn't already\n\t\t\t\tif(table.children.length !== 1) {\n\t\t\t\t\ttable.children.pop(); // Take rowContainer out of the children array\n\t\t\t\t\ttable.children.splice(0,0,rowContainer); // Insert it at the bottom\t\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\t// Set the alignment - TODO: figure out why TW did this\n//\t\t\t\trowContainer.attributes.align = rowCount === 0 ? \"top\" : \"bottom\";\n\t\t\t\t// Parse the caption\n\t\t\t\trowContainer.children = this.parser.parseInlineRun(rowTermRegExp,{eatTerminator: true});\n\t\t\t} else {\n\t\t\t\t// Create the row\n\t\t\t\tvar theRow = {type: \"element\", tag: \"tr\", children: []};\n\t\t\t\t$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/table.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {},\n\t\t\tisBlock: true\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tisBlock: true,\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeinline.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {}\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/typedblock.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/typedblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for typed blocks. For example:\n\n```\n$$$.js\nThis will be rendered as JavaScript\n$$$\n\n$$$.svg\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"150\" height=\"100\">\n <circle cx=\"100\" cy=\"50\" r=\"40\" stroke=\"black\" stroke-width=\"2\" fill=\"red\" />\n</svg>\n$$$\n\n$$$text/vnd.tiddlywiki>text/html\nThis will be rendered as an //HTML representation// of WikiText\n$$$\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.name = \"typedblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$\\$([^ >\\r\\n]*)(?: *> *([^ \\r\\n]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /\\r?\\n\\$\\$\\$\\r?(?:\\n|$)/mg;\n\t// Save the type\n\tvar parseType = this.match[1],\n\t\trenderType = this.match[2];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Parse the block according to the specified type\n\tvar parser = this.parser.wiki.parseText(parseType,text,{defaultType: \"text/plain\"});\n\t// If there's no render type, just return the parse tree\n\tif(!renderType) {\n\t\treturn parser.tree;\n\t} else {\n\t\t// Otherwise, render to the rendertype and return in a <PRE> tag\n\t\tvar widgetNode = this.parser.wiki.makeWidget(parser),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\ttext = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/wikilink.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikilink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for wiki links. For example:\n\n```\nAWikiLink\nAnotherLink\n~SuppressedLink\n```\n\nPrecede a camel case word with `~` to prevent it from being recognised as a link.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"wikilink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp($tw.config.textPrimitives.unWikiLink + \"?\" + $tw.config.textPrimitives.wikiLink,\"mg\");\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get the details of the match\n\tvar linkText = this.match[0];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// If the link starts with the unwikilink character then just output it as plain text\n\tif(linkText.substr(0,1) === $tw.config.textPrimitives.unWikiLink) {\n\t\treturn [{type: \"text\", text: linkText.substr(1)}];\n\t}\n\t// If the link has been preceded with a blocked letter then don't treat it as a link\n\tif(this.match.index > 0) {\n\t\tvar preRegExp = new RegExp($tw.config.textPrimitives.blockPrefixLetters,\"mg\");\n\t\tpreRegExp.lastIndex = this.match.index-1;\n\t\tvar preMatch = preRegExp.exec(this.parser.source);\n\t\tif(preMatch && preMatch.index === this.match.index-1) {\n\t\t\treturn [{type: \"text\", text: linkText}];\n\t\t}\n\t}\n\treturn [{\n\t\ttype: \"link\",\n\t\tattributes: {\n\t\t\tto: {type: \"string\", value: linkText}\n\t\t},\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: linkText\n\t\t}]\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/wikiparser.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/wikiparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe wiki text parser processes blocks of source text into a parse tree.\n\nThe parse tree is made up of nested arrays of these JavaScript objects:\n\n\t{type: \"element\", tag: <string>, attributes: {}, children: []} - an HTML element\n\t{type: \"text\", text: <string>} - a text node\n\t{type: \"entity\", value: <string>} - an entity\n\t{type: \"raw\", html: <string>} - raw HTML\n\nAttributes are stored as hashmaps of the following objects:\n\n\t{type: \"string\", value: <string>} - literal string\n\t{type: \"indirect\", textReference: <textReference>} - indirect through a text reference\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar WikiParser = function(type,text,options) {\n\tthis.wiki = options.wiki;\n\t// Initialise the classes if we don't have them already\n\tif(!this.pragmaRuleClasses) {\n\t\tWikiParser.prototype.pragmaRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"pragma\",$tw.WikiRuleBase);\n\t}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\n\t}\n\t// Save the parse text\n\tthis.type = type || \"text/vnd.tiddlywiki\";\n\tthis.source = text || \"\";\n\tthis.sourceLength = this.source.length;\n\t// Set current parse position\n\tthis.pos = 0;\n\t// Instantiate the pragma parse rules\n\tthis.pragmaRules = this.instantiateRules(this.pragmaRuleClasses,\"pragma\",0);\n\t// Instantiate the parser block and inline rules\n\tthis.blockRules = this.instantiateRules(this.blockRuleClasses,\"block\",0);\n\tthis.inlineRules = this.instantiateRules(this.inlineRuleClasses,\"inline\",0);\n\t// Parse any pragmas\n\tthis.tree = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\tthis.tree.push.apply(this.tree,this.parseInlineRun());\n\t} else {\n\t\tthis.tree.push.apply(this.tree,this.parseBlocks());\n\t}\n\t// Return the parse tree\n};\n\n/*\nInstantiate an array of parse rules\n*/\nWikiParser.prototype.instantiateRules = function(classes,type,startPos) {\n\tvar rulesInfo = [],\n\t\tself = this;\n\t$tw.utils.each(classes,function(RuleClass) {\n\t\t// Instantiate the rule\n\t\tvar rule = new RuleClass(self);\n\t\trule.is = {};\n\t\trule.is[type] = true;\n\t\trule.init(self);\n\t\tvar matchIndex = rule.findNextMatch(startPos);\n\t\tif(matchIndex !== undefined) {\n\t\t\trulesInfo.push({\n\t\t\t\trule: rule,\n\t\t\t\tmatchIndex: matchIndex\n\t\t\t});\n\t\t}\n\t});\n\treturn rulesInfo;\n};\n\n/*\nSkip any whitespace at the current position. Options are:\n\ttreatNewlinesAsNonWhitespace: true if newlines are NOT to be treated as whitespace\n*/\nWikiParser.prototype.skipWhitespace = function(options) {\n\toptions = options || {};\n\tvar whitespaceRegExp = options.treatNewlinesAsNonWhitespace ? /([^\\S\\n]+)/mg : /(\\s+)/mg;\n\twhitespaceRegExp.lastIndex = this.pos;\n\tvar whitespaceMatch = whitespaceRegExp.exec(this.source);\n\tif(whitespaceMatch && whitespaceMatch.index === this.pos) {\n\t\tthis.pos = whitespaceRegExp.lastIndex;\n\t}\n};\n\n/*\nGet the next match out of an array of parse rule instances\n*/\nWikiParser.prototype.findNextMatch = function(rules,startPos) {\n\t// Find the best matching rule by finding the closest match position\n\tvar matchingRule,\n\t\tmatchingRulePos = this.sourceLength;\n\t// Step through each rule\n\tfor(var t=0; t<rules.length; t++) {\n\t\tvar ruleInfo = rules[t];\n\t\t// Ask the rule to get the next match if we've moved past the current one\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex < startPos) {\n\t\t\truleInfo.matchIndex = ruleInfo.rule.findNextMatch(startPos);\n\t\t}\n\t\t// Adopt this match if it's closer than the current best match\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex <= matchingRulePos) {\n\t\t\tmatchingRule = ruleInfo;\n\t\t\tmatchingRulePos = ruleInfo.matchIndex;\n\t\t}\n\t}\n\treturn matchingRule;\n};\n\n/*\nParse any pragmas at the beginning of a block of parse text\n*/\nWikiParser.prototype.parsePragmas = function() {\n\tvar tree = [];\n\twhile(true) {\n\t\t// Skip whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check for the end of the text\n\t\tif(this.pos >= this.sourceLength) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check if we've arrived at a pragma rule match\n\t\tvar nextMatch = this.findNextMatch(this.pragmaRules,this.pos);\n\t\t// If not, just exit\n\t\tif(!nextMatch || nextMatch.matchIndex !== this.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the pragma rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t}\n\treturn tree;\n};\n\n/*\nParse a block from the current position\n\tterminatorRegExpString: optional regular expression string that identifies the end of plain paragraphs. Must not include capturing parenthesis\n*/\nWikiParser.prototype.parseBlock = function(terminatorRegExpString) {\n\tvar terminatorRegExp = terminatorRegExpString ? new RegExp(\"(\" + terminatorRegExpString + \"|\\\\r?\\\\n\\\\r?\\\\n)\",\"mg\") : /(\\r?\\n\\r?\\n)/mg;\n\tthis.skipWhitespace();\n\tif(this.pos >= this.sourceLength) {\n\t\treturn [];\n\t}\n\t// Look for a block rule that applies at the current position\n\tvar nextMatch = this.findNextMatch(this.blockRules,this.pos);\n\tif(nextMatch && nextMatch.matchIndex === this.pos) {\n\t\treturn nextMatch.rule.parse();\n\t}\n\t// Treat it as a paragraph if we didn't find a block rule\n\treturn [{type: \"element\", tag: \"p\", children: this.parseInlineRun(terminatorRegExp)}];\n};\n\n/*\nParse a series of blocks of text until a terminating regexp is encountered or the end of the text\n\tterminatorRegExpString: terminating regular expression\n*/\nWikiParser.prototype.parseBlocks = function(terminatorRegExpString) {\n\tif(terminatorRegExpString) {\n\t\treturn this.parseBlocksTerminated(terminatorRegExpString);\n\t} else {\n\t\treturn this.parseBlocksUnterminated();\n\t}\n};\n\n/*\nParse a block from the current position to the end of the text\n*/\nWikiParser.prototype.parseBlocksUnterminated = function() {\n\tvar tree = [];\n\twhile(this.pos < this.sourceLength) {\n\t\ttree.push.apply(tree,this.parseBlock());\n\t}\n\treturn tree;\n};\n\n/*\nParse blocks of text until a terminating regexp is encountered\n*/\nWikiParser.prototype.parseBlocksTerminated = function(terminatorRegExpString) {\n\tvar terminatorRegExp = new RegExp(\"(\" + terminatorRegExpString + \")\",\"mg\"),\n\t\ttree = [];\n\t// Skip any whitespace\n\tthis.skipWhitespace();\n\t// Check if we've got the end marker\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar match = terminatorRegExp.exec(this.source);\n\t// Parse the text into blocks\n\twhile(this.pos < this.sourceLength && !(match && match.index === this.pos)) {\n\t\tvar blocks = this.parseBlock(terminatorRegExpString);\n\t\ttree.push.apply(tree,blocks);\n\t\t// Skip any whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check if we've got the end marker\n\t\tterminatorRegExp.lastIndex = this.pos;\n\t\tmatch = terminatorRegExp.exec(this.source);\n\t}\n\tif(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t}\n\treturn tree;\n};\n\n/*\nParse a run of text at the current position\n\tterminatorRegExp: a regexp at which to stop the run\n\toptions: see below\nOptions available:\n\teatTerminator: move the parse position past any encountered terminator (default false)\n*/\nWikiParser.prototype.parseInlineRun = function(terminatorRegExp,options) {\n\tif(terminatorRegExp) {\n\t\treturn this.parseInlineRunTerminated(terminatorRegExp,options);\n\t} else {\n\t\treturn this.parseInlineRunUnterminated(options);\n\t}\n};\n\nWikiParser.prototype.parseInlineRunUnterminated = function(options) {\n\tvar tree = [];\n\t// Find the next occurrence of an inline rule\n\tvar nextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around the matches until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && nextMatch) {\n\t\t// Process the text preceding the run rule\n\t\tif(nextMatch.matchIndex > this.pos) {\n\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,nextMatch.matchIndex)});\n\t\t\tthis.pos = nextMatch.matchIndex;\n\t\t}\n\t\t// Process the run rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t\t// Look for the next run rule\n\t\tnextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\nWikiParser.prototype.parseInlineRunTerminated = function(terminatorRegExp,options) {\n\toptions = options || {};\n\tvar tree = [];\n\t// Find the next occurrence of the terminator\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar terminatorMatch = terminatorRegExp.exec(this.source);\n\t// Find the next occurrence of a inlinerule\n\tvar inlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && (terminatorMatch || inlineRuleMatch)) {\n\t\t// Return if we've found the terminator, and it precedes any inline rule match\n\t\tif(terminatorMatch) {\n\t\t\tif(!inlineRuleMatch || inlineRuleMatch.matchIndex >= terminatorMatch.index) {\n\t\t\t\tif(terminatorMatch.index > this.pos) {\n\t\t\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,terminatorMatch.index)});\n\t\t\t\t}\n\t\t\t\tthis.pos = terminatorMatch.index;\n\t\t\t\tif(options.eatTerminator) {\n\t\t\t\t\tthis.pos += terminatorMatch[0].length;\n\t\t\t\t}\n\t\t\t\treturn tree;\n\t\t\t}\n\t\t}\n\t\t// Process any inline rule, along with the text preceding it\n\t\tif(inlineRuleMatch) {\n\t\t\t// Preceding text\n\t\t\tif(inlineRuleMatch.matchIndex > this.pos) {\n\t\t\t\ttree.push({type: \"text\", text: this.source.substring(this.pos,inlineRuleMatch.matchIndex)});\n\t\t\t\tthis.pos = inlineRuleMatch.matchIndex;\n\t\t\t}\n\t\t\t// Process the inline rule\n\t\t\ttree.push.apply(tree,inlineRuleMatch.rule.parse());\n\t\t\t// Look for the next inline rule\n\t\t\tinlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t\t\t// Look for the next terminator match\n\t\t\tterminatorRegExp.lastIndex = this.pos;\n\t\t\tterminatorMatch = terminatorRegExp.exec(this.source);\n\t\t}\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\n/*\nParse zero or more class specifiers `.classname`\n*/\nWikiParser.prototype.parseClasses = function() {\n\tvar classRegExp = /\\.([^\\s\\.]+)/mg,\n\t\tclassNames = [];\n\tclassRegExp.lastIndex = this.pos;\n\tvar match = classRegExp.exec(this.source);\n\twhile(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t\tclassNames.push(match[1]);\n\t\tmatch = classRegExp.exec(this.source);\n\t}\n\treturn classNames;\n};\n\n/*\nAmend the rules used by this instance of the parser\n\ttype: `only` keeps just the named rules, `except` keeps all but the named rules\n\tnames: array of rule names\n*/\nWikiParser.prototype.amendRules = function(type,names) {\n\tnames = names || [];\n\t// Define the filter function\n\tvar keepFilter;\n\tif(type === \"only\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) !== -1;\n\t\t};\n\t} else if(type === \"except\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) === -1;\n\t\t};\n\t} else {\n\t\treturn;\n\t}\n\t// Define a function to process each of our rule arrays\n\tvar processRuleArray = function(ruleArray) {\n\t\tfor(var t=ruleArray.length-1; t>=0; t--) {\n\t\t\tif(!keepFilter(ruleArray[t].rule.name)) {\n\t\t\t\truleArray.splice(t,1);\n\t\t\t}\n\t\t}\n\t};\n\t// Process each rule array\n\tprocessRuleArray(this.pragmaRules);\n\tprocessRuleArray(this.blockRules);\n\tprocessRuleArray(this.inlineRules);\n};\n\nexports[\"text/vnd.tiddlywiki\"] = WikiParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/wikirulebase.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikirulebase.js\ntype: application/javascript\nmodule-type: global\n\nBase class for wiki parser rules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/pluginswitcher.js": {
"text": "/*\\\ntitle: $:/core/modules/pluginswitcher.js\ntype: application/javascript\nmodule-type: global\n\nManages switching plugins for themes and languages.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\noptions:\nwiki: wiki store to be used\npluginType: type of plugin to be switched\ncontrollerTitle: title of tiddler used to control switching of this resource\ndefaultPlugins: array of default plugins to be used if nominated plugin isn't found\n*/\nfunction PluginSwitcher(options) {\n\tthis.wiki = options.wiki;\n\tthis.pluginType = options.pluginType;\n\tthis.controllerTitle = options.controllerTitle;\n\tthis.defaultPlugins = options.defaultPlugins || [];\n\t// Switch to the current plugin\n\tthis.switchPlugins();\n\t// Listen for changes to the selected plugin\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,self.controllerTitle)) {\n\t\t\tself.switchPlugins();\n\t\t}\n\t});\n}\n\nPluginSwitcher.prototype.switchPlugins = function() {\n\t// Get the name of the current theme\n\tvar selectedPluginTitle = this.wiki.getTiddlerText(this.controllerTitle);\n\t// If it doesn't exist, then fallback to one of the default themes\n\tvar index = 0;\n\twhile(!this.wiki.getTiddler(selectedPluginTitle) && index < this.defaultPlugins.length) {\n\t\tselectedPluginTitle = this.defaultPlugins[index++];\n\t}\n\t// Accumulate the titles of the plugins that we need to load\n\tvar plugins = [],\n\t\tself = this,\n\t\taccumulatePlugin = function(title) {\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tif(tiddler && tiddler.isPlugin() && plugins.indexOf(title) === -1) {\n\t\t\t\tplugins.push(title);\n\t\t\t\tvar pluginInfo = JSON.parse(self.wiki.getTiddlerText(title)),\n\t\t\t\t\tdependents = $tw.utils.parseStringArray(tiddler.fields.dependents || \"\");\n\t\t\t\t$tw.utils.each(dependents,function(title) {\n\t\t\t\t\taccumulatePlugin(title);\n\t\t\t\t});\n\t\t\t}\n\t\t};\n\taccumulatePlugin(selectedPluginTitle);\n\t// Unregister any existing theme tiddlers\n\tvar unregisteredTiddlers = $tw.wiki.unregisterPluginTiddlers(this.pluginType);\n\t// Register any new theme tiddlers\n\tvar registeredTiddlers = $tw.wiki.registerPluginTiddlers(this.pluginType,plugins);\n\t// Unpack the current theme tiddlers\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\nexports.PluginSwitcher = PluginSwitcher;\n\n})();\n",
"title": "$:/core/modules/pluginswitcher.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/saver-handler.js": {
"text": "/*\\\ntitle: $:/core/modules/saver-handler.js\ntype: application/javascript\nmodule-type: global\n\nThe saver handler tracks changes to the store and handles saving the entire wiki via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the saver handler with the following options:\nwiki: wiki to be synced\ndirtyTracking: true if dirty tracking should be performed\n*/\nfunction SaverHandler(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.dirtyTracking = options.dirtyTracking;\n\tthis.pendingAutoSave = false;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"saver-handler\");\n\t// Initialise our savers\n\tif($tw.browser) {\n\t\tthis.initSavers();\n\t}\n\t// Only do dirty tracking if required\n\tif($tw.browser && this.dirtyTracking) {\n\t\t// Compile the dirty tiddler filter\n\t\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t\t// Count of changes that have not yet been saved\n\t\tthis.numChanges = 0;\n\t\t// Listen out for changes to tiddlers\n\t\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t// Filter the changes so that we only count changes to tiddlers that we care about\n\t\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(callback) {\n\t\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\tcallback(tiddler,title);\n\t\t\t\t});\n\t\t\t});\n\t\t\t// Adjust the number of changes\n\t\t\tself.numChanges += filteredChanges.length;\n\t\t\tself.updateDirtyStatus();\n\t\t\t// Do any autosave if one is pending and there's no more change events\n\t\t\tif(self.pendingAutoSave && self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tself.pendingAutoSave = false;\n\t\t\t}\n\t\t});\n\t\t// Listen for the autosave event\n\t\t$tw.rootWidget.addEventListener(\"tm-auto-save-wiki\",function(event) {\n\t\t\t// Do the autosave unless there are outstanding tiddler change events\n\t\t\tif(self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise put ourselves in the \"pending autosave\" state and wait for the change event before we do the autosave\n\t\t\t\tself.pendingAutoSave = true;\n\t\t\t}\n\t\t});\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t}\n\t// Install the save action handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget.addEventListener(\"tm-save-wiki\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-download-file\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\tmethod: \"download\",\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t}\n}\n\nSaverHandler.prototype.titleSyncFilter = \"$:/config/SaverFilter\";\nSaverHandler.prototype.titleAutoSave = \"$:/config/AutoSave\";\nSaverHandler.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\n\n/*\nSelect the appropriate saver modules and set them up\n*/\nSaverHandler.prototype.initSavers = function(moduleType) {\n\tmoduleType = moduleType || \"saver\";\n\t// Instantiate the available savers\n\tthis.savers = [];\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tif(module.canSave(self)) {\n\t\t\tself.savers.push(module.create(self.wiki));\n\t\t}\n\t});\n\t// Sort the savers into priority order\n\tthis.savers.sort(function(a,b) {\n\t\tif(a.info.priority < b.info.priority) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(a.info.priority > b.info.priority) {\n\t\t\t\treturn +1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nSave the wiki contents. Options are:\n\tmethod: \"save\", \"autosave\" or \"download\"\n\ttemplate: the tiddler containing the template to save\n\tdownloadType: the content type for the saved file\n*/\nSaverHandler.prototype.saveWiki = function(options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tmethod = options.method || \"save\",\n\t\tvariables = options.variables || {},\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\",\n\t\ttext = this.wiki.renderTiddler(downloadType,template,options),\n\t\tcallback = function(err) {\n\t\t\tif(err) {\n\t\t\t\talert(\"Error while saving:\\n\\n\" + err);\n\t\t\t} else {\n\t\t\t\t// Clear the task queue if we're saving (rather than downloading)\n\t\t\t\tif(method !== \"download\") {\n\t\t\t\t\tself.numChanges = 0;\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t}\n\t\t\t\t$tw.notifier.display(self.titleSavedNotification);\n\t\t\t\tif(options.callback) {\n\t\t\t\t\toptions.callback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t// Ignore autosave if disabled\n\tif(method === \"autosave\" && this.wiki.getTiddlerText(this.titleAutoSave,\"yes\") !== \"yes\") {\n\t\treturn false;\n\t}\n\t// Call the highest priority saver that supports this method\n\tfor(var t=this.savers.length-1; t>=0; t--) {\n\t\tvar saver = this.savers[t];\n\t\tif(saver.info.capabilities.indexOf(method) !== -1 && saver.save(text,method,callback,{variables: {filename: variables.filename}})) {\n\t\t\tthis.logger.log(\"Saving wiki with method\",method,\"through saver\",saver.info.name);\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSaverHandler.prototype.isDirty = function() {\n\treturn this.numChanges > 0;\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSaverHandler.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\nexports.SaverHandler = SaverHandler;\n\n})();\n",
"title": "$:/core/modules/saver-handler.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/savers/andtidwiki.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/andtidwiki.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the AndTidWiki Android app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.toString().split(\"#\")[0]);\n\t// Strip the file://\n\tif(pathname.indexOf(\"file://\") === 0) {\n\t\tpathname = pathname.substr(7);\n\t}\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Save the file\n\twindow.twi.saveFile(pathname,text);\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/andtidwiki.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/download.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/download.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback,options) {\n\toptions = options || {};\n\t// Get the current filename\n\tvar filename = options.variables.filename;\n\tif(!filename) {\n\t\tvar p = document.location.pathname.lastIndexOf(\"/\");\n\t\tif(p !== -1) {\n\t\t\tfilename = document.location.pathname.substr(p+1);\n\t\t}\n\t}\n\tif(!filename) {\n\t\tfilename = \"tiddlywiki.html\";\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tlink.setAttribute(\"target\",\"_blank\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/download.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/fsosaver.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/fsosaver.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via MS FileSystemObject ActiveXObject\n\nNote: Since TiddlyWiki's markup contains the MOTW, the FileSystemObject normally won't be available. \nHowever, if the wiki is loaded as an .HTA file (Windows HTML Applications) then the FSO can be used.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else {\n\t\treturn false;\n\t}\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\tfile.Write(text);\n\tfile.Close();\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/fsosaver.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/manualdownload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/manualdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Title of the tiddler containing the download message\nvar downloadInstructionsTitle = \"$:/language/Modals/Download\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar ManualDownloadSaver = function(wiki) {\n};\n\nManualDownloadSaver.prototype.save = function(text,method,callback) {\n\t$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/manualdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/msdownload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/msdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via window.navigator.msSaveBlob()\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/msdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyfox.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyfox.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TiddlyFox file extension\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TiddlyFoxSaver = function(wiki) {\n};\n\nTiddlyFoxSaver.prototype.save = function(text,method,callback) {\n\tvar messageBox = document.getElementById(\"tiddlyfox-message-box\");\n\tif(messageBox) {\n\t\t// Get the pathname of this document\n\t\tvar pathname = document.location.toString().split(\"#\")[0];\n\t\t// Replace file://localhost/ with file:///\n\t\tif(pathname.indexOf(\"file://localhost/\") === 0) {\n\t\t\tpathname = \"file://\" + pathname.substr(16);\n\t\t}\n\t\t// Windows path file:///x:/blah/blah --> x:\\blah\\blah\n\t\tif(/^file\\:\\/\\/\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t\t// Remove the leading slash and convert slashes to backslashes\n\t\t\tpathname = pathname.substr(8).replace(/\\//g,\"\\\\\");\n\t\t// Firefox Windows network path file://///server/share/blah/blah --> //server/share/blah/blah\n\t\t} else if(pathname.indexOf(\"file://///\") === 0) {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(10)).replace(/\\//g,\"\\\\\");\n\t\t// Mac/Unix local path file:///path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:///\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(7));\n\t\t// Mac/Unix local path file:/path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:/\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(5));\n\t\t// Otherwise Windows networth path file://server/share/path/path --> \\\\server\\share\\path\\path\n\t\t} else {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(7)).replace(new RegExp(\"/\",\"g\"),\"\\\\\");\n\t\t}\n\t\t// Create the message element and put it in the message box\n\t\tvar message = document.createElement(\"div\");\n\t\tmessage.setAttribute(\"data-tiddlyfox-path\",decodeURIComponent(pathname));\n\t\tmessage.setAttribute(\"data-tiddlyfox-content\",text);\n\t\tmessageBox.appendChild(message);\n\t\t// Add an event handler for when the file has been saved\n\t\tmessage.addEventListener(\"tiddlyfox-have-saved-file\",function(event) {\n\t\t\tcallback(null);\n\t\t}, false);\n\t\t// Create and dispatch the custom event to the extension\n\t\tvar event = document.createEvent(\"Events\");\n\t\tevent.initEvent(\"tiddlyfox-save-file\",true,false);\n\t\tmessage.dispatchEvent(event);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyFoxSaver.prototype.info = {\n\tname: \"tiddlyfox\",\n\tpriority: 1500,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyfox.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyie.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyie.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via Internet Explorer BHO extenion (TiddlyIE)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\t// Callback that we succeeded\n\t\tcallback(null);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500,\n\tcapabilities: [\"save\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyie.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/twedit.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/twedit.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TWEdit iOS app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TWEditSaver = function(wiki) {\n};\n\nTWEditSaver.prototype.save = function(text,method,callback) {\n\t// Bail if we're not running under TWEdit\n\tif(typeof DeviceInfo !== \"object\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.pathname);\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Remove the leading \"/Documents\" from path\n\tvar prefix = \"/Documents\";\n\tif(pathname.indexOf(prefix) === 0) {\n\t\tpathname = pathname.substr(prefix.length);\n\t}\n\t// Error handler\n\tvar errorHandler = function(event) {\n\t\t// Error\n\t\tcallback(\"Error saving to TWEdit: \" + event.target.error.code);\n\t};\n\t// Get the file system\n\twindow.requestFileSystem(LocalFileSystem.PERSISTENT,0,function(fileSystem) {\n\t\t// Now we've got the filesystem, get the fileEntry\n\t\tfileSystem.root.getFile(pathname, {create: true}, function(fileEntry) {\n\t\t\t// Now we've got the fileEntry, create the writer\n\t\t\tfileEntry.createWriter(function(writer) {\n\t\t\t\twriter.onerror = errorHandler;\n\t\t\t\twriter.onwrite = function() {\n\t\t\t\t\tcallback(null);\n\t\t\t\t};\n\t\t\t\twriter.position = 0;\n\t\t\t\twriter.write(text);\n\t\t\t},errorHandler);\n\t\t}, errorHandler);\n\t}, errorHandler);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nTWEditSaver.prototype.info = {\n\tname: \"twedit\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TWEditSaver(wiki);\n};\n\n/////////////////////////// Hack\n// HACK: This ensures that TWEdit recognises us as a TiddlyWiki document\nif($tw.browser) {\n\twindow.version = {title: \"TiddlyWiki\"};\n}\n\n})();\n",
"title": "$:/core/modules/savers/twedit.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/upload.js": {
"text": "/*\\\ntitle: $:/core/modules/savers/upload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via upload to a server.\n\nDesigned to be compatible with BidiX's UploadPlugin at http://tiddlywiki.bidix.info/#UploadPlugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar UploadSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nUploadSaver.prototype.save = function(text,method,callback) {\n\t// Get the various parameters we need\n\tvar backupDir = this.wiki.getTextReference(\"$:/UploadBackupDir\") || \".\",\n\t\tusername = this.wiki.getTextReference(\"$:/UploadName\"),\n\t\tpassword = $tw.utils.getPassword(\"upload\"),\n\t\tuploadDir = this.wiki.getTextReference(\"$:/UploadDir\") || \".\",\n\t\tuploadFilename = this.wiki.getTextReference(\"$:/UploadFilename\") || \"index.html\",\n\t\turl = this.wiki.getTextReference(\"$:/UploadURL\");\n\t// Bail out if we don't have the bits we need\n\tif(!username || username.toString().trim() === \"\" || !password || password.toString().trim() === \"\") {\n\t\treturn false;\n\t}\n\t// Construct the url if not provided\n\tif(!url) {\n\t\turl = \"http://\" + username + \".tiddlyspot.com/store.cgi\";\n\t}\n\t// Assemble the header\n\tvar boundary = \"---------------------------\" + \"AaB03x\";\t\n\tvar uploadFormName = \"UploadPlugin\";\n\tvar head = [];\n\thead.push(\"--\" + boundary + \"\\r\\nContent-disposition: form-data; name=\\\"UploadPlugin\\\"\\r\\n\");\n\thead.push(\"backupDir=\" + backupDir + \";user=\" + username + \";password=\" + password + \";uploaddir=\" + uploadDir + \";;\"); \n\thead.push(\"\\r\\n\" + \"--\" + boundary);\n\thead.push(\"Content-disposition: form-data; name=\\\"userfile\\\"; filename=\\\"\" + uploadFilename + \"\\\"\");\n\thead.push(\"Content-Type: text/html;charset=UTF-8\");\n\thead.push(\"Content-Length: \" + text.length + \"\\r\\n\");\n\thead.push(\"\");\n\t// Assemble the tail and the data itself\n\tvar tail = \"\\r\\n--\" + boundary + \"--\\r\\n\",\n\t\tdata = head.join(\"\\r\\n\") + text + tail;\n\t// Do the HTTP post\n\tvar http = new XMLHttpRequest();\n\thttp.open(\"POST\",url,true,username,password);\n\thttp.setRequestHeader(\"Content-Type\",\"multipart/form-data; ;charset=UTF-8; boundary=\" + boundary);\n\thttp.onreadystatechange = function() {\n\t\tif(http.readyState == 4 && http.status == 200) {\n\t\t\tif(http.responseText.substr(0,4) === \"0 - \") {\n\t\t\t\tcallback(null);\n\t\t\t} else {\n\t\t\t\tcallback(http.responseText);\n\t\t\t}\n\t\t}\n\t};\n\ttry {\n\t\thttp.send(data);\n\t} catch(ex) {\n\t\treturn callback(\"Error:\" + ex);\n\t}\n\t$tw.notifier.display(\"$:/language/Notifications/Save/Starting\");\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nUploadSaver.prototype.info = {\n\tname: \"upload\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new UploadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/upload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/browser-messaging.js": {
"text": "/*\\\ntitle: $:/core/modules/browser-messaging.js\ntype: application/javascript\nmodule-type: startup\n\nBrowser message handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"browser-messaging\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*\nLoad a specified url as an iframe and call the callback when it is loaded. If the url is already loaded then the existing iframe instance is used\n*/\nfunction loadIFrame(url,callback) {\n\t// Check if iframe already exists\n\tvar iframeInfo = $tw.browserMessaging.iframeInfoMap[url];\n\tif(iframeInfo) {\n\t\t// We've already got the iframe\n\t\tcallback(null,iframeInfo);\n\t} else {\n\t\t// Create the iframe and save it in the list\n\t\tvar iframe = document.createElement(\"iframe\"),\n\t\t\tiframeInfo = {\n\t\t\t\turl: url,\n\t\t\t\tstatus: \"loading\",\n\t\t\t\tdomNode: iframe\n\t\t\t};\n\t\t$tw.browserMessaging.iframeInfoMap[url] = iframeInfo;\n\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t// Add the iframe to the DOM and hide it\n\t\tiframe.style.display = \"none\";\n\t\tdocument.body.appendChild(iframe);\n\t\t// Set up onload\n\t\tiframe.onload = function() {\n\t\t\tiframeInfo.status = \"loaded\";\n\t\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t\tcallback(null,iframeInfo);\n\t\t};\n\t\tiframe.onerror = function() {\n\t\t\tcallback(\"Cannot load iframe\");\n\t\t};\n\t\ttry {\n\t\t\tiframe.src = url;\n\t\t} catch(ex) {\n\t\t\tcallback(ex);\n\t\t}\n\t}\n}\n\nfunction saveIFrameInfoTiddler(iframeInfo) {\n\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),{\n\t\ttitle: \"$:/temp/ServerConnection/\" + iframeInfo.url,\n\t\ttext: iframeInfo.status,\n\t\ttags: [\"$:/tags/ServerConnection\"],\n\t\turl: iframeInfo.url\n\t},$tw.wiki.getModificationFields()));\n}\n\nexports.startup = function() {\n\t// Initialise the store of iframes we've created\n\t$tw.browserMessaging = {\n\t\tiframeInfoMap: {} // Hashmap by URL of {url:,status:\"loading/loaded\",domNode:}\n\t};\n\t// Listen for widget messages to control loading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\tif(url) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert(\"Error loading plugin library: \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers.json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-info\",\n\t\t\t\t\t\t\tinfoTitlePrefix: paramObject.infoTitlePrefix || \"$:/temp/RemoteAssetInfo/\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-from-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url,\n\t\t\ttitle = paramObject.title;\n\t\tif(url && title) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert(\"Error loading plugin library: \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers/\" + encodeURIComponent(title) + \".json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-tiddler\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for window messages from other windows\n\twindow.addEventListener(\"message\",function listener(event){\n\t\tconsole.log(\"browser-messaging: \",document.location.toString())\n\t\tconsole.log(\"browser-messaging: Received message from\",event.origin);\n\t\tconsole.log(\"browser-messaging: Message content\",event.data);\n\t\tswitch(event.data.verb) {\n\t\t\tcase \"GET-RESPONSE\":\n\t\t\t\tif(event.data.status.charAt(0) === \"2\") {\n\t\t\t\t\tif(event.data.cookies) {\n\t\t\t\t\t\tif(event.data.cookies.type === \"save-info\") {\n\t\t\t\t\t\t\tvar tiddlers = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\t\t\t\t\ttitle: event.data.cookies.infoTitlePrefix + event.data.cookies.url + \"/\" + tiddler.title,\n\t\t\t\t\t\t\t\t\t\"original-title\": tiddler.title,\n\t\t\t\t\t\t\t\t\ttext: \"\",\n\t\t\t\t\t\t\t\t\ttype: \"text/vnd.tiddlywiki\",\n\t\t\t\t\t\t\t\t\t\"original-type\": tiddler.type,\n\t\t\t\t\t\t\t\t\t\"plugin-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-plugin-type\": tiddler[\"plugin-type\"],\n\t\t\t\t\t\t\t\t\t\"module-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-module-type\": tiddler[\"module-type\"],\n\t\t\t\t\t\t\t\t\ttags: [\"$:/tags/RemoteAssetInfo\"],\n\t\t\t\t\t\t\t\t\t\"original-tags\": $tw.utils.stringifyList(tiddler.tags || []),\n\t\t\t\t\t\t\t\t\t\"server-url\": event.data.cookies.url\n\t\t\t\t\t\t\t\t},$tw.wiki.getModificationFields()));\n\t\t\t\t\t\t\t});\n\t\t\t\t\t\t} else if(event.data.cookies.type === \"save-tiddler\") {\n\t\t\t\t\t\t\tvar tiddler = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t},false);\n};\n\n})();\n",
"title": "$:/core/modules/browser-messaging.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/commands.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/commands.js\ntype: application/javascript\nmodule-type: startup\n\nCommand processing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"commands\";\nexports.platforms = [\"node\"];\nexports.after = [\"story\"];\nexports.synchronous = false;\n\nexports.startup = function(callback) {\n\t// On the server, start a commander with the command line arguments\n\tvar commander = new $tw.Commander(\n\t\t$tw.boot.argv,\n\t\tfunction(err) {\n\t\t\tif(err) {\n\t\t\t\treturn $tw.utils.error(\"Error: \" + err);\n\t\t\t}\n\t\t\tcallback();\n\t\t},\n\t\t$tw.wiki,\n\t\t{output: process.stdout, error: process.stderr}\n\t);\n\tcommander.execute();\n};\n\n})();\n",
"title": "$:/core/modules/startup/commands.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/favicon.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/favicon.js\ntype: application/javascript\nmodule-type: startup\n\nFavicon handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"favicon\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\t\t\n// Favicon tiddler\nvar FAVICON_TITLE = \"$:/favicon.ico\";\n\nexports.startup = function() {\n\t// Set up the favicon\n\tsetFavicon();\n\t// Reset the favicon when the tiddler changes\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,FAVICON_TITLE)) {\n\t\t\tsetFavicon();\n\t\t}\n\t});\n};\n\nfunction setFavicon() {\n\tvar tiddler = $tw.wiki.getTiddler(FAVICON_TITLE);\n\tif(tiddler) {\n\t\tvar faviconLink = document.getElementById(\"faviconLink\");\n\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t}\n}\n\n})();\n",
"title": "$:/core/modules/startup/favicon.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/info.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/info.js\ntype: application/javascript\nmodule-type: startup\n\nInitialise $:/info tiddlers via $:/temp/info-plugin pseudo-plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"info\";\nexports.before = [\"startup\"];\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Collect up the info tiddlers\n\tvar infoTiddlerFields = {};\n\t// Give each info module a chance to fill in as many info tiddlers as they want\n\t$tw.modules.forEachModuleOfType(\"info\",function(title,moduleExports) {\n\t\tif(moduleExports && moduleExports.getInfoTiddlerFields) {\n\t\t\tvar tiddlerFieldsArray = moduleExports.getInfoTiddlerFields(infoTiddlerFields);\n\t\t\t$tw.utils.each(tiddlerFieldsArray,function(fields) {\n\t\t\t\tif(fields) {\n\t\t\t\t\tinfoTiddlerFields[fields.title] = fields;\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Bake the info tiddlers into a plugin\n\tvar fields = {\n\t\ttitle: \"$:/temp/info-plugin\",\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"info\",\n\t\ttext: JSON.stringify({tiddlers: infoTiddlerFields},null,$tw.config.preferences.jsonSpaces)\n\t};\n\t$tw.wiki.addTiddler(new $tw.Tiddler(fields));\n\t$tw.wiki.readPluginInfo();\n\t$tw.wiki.registerPluginTiddlers(\"info\");\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\n})();\n",
"title": "$:/core/modules/startup/info.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/load-modules.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/load-modules.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"load-modules\";\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Load modules\n\t$tw.modules.applyMethods(\"utils\",$tw.utils);\n\tif($tw.node) {\n\t\t$tw.modules.applyMethods(\"utils-node\",$tw.utils);\n\t}\n\t$tw.modules.applyMethods(\"global\",$tw);\n\t$tw.modules.applyMethods(\"config\",$tw.config);\n\t$tw.Tiddler.fieldModules = $tw.modules.getModulesByTypeAsHashmap(\"tiddlerfield\");\n\t$tw.modules.applyMethods(\"tiddlermethod\",$tw.Tiddler.prototype);\n\t$tw.modules.applyMethods(\"wikimethod\",$tw.Wiki.prototype);\n\t$tw.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t$tw.wiki.initParsers();\n\t$tw.Commander.initCommands();\n};\n\n})();\n",
"title": "$:/core/modules/startup/load-modules.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/password.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/password.js\ntype: application/javascript\nmodule-type: startup\n\nPassword handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"password\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t$tw.rootWidget.addEventListener(\"tm-set-password\",function(event) {\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: $tw.language.getString(\"Encryption/PromptSetPassword\"),\n\t\t\tnoUserName: true,\n\t\t\tsubmitText: $tw.language.getString(\"Encryption/SetPassword\"),\n\t\t\tcanCancel: true,\n\t\t\trepeatPassword: true,\n\t\t\tcallback: function(data) {\n\t\t\t\tif(data) {\n\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t}\n\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t}\n\t\t});\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-clear-password\",function(event) {\n\t\tif($tw.browser) {\n\t\t\tif(!confirm($tw.language.getString(\"Encryption/ConfirmClearPassword\"))) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t$tw.crypto.setPassword(null);\n\t});\n\t// Ensure that $:/isEncrypted is maintained properly\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,\"$:/isEncrypted\")) {\n\t\t\t$tw.crypto.updateCryptoStateTiddler();\n\t\t}\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/startup/password.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/render.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/render.js\ntype: application/javascript\nmodule-type: startup\n\nTitle, stylesheet and page rendering\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"render\";\nexports.platforms = [\"browser\"];\nexports.after = [\"story\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar PAGE_TITLE_TITLE = \"$:/core/wiki/title\";\nvar PAGE_STYLESHEET_TITLE = \"$:/core/ui/PageStylesheet\";\nvar PAGE_TEMPLATE_TITLE = \"$:/core/ui/PageTemplate\";\n\n// Time (in ms) that we defer refreshing changes to draft tiddlers\nvar DRAFT_TIDDLER_TIMEOUT_TITLE = \"$:/config/Drafts/TypingTimeout\";\nvar DRAFT_TIDDLER_TIMEOUT = 400;\n\nexports.startup = function() {\n\t// Set up the title\n\t$tw.titleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TITLE_TITLE,{document: $tw.fakeDocument, parseAsInline: true});\n\t$tw.titleContainer = $tw.fakeDocument.createElement(\"div\");\n\t$tw.titleWidgetNode.render($tw.titleContainer,null);\n\tdocument.title = $tw.titleContainer.textContent;\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.titleWidgetNode.refresh(changes,$tw.titleContainer,null)) {\n\t\t\tdocument.title = $tw.titleContainer.textContent;\n\t\t}\n\t});\n\t// Set up the styles\n\t$tw.styleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_STYLESHEET_TITLE,{document: $tw.fakeDocument});\n\t$tw.styleContainer = $tw.fakeDocument.createElement(\"style\");\n\t$tw.styleWidgetNode.render($tw.styleContainer,null);\n\t$tw.styleElement = document.createElement(\"style\");\n\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\tdocument.head.insertBefore($tw.styleElement,document.head.firstChild);\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"styleRefresh\",function(changes) {\n\t\tif($tw.styleWidgetNode.refresh(changes,$tw.styleContainer,null)) {\n\t\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\t}\n\t}));\n\t// Display the $:/core/ui/PageTemplate tiddler to kick off the display\n\t$tw.perf.report(\"mainRender\",function() {\n\t\t$tw.pageWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TEMPLATE_TITLE,{document: document, parentWidget: $tw.rootWidget});\n\t\t$tw.pageContainer = document.createElement(\"div\");\n\t\t$tw.utils.addClass($tw.pageContainer,\"tc-page-container-wrapper\");\n\t\tdocument.body.insertBefore($tw.pageContainer,document.body.firstChild);\n\t\t$tw.pageWidgetNode.render($tw.pageContainer,null);\n\t})();\n\t// Prepare refresh mechanism\n\tvar deferredChanges = Object.create(null),\n\t\ttimerId;\n\tfunction refresh() {\n\t\t// Process the refresh\n\t\t$tw.pageWidgetNode.refresh(deferredChanges);\n\t\tdeferredChanges = Object.create(null);\n\t}\n\t// Add the change event handler\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"mainRefresh\",function(changes) {\n\t\t// Check if only drafts have changed\n\t\tvar onlyDraftsHaveChanged = true;\n\t\tfor(var title in changes) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(!tiddler || !tiddler.hasField(\"draft.of\")) {\n\t\t\t\tonlyDraftsHaveChanged = false;\n\t\t\t}\n\t\t}\n\t\t// Defer the change if only drafts have changed\n\t\tif(timerId) {\n\t\t\tclearTimeout(timerId);\n\t\t}\n\t\ttimerId = null;\n\t\tif(onlyDraftsHaveChanged) {\n\t\t\tvar timeout = parseInt($tw.wiki.getTiddlerText(DRAFT_TIDDLER_TIMEOUT_TITLE,\"\"),10);\n\t\t\tif(isNaN(timeout)) {\n\t\t\t\ttimeout = DRAFT_TIDDLER_TIMEOUT;\n\t\t\t}\n\t\t\ttimerId = setTimeout(refresh,timeout);\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t} else {\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t\trefresh();\n\t\t}\n\t}));\n\t// Fix up the link between the root widget and the page container\n\t$tw.rootWidget.domNodes = [$tw.pageContainer];\n\t$tw.rootWidget.children = [$tw.pageWidgetNode];\n};\n\n})();\n",
"title": "$:/core/modules/startup/render.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/rootwidget.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/rootwidget.js\ntype: application/javascript\nmodule-type: startup\n\nSetup the root widget and the core root widget handlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"rootwidget\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.before = [\"story\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Install the modal message mechanism\n\t$tw.modal = new $tw.utils.Modal($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-modal\",function(event) {\n\t\t$tw.modal.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the notification mechanism\n\t$tw.notifier = new $tw.utils.Notifier($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-notify\",function(event) {\n\t\t$tw.notifier.display(event.param);\n\t});\n\t// Install the scroller\n\t$tw.pageScroller = new $tw.utils.PageScroller();\n\t$tw.rootWidget.addEventListener(\"tm-scroll\",function(event) {\n\t\t$tw.pageScroller.handleEvent(event);\n\t});\n\tvar fullscreen = $tw.utils.getFullScreenApis();\n\tif(fullscreen) {\n\t\t$tw.rootWidget.addEventListener(\"tm-full-screen\",function(event) {\n\t\t\tif(document[fullscreen._fullscreenElement]) {\n\t\t\t\tdocument[fullscreen._exitFullscreen]();\n\t\t\t} else {\n\t\t\t\tdocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t}\n\t\t});\n\t}\n\t// If we're being viewed on a data: URI then give instructions for how to save\n\tif(document.location.protocol === \"data:\") {\n\t\t$tw.rootWidget.dispatchEvent({\n\t\t\ttype: \"tm-modal\",\n\t\t\tparam: \"$:/language/Modals/SaveInstructions\"\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/startup/rootwidget.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup.js": {
"text": "/*\\\ntitle: $:/core/modules/startup.js\ntype: application/javascript\nmodule-type: startup\n\nMiscellaneous startup logic for both the client and server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\n// Set to `true` to enable performance instrumentation\nvar PERFORMANCE_INSTRUMENTATION = false;\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f;\n\tif($tw.browser) {\n\t\t$tw.browser.isIE = (/msie|trident/i.test(navigator.userAgent));\n\t}\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t// Set up the performance framework\n\t$tw.perf = new $tw.Performance(PERFORMANCE_INSTRUMENTATION);\n\t// Kick off the language manager and switcher\n\t$tw.language = new $tw.Language();\n\t$tw.languageSwitcher = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"language\",\n\t\tcontrollerTitle: \"$:/language\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/languages/en-US\"\n\t\t]\n\t});\n\t// Kick off the theme manager\n\t$tw.themeManager = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"theme\",\n\t\tcontrollerTitle: \"$:/theme\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/themes/tiddlywiki/snowwhite\",\n\t\t\t\"$:/themes/tiddlywiki/vanilla\"\n\t\t]\n\t});\n\t// Clear outstanding tiddler store change events to avoid an unnecessary refresh cycle at startup\n\t$tw.wiki.clearTiddlerEventQueue();\n\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget = new widget.widget({\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},{\n\t\t\twiki: $tw.wiki,\n\t\t\tdocument: document\n\t\t});\n\t}\n\t// Find a working syncadaptor\n\t$tw.syncadaptor = undefined;\n\t$tw.modules.forEachModuleOfType(\"syncadaptor\",function(title,module) {\n\t\tif(!$tw.syncadaptor && module.adaptorClass) {\n\t\t\t$tw.syncadaptor = new module.adaptorClass({wiki: $tw.wiki});\n\t\t}\n\t});\n\t// Set up the syncer object if we've got a syncadaptor\n\tif($tw.syncadaptor) {\n\t\t$tw.syncer = new $tw.Syncer({wiki: $tw.wiki, syncadaptor: $tw.syncadaptor});\n\t} \n\t// Setup the saver handler\n\t$tw.saverHandler = new $tw.SaverHandler({wiki: $tw.wiki, dirtyTracking: !$tw.syncadaptor});\n\t// Host-specific startup\n\tif($tw.browser) {\n\t\t// Install the popup manager\n\t\t$tw.popup = new $tw.utils.Popup();\n\t\t// Install the animator\n\t\t$tw.anim = new $tw.utils.Animator();\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/startup.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/story.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/story.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"story\";\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar DEFAULT_STORY_TITLE = \"$:/StoryList\";\nvar DEFAULT_HISTORY_TITLE = \"$:/HistoryList\";\n\n// Default tiddlers\nvar DEFAULT_TIDDLERS_TITLE = \"$:/DefaultTiddlers\";\n\n// Config\nvar CONFIG_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/UpdateAddressBar\"; // Can be \"no\", \"permalink\", \"permaview\"\nvar CONFIG_UPDATE_HISTORY = \"$:/config/Navigation/UpdateHistory\"; // Can be \"yes\" or \"no\"\n\nexports.startup = function() {\n\t// Open startup tiddlers\n\topenStartupTiddlers();\n\tif($tw.browser) {\n\t\t// Set up location hash update\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.utils.hop(changes,DEFAULT_STORY_TITLE) || $tw.utils.hop(changes,DEFAULT_HISTORY_TITLE)) {\n\t\t\t\tupdateLocationHash({\n\t\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_UPDATE_ADDRESS_BAR,\"permaview\").trim(),\n\t\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim()\n\t\t\t\t});\n\t\t\t}\n\t\t});\n\t\t// Listen for changes to the browser location hash\n\t\twindow.addEventListener(\"hashchange\",function() {\n\t\t\tvar hash = $tw.utils.getLocationHash();\n\t\t\tif(hash !== $tw.locationHash) {\n\t\t\t\t$tw.locationHash = hash;\n\t\t\t\topenStartupTiddlers({defaultToCurrentStory: true});\n\t\t\t}\n\t\t},false);\n\t\t// Listen for the tm-browser-refresh message\n\t\t$tw.rootWidget.addEventListener(\"tm-browser-refresh\",function(event) {\n\t\t\twindow.location.reload(true);\n\t\t});\n\t\t// Listen for the tm-home message\n\t\t$tw.rootWidget.addEventListener(\"tm-home\",function(event) {\n\t\t\twindow.location.hash = \"\";\n\t\t\tvar storyFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE),\n\t\t\t\tstoryList = $tw.wiki.filterTiddlers(storyFilter);\n\t\t\t//invoke any hooks that might change the default story list\n\t\t\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t\t\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t\t\tif(storyList[0]) {\n\t\t\t\t$tw.wiki.addToHistory(storyList[0]);\t\t\t\t\n\t\t\t}\n\t\t});\n\t\t// Listen for the tm-permalink message\n\t\t$tw.rootWidget.addEventListener(\"tm-permalink\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permalink\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t\t// Listen for the tm-permaview message\n\t\t$tw.rootWidget.addEventListener(\"tm-permaview\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: \"permaview\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle\n\t\t\t});\n\t\t});\n\t}\n};\n\n/*\nProcess the location hash to open the specified tiddlers. Options:\ndefaultToCurrentStory: If true, the current story is retained as the default, instead of opening the default tiddlers\n*/\nfunction openStartupTiddlers(options) {\n\toptions = options || {};\n\t// Work out the target tiddler and the story filter. \"null\" means \"unspecified\"\n\tvar target = null,\n\t\tstoryFilter = null;\n\tif($tw.locationHash.length > 1) {\n\t\tvar hash = $tw.locationHash.substr(1),\n\t\t\tsplit = hash.indexOf(\":\");\n\t\tif(split === -1) {\n\t\t\ttarget = decodeURIComponent(hash.trim());\n\t\t} else {\n\t\t\ttarget = decodeURIComponent(hash.substr(0,split).trim());\n\t\t\tstoryFilter = decodeURIComponent(hash.substr(split + 1).trim());\n\t\t}\n\t}\n\t// If the story wasn't specified use the current tiddlers or a blank story\n\tif(storyFilter === null) {\n\t\tif(options.defaultToCurrentStory) {\n\t\t\tvar currStoryList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE);\n\t\t\tstoryFilter = $tw.utils.stringifyList(currStoryList);\n\t\t} else {\n\t\t\tif(target && target !== \"\") {\n\t\t\t\tstoryFilter = \"\";\n\t\t\t} else {\n\t\t\t\tstoryFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE);\n\t\t\t}\n\t\t}\n\t}\n\t// Process the story filter to get the story list\n\tvar storyList = $tw.wiki.filterTiddlers(storyFilter);\n\t//invoke any hooks that might change the default story list\n\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t// If the target tiddler isn't included then splice it in at the top\n\tif(target && storyList.indexOf(target) === -1) {\n\t\tstoryList.unshift(target);\n\t}\n\t// Save the story list\n\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t// If a target tiddler was specified add it to the history stack\n\tif(target && target !== \"\") {\n\t\t// The target tiddler doesn't need double square brackets, but we'll silently remove them if they're present\n\t\tif(target.indexOf(\"[[\") === 0 && target.substr(-2) === \"]]\") {\n\t\t\ttarget = target.substr(2,target.length - 4);\n\t\t}\n\t\t$tw.wiki.addToHistory(target);\n\t} else if(storyList.length > 0) {\n\t\t$tw.wiki.addToHistory(storyList[0]);\n\t}\n}\n\n/*\noptions: See below\noptions.updateAddressBar: \"permalink\", \"permaview\" or \"no\" (defaults to \"permaview\")\noptions.updateHistory: \"yes\" or \"no\" (defaults to \"no\")\noptions.targetTiddler: optional title of target tiddler for permalink\n*/\nfunction updateLocationHash(options) {\n\tif(options.updateAddressBar !== \"no\") {\n\t\t// Get the story and the history stack\n\t\tvar storyList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE),\n\t\t\thistoryList = $tw.wiki.getTiddlerData(DEFAULT_HISTORY_TITLE,[]),\n\t\t\ttargetTiddler = \"\";\n\t\tif(options.targetTiddler) {\n\t\t\ttargetTiddler = options.targetTiddler;\n\t\t} else {\n\t\t\t// The target tiddler is the one at the top of the stack\n\t\t\tif(historyList.length > 0) {\n\t\t\t\ttargetTiddler = historyList[historyList.length-1].title;\n\t\t\t}\n\t\t\t// Blank the target tiddler if it isn't present in the story\n\t\t\tif(storyList.indexOf(targetTiddler) === -1) {\n\t\t\t\ttargetTiddler = \"\";\n\t\t\t}\n\t\t}\n\t\t// Assemble the location hash\n\t\tif(options.updateAddressBar === \"permalink\") {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler);\n\t\t} else {\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList));\n\t\t}\n\t\t// Only change the location hash if we must, thus avoiding unnecessary onhashchange events\n\t\tif($tw.utils.getLocationHash() !== $tw.locationHash) {\n\t\t\tif(options.updateHistory === \"yes\") {\n\t\t\t\t// Assign the location hash so that history is updated\n\t\t\t\twindow.location.hash = $tw.locationHash;\n\t\t\t} else {\n\t\t\t\t// We use replace so that browser history isn't affected\n\t\t\t\twindow.location.replace(window.location.toString().split(\"#\")[0] + $tw.locationHash);\n\t\t\t}\n\t\t}\n\t}\n}\n\n})();\n",
"title": "$:/core/modules/startup/story.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/windows.js": {
"text": "/*\\\ntitle: $:/core/modules/startup/windows.js\ntype: application/javascript\nmodule-type: startup\n\nSetup root widget handlers for the messages concerned with opening external browser windows\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"windows\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Global to keep track of open windows (hashmap by title)\nvar windows = {};\n\nexports.startup = function() {\n\t// Handle open window message\n\t$tw.rootWidget.addEventListener(\"tm-open-window\",function(event) {\n\t\t// Get the parameters\n\t\tvar refreshHandler,\n\t\t\ttitle = event.param || event.tiddlerTitle,\n\t\t\tparamObject = event.paramObject || {},\n\t\t\ttemplate = paramObject.template || \"$:/core/templates/single.tiddler.window\",\n\t\t\twidth = paramObject.width || \"700\",\n\t\t\theight = paramObject.height || \"600\";\n\t\t// Open the window\n\t\tvar srcWindow = window.open(\"\",\"external-\" + title,\"scrollbars,width=\" + width + \",height=\" + height),\n\t\t\tsrcDocument = srcWindow.document;\n\t\twindows[title] = srcWindow;\n\t\t// Check for reopening the same window\n\t\tif(srcWindow.haveInitialisedWindow) {\n\t\t\treturn;\n\t\t}\n\t\t// Initialise the document\n\t\tsrcDocument.write(\"<html><head></head><body class='tc-body tc-single-tiddler-window'></body></html>\");\n\t\tsrcDocument.close();\n\t\tsrcDocument.title = title;\n\t\tsrcWindow.addEventListener(\"beforeunload\",function(event) {\n\t\t\tdelete windows[title];\n\t\t\t$tw.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t},false);\n\t\t// Set up the styles\n\t\tvar styleWidgetNode = $tw.wiki.makeTranscludeWidget(\"$:/core/ui/PageStylesheet\",{document: $tw.fakeDocument}),\n\t\t\tstyleContainer = $tw.fakeDocument.createElement(\"style\");\n\t\tstyleWidgetNode.render(styleContainer,null);\n\t\tvar styleElement = srcDocument.createElement(\"style\");\n\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\tsrcDocument.head.insertBefore(styleElement,srcDocument.head.firstChild);\n\t\t// Render the text of the tiddler\n\t\tvar parser = $tw.wiki.parseTiddler(template),\n\t\t\twidgetNode = $tw.wiki.makeWidget(parser,{document: srcDocument, parentWidget: $tw.rootWidget, variables: {currentTiddler: title}});\n\t\twidgetNode.render(srcDocument.body,srcDocument.body.firstChild);\n\t\t// Function to handle refreshes\n\t\trefreshHandler = function(changes) {\n\t\t\tif(styleWidgetNode.refresh(changes,styleContainer,null)) {\n\t\t\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\t\t}\n\t\t\twidgetNode.refresh(changes);\n\t\t};\n\t\t$tw.wiki.addEventListener(\"change\",refreshHandler);\n\t\tsrcWindow.haveInitialisedWindow = true;\n\t});\n\t// Close open windows when unloading main window\n\t$tw.addUnloadTask(function() {\n\t\t$tw.utils.each(windows,function(win) {\n\t\t\twin.close();\n\t\t});\n\t});\n\n};\n\n})();\n",
"title": "$:/core/modules/startup/windows.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/storyviews/classic.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/classic.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ClassicStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nClassicStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nClassicStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Get the current height of the tiddler\n\tvar currWidth = targetElement.offsetWidth,\n\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Remove the dom nodes of the widget at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"translateX(0px)\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
"title": "$:/core/modules/storyviews/classic.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/pop.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/pop.js\ntype: application/javascript\nmodule-type: storyview\n\nAnimates list insertions and removals\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar PopStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nPopStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nPopStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Reset once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"none\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(2)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nPopStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\tif(targetElement.parentNode) {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t}\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Remove the element at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
"title": "$:/core/modules/storyviews/pop.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/zoomin.js": {
"text": "/*\\\ntitle: $:/core/modules/storyviews/zoomin.js\ntype: application/javascript\nmodule-type: storyview\n\nZooms between individual tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Get the index of the tiddler that is at the top of the history\n\tvar history = this.listWidget.wiki.getTiddlerData(this.listWidget.historyTitle,[]),\n\t\ttargetTiddler;\n\tif(history.length > 0) {\n\t\ttargetTiddler = history[history.length-1].title;\n\t}\n\t// Make all the tiddlers position absolute, and hide all but the top (or first) one\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(domNode instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\tif((targetTiddler && targetTiddler !== itemWidget.parseTreeNode.itemTitle) || (!targetTiddler && index)) {\n\t\t\tdomNode.style.display = \"none\";\n\t\t} else {\n\t\t\tself.currentTiddlerDomNode = domNode;\n\t\t}\n\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t});\n};\n\nZoominListView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration(),\n\t\tlistElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the new tiddler be position absolute and visible so that we can measure it\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"0 0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Get the position of the source node, or use the centre of the window as the source position\n\tvar sourceBounds = historyInfo.fromPageRect || {\n\t\t\tleft: window.innerWidth/2 - 2,\n\t\t\ttop: window.innerHeight/2 - 2,\n\t\t\twidth: window.innerWidth/8,\n\t\t\theight: window.innerHeight/8\n\t\t};\n\t// Try to find the title node in the target tiddler\n\tvar titleDomNode = findTitleDomNode(listItemWidget) || listItemWidget.findFirstDomNode(),\n\t\tzoomBounds = titleDomNode.getBoundingClientRect();\n\t// Compute the transform for the target tiddler to make the title lie over the source rectange\n\tvar targetBounds = targetElement.getBoundingClientRect(),\n\t\tscale = sourceBounds.width / zoomBounds.width,\n\t\tx = sourceBounds.left - targetBounds.left - (zoomBounds.left - targetBounds.left) * scale,\n\t\ty = sourceBounds.top - targetBounds.top - (zoomBounds.top - targetBounds.top) * scale;\n\t// Transform the target tiddler to its starting position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(targetElement);\n\t// Apply the ending transitions with a timeout to ensure that the previously applied transformations are applied first\n\tvar self = this,\n\t\tprevCurrentTiddler = this.currentTiddlerDomNode;\n\tthis.currentTiddlerDomNode = targetElement;\n\t// Transform the target tiddler to its natural size\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{zIndex: \"500\"},\n\t]);\n\t// Transform the previous tiddler out of the way and then hide it\n\tif(prevCurrentTiddler && prevCurrentTiddler !== targetElement) {\n\t\tscale = zoomBounds.width / sourceBounds.width;\n\t\tx = zoomBounds.left - targetBounds.left - (sourceBounds.left - targetBounds.left) * scale;\n\t\ty = zoomBounds.top - targetBounds.top - (sourceBounds.top - targetBounds.top) * scale;\n\t\t$tw.utils.setStyle(prevCurrentTiddler,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transformOrigin: \"0 0\"},\n\t\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"},\n\t\t\t{zIndex: \"0\"}\n\t\t]);\n\t\t// Hide the tiddler when the transition has finished\n\t\tsetTimeout(function() {\n\t\t\tif(self.currentTiddlerDomNode !== prevCurrentTiddler) {\n\t\t\t\tprevCurrentTiddler.style.display = \"none\";\n\t\t\t}\n\t\t},duration);\n\t}\n\t// Scroll the target into view\n//\t$tw.pageScroller.scrollIntoView(targetElement);\n};\n\n/*\nFind the first child DOM node of a widget that has the class \"tc-title\"\n*/\nfunction findTitleDomNode(widget,targetClass) {\n\ttargetClass = targetClass || \"tc-title\";\n\tvar domNode = widget.findFirstDomNode();\n\tif(domNode && domNode.querySelector) {\n\t\treturn domNode.querySelector(\".\" + targetClass);\n\t}\n\treturn null;\n}\n\nZoominListView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the newly inserted node position absolute and hidden\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"none\"}\n\t]);\n};\n\nZoominListView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Abandon if hidden\n\tif(targetElement.style.display != \"block\" ) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Set up the tiddler that is being closed\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\t// We'll move back to the previous or next element in the story\n\tvar toWidget = widget.previousSibling();\n\tif(!toWidget) {\n\t\ttoWidget = widget.nextSibling();\n\t}\n\tvar toWidgetDomNode = toWidget && toWidget.findFirstDomNode();\n\t// Set up the tiddler we're moving back in\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.addClass(toWidgetDomNode,\"tc-storyview-zoomin-tiddler\");\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{display: \"block\"},\n\t\t\t{transformOrigin: \"50% 50%\"},\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(10)\"},\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0\"},\n\t\t\t{zIndex: \"500\"}\n\t\t]);\n\t\tthis.currentTiddlerDomNode = toWidgetDomNode;\n\t}\n\t// Animate them both\n\t// Force layout\n\t$tw.utils.forceLayout(this.listWidget.parentDomNode);\n\t// First, the tiddler we're closing\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(0.1)\"},\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"0\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\tsetTimeout(removeElement,duration);\n\t// Now the tiddler we're going back to\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t\t{opacity: \"1\"}\n\t\t]);\n\t}\n\treturn true; // Indicate that we'll delete the DOM node\n};\n\nexports.zoomin = ZoominListView;\n\n})();\n",
"title": "$:/core/modules/storyviews/zoomin.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/syncer.js": {
"text": "/*\\\ntitle: $:/core/modules/syncer.js\ntype: application/javascript\nmodule-type: global\n\nThe syncer tracks changes to the store. If a syncadaptor is used then individual tiddlers are synchronised through it. If there is no syncadaptor then the entire wiki is saved via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the syncer with the following options:\nsyncadaptor: reference to syncadaptor to be used\nwiki: wiki to be synced\n*/\nfunction Syncer(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.syncadaptor = options.syncadaptor;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\"));\n\t// Compile the dirty tiddler filter\n\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t// Record information for known tiddlers\n\tthis.readTiddlerInfo();\n\t// Tasks are {type: \"load\"/\"save\"/\"delete\", title:, queueTime:, lastModificationTime:}\n\tthis.taskQueue = {}; // Hashmap of tasks yet to be performed\n\tthis.taskInProgress = {}; // Hash of tasks in progress\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.syncToServer(changes);\n\t});\n\t// Browser event handlers\n\tif($tw.browser) {\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t\t// Listen out for login/logout/refresh events in the browser\n\t\t$tw.rootWidget.addEventListener(\"tm-login\",function() {\n\t\t\tself.handleLoginEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-logout\",function() {\n\t\t\tself.handleLogoutEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-server-refresh\",function() {\n\t\t\tself.handleRefreshEvent();\n\t\t});\n\t}\n\t// Listen out for lazyLoad events\n\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\tself.handleLazyLoadEvent(title);\n\t});\n\t// Get the login status\n\tthis.getStatus(function(err,isLoggedIn) {\n\t\t// Do a sync from the server\n\t\tself.syncFromServer();\n\t});\n}\n\n/*\nConstants\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\nSyncer.prototype.titleSyncFilter = \"$:/config/SyncFilter\";\nSyncer.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\nSyncer.prototype.taskTimerInterval = 1 * 1000; // Interval for sync timer\nSyncer.prototype.throttleInterval = 1 * 1000; // Defer saving tiddlers if they've changed in the last 1s...\nSyncer.prototype.fallbackInterval = 10 * 1000; // Unless the task is older than 10s\nSyncer.prototype.pollTimerInterval = 60 * 1000; // Interval for polling for changes from the adaptor\n\n\n/*\nRead (or re-read) the latest tiddler info from the store\n*/\nSyncer.prototype.readTiddlerInfo = function() {\n\t// Hashmap by title of {revision:,changeCount:,adaptorInfo:}\n\tthis.tiddlerInfo = {};\n\t// Record information for known tiddlers\n\tvar self = this,\n\t\ttiddlers = this.filterFn.call(this.wiki);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: tiddler.fields.revision,\n\t\t\tadaptorInfo: self.syncadaptor && self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title)\n\t\t};\n\t});\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSyncer.prototype.isDirty = function() {\n\treturn (this.numTasksInQueue() > 0) || (this.numTasksInProgress() > 0);\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSyncer.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\n/*\nSave an incoming tiddler in the store, and updates the associated tiddlerInfo\n*/\nSyncer.prototype.storeTiddler = function(tiddlerFields) {\n\t// Save the tiddler\n\tvar tiddler = new $tw.Tiddler(this.wiki.getTiddler(tiddlerFields.title),tiddlerFields);\n\tthis.wiki.addTiddler(tiddler);\n\t// Save the tiddler revision and changeCount details\n\tthis.tiddlerInfo[tiddlerFields.title] = {\n\t\trevision: tiddlerFields.revision,\n\t\tadaptorInfo: this.syncadaptor.getTiddlerInfo(tiddler),\n\t\tchangeCount: this.wiki.getChangeCount(tiddlerFields.title)\n\t};\n};\n\nSyncer.prototype.getStatus = function(callback) {\n\tvar self = this;\n\t// Check if the adaptor supports getStatus()\n\tif(this.syncadaptor && this.syncadaptor.getStatus) {\n\t\t// Mark us as not logged in\n\t\tthis.wiki.addTiddler({title: this.titleIsLoggedIn,text: \"no\"});\n\t\t// Get login status\n\t\tthis.syncadaptor.getStatus(function(err,isLoggedIn,username) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Set the various status tiddlers\n\t\t\tself.wiki.addTiddler({title: self.titleIsLoggedIn,text: isLoggedIn ? \"yes\" : \"no\"});\n\t\t\tif(isLoggedIn) {\n\t\t\t\tself.wiki.addTiddler({title: self.titleUserName,text: username || \"\"});\n\t\t\t} else {\n\t\t\t\tself.wiki.deleteTiddler(self.titleUserName);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tif(callback) {\n\t\t\t\tcallback(err,isLoggedIn,username);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tcallback(null,true,\"UNAUTHENTICATED\");\n\t}\n};\n\n/*\nSynchronise from the server by reading the skinny tiddler list and queuing up loads for any tiddlers that we don't already have up to date\n*/\nSyncer.prototype.syncFromServer = function() {\n\tif(this.syncadaptor && this.syncadaptor.getSkinnyTiddlers) {\n\t\tthis.logger.log(\"Retrieving skinny tiddler list\");\n\t\tvar self = this;\n\t\tif(this.pollTimerId) {\n\t\t\tclearTimeout(this.pollTimerId);\n\t\t\tthis.pollTimerId = null;\n\t\t}\n\t\tthis.syncadaptor.getSkinnyTiddlers(function(err,tiddlers) {\n\t\t\t// Trigger the next sync\n\t\t\tself.pollTimerId = setTimeout(function() {\n\t\t\t\tself.pollTimerId = null;\n\t\t\t\tself.syncFromServer.call(self);\n\t\t\t},self.pollTimerInterval);\n\t\t\t// Check for errors\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(\"Error retrieving skinny tiddler list:\",err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Process each incoming tiddler\n\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t// Get the incoming tiddler fields, and the existing tiddler\n\t\t\t\tvar tiddlerFields = tiddlers[t],\n\t\t\t\t\tincomingRevision = tiddlerFields.revision + \"\",\n\t\t\t\t\ttiddler = self.wiki.getTiddler(tiddlerFields.title),\n\t\t\t\t\ttiddlerInfo = self.tiddlerInfo[tiddlerFields.title],\n\t\t\t\t\tcurrRevision = tiddlerInfo ? tiddlerInfo.revision : null;\n\t\t\t\t// Ignore the incoming tiddler if it's the same as the revision we've already got\n\t\t\t\tif(currRevision !== incomingRevision) {\n\t\t\t\t\t// Do a full load if we've already got a fat version of the tiddler\n\t\t\t\t\tif(tiddler && tiddler.fields.text !== undefined) {\n\t\t\t\t\t\t// Do a full load of this tiddler\n\t\t\t\t\t\tself.enqueueSyncTask({\n\t\t\t\t\t\t\ttype: \"load\",\n\t\t\t\t\t\t\ttitle: tiddlerFields.title\n\t\t\t\t\t\t});\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Load the skinny version of the tiddler\n\t\t\t\t\t\tself.storeTiddler(tiddlerFields);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nSynchronise a set of changes to the server\n*/\nSyncer.prototype.syncToServer = function(changes) {\n\tvar self = this,\n\t\tnow = Date.now(),\n\t\tfilteredChanges = this.filterFn.call(this.wiki,function(callback) {\n\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\tcallback(tiddler,title);\n\t\t\t});\n\t\t});\n\t$tw.utils.each(changes,function(change,title,object) {\n\t\t// Process the change if it is a deletion of a tiddler we're already syncing, or is on the filtered change list\n\t\tif((change.deleted && $tw.utils.hop(self.tiddlerInfo,title)) || filteredChanges.indexOf(title) !== -1) {\n\t\t\t// Queue a task to sync this tiddler\n\t\t\tself.enqueueSyncTask({\n\t\t\t\ttype: change.deleted ? \"delete\" : \"save\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Queue up a sync task to load this tiddler\n\tthis.enqueueSyncTask({\n\t\ttype: \"load\",\n\t\ttitle: title\n\t});\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: \"Login to TiddlySpace\",\n\t\t\t\tcallback: function(data) {\n\t\t\t\t\tself.login(data.username,data.password,function(err,isLoggedIn) {\n\t\t\t\t\t\tself.syncFromServer();\n\t\t\t\t\t});\n\t\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nAttempt to login to TiddlyWeb.\n\tusername: username\n\tpassword: password\n\tcallback: invoked with arguments (err,isLoggedIn)\n*/\nSyncer.prototype.login = function(username,password,callback) {\n\tthis.logger.log(\"Attempting to login as\",username);\n\tvar self = this;\n\tif(this.syncadaptor.login) {\n\t\tthis.syncadaptor.login(username,password,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.getStatus(function(err,isLoggedIn,username) {\n\t\t\t\tif(callback) {\n\t\t\t\t\tcallback(null,isLoggedIn);\n\t\t\t\t}\n\t\t\t});\n\t\t});\n\t} else {\n\t\tcallback(null,true);\n\t}\n};\n\n/*\nAttempt to log out of TiddlyWeb\n*/\nSyncer.prototype.handleLogoutEvent = function() {\n\tthis.logger.log(\"Attempting to logout\");\n\tvar self = this;\n\tif(this.syncadaptor.logout) {\n\t\tthis.syncadaptor.logout(function(err) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t} else {\n\t\t\t\tself.getStatus();\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nImmediately refresh from the server\n*/\nSyncer.prototype.handleRefreshEvent = function() {\n\tthis.syncFromServer();\n};\n\n/*\nQueue up a sync task. If there is already a pending task for the tiddler, just update the last modification time\n*/\nSyncer.prototype.enqueueSyncTask = function(task) {\n\tvar self = this,\n\t\tnow = Date.now();\n\t// Set the timestamps on this task\n\ttask.queueTime = now;\n\ttask.lastModificationTime = now;\n\t// Fill in some tiddlerInfo if the tiddler is one we haven't seen before\n\tif(!$tw.utils.hop(this.tiddlerInfo,task.title)) {\n\t\tthis.tiddlerInfo[task.title] = {\n\t\t\trevision: null,\n\t\t\tadaptorInfo: {},\n\t\t\tchangeCount: -1\n\t\t};\n\t}\n\t// Bail if this is a save and the tiddler is already at the changeCount that the server has\n\tif(task.type === \"save\" && this.wiki.getChangeCount(task.title) <= this.tiddlerInfo[task.title].changeCount) {\n\t\treturn;\n\t}\n\t// Check if this tiddler is already in the queue\n\tif($tw.utils.hop(this.taskQueue,task.title)) {\n\t\t// this.logger.log(\"Re-queueing up sync task with type:\",task.type,\"title:\",task.title);\n\t\tvar existingTask = this.taskQueue[task.title];\n\t\t// If so, just update the last modification time\n\t\texistingTask.lastModificationTime = task.lastModificationTime;\n\t\t// If the new task is a save then we upgrade the existing task to a save. Thus a pending load is turned into a save if the tiddler changes locally in the meantime. But a pending save is not modified to become a load\n\t\tif(task.type === \"save\" || task.type === \"delete\") {\n\t\t\texistingTask.type = task.type;\n\t\t}\n\t} else {\n\t\t// this.logger.log(\"Queuing up sync task with type:\",task.type,\"title:\",task.title);\n\t\t// If it is not in the queue, insert it\n\t\tthis.taskQueue[task.title] = task;\n\t\tthis.updateDirtyStatus();\n\t}\n\t// Process the queue\n\t$tw.utils.nextTick(function() {self.processTaskQueue.call(self);});\n};\n\n/*\nReturn the number of tasks in progress\n*/\nSyncer.prototype.numTasksInProgress = function() {\n\treturn $tw.utils.count(this.taskInProgress);\n};\n\n/*\nReturn the number of tasks in the queue\n*/\nSyncer.prototype.numTasksInQueue = function() {\n\treturn $tw.utils.count(this.taskQueue);\n};\n\n/*\nTrigger a timeout if one isn't already outstanding\n*/\nSyncer.prototype.triggerTimeout = function() {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},self.taskTimerInterval);\n\t}\n};\n\n/*\nProcess the task queue, performing the next task if appropriate\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if we're not already performing a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif(this.numTasksInProgress() === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(task) {\n\t\t\t// Remove the task from the queue and add it to the in progress list\n\t\t\tdelete this.taskQueue[task.title];\n\t\t\tthis.taskInProgress[task.title] = task;\n\t\t\tthis.updateDirtyStatus();\n\t\t\t// Dispatch the task\n\t\t\tthis.dispatchTask(task,function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.logger.alert(\"Sync error while processing '\" + task.title + \"':\\n\" + err);\n\t\t\t\t}\n\t\t\t\t// Mark that this task is no longer in progress\n\t\t\t\tdelete self.taskInProgress[task.title];\n\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t// Process the next task\n\t\t\t\tself.processTaskQueue.call(self);\n\t\t\t});\n\t\t} else {\n\t\t\t// Make sure we've set a time if there wasn't a task to perform, but we've still got tasks in the queue\n\t\t\tif(this.numTasksInQueue() > 0) {\n\t\t\t\tthis.triggerTimeout();\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nChoose the next applicable task\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar self = this,\n\t\tcandidateTask = null,\n\t\tnow = Date.now();\n\t// Select the best candidate task\n\t$tw.utils.each(this.taskQueue,function(task,title) {\n\t\t// Exclude the task if there's one of the same name in progress\n\t\tif($tw.utils.hop(self.taskInProgress,title)) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is a save and the tiddler has been modified recently, but not hit the fallback time\n\t\tif(task.type === \"save\" && (now - task.lastModificationTime) < self.throttleInterval &&\n\t\t\t(now - task.queueTime) < self.fallbackInterval) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is newer than the current best candidate\n\t\tif(candidateTask && candidateTask.queueTime < task.queueTime) {\n\t\t\treturn;\n\t\t}\n\t\t// Now this is our best candidate\n\t\tcandidateTask = task;\n\t});\n\treturn candidateTask;\n};\n\n/*\nDispatch a task and invoke the callback\n*/\nSyncer.prototype.dispatchTask = function(task,callback) {\n\tvar self = this;\n\tif(task.type === \"save\") {\n\t\tvar changeCount = this.wiki.getChangeCount(task.title),\n\t\t\ttiddler = this.wiki.getTiddler(task.title);\n\t\tthis.logger.log(\"Dispatching 'save' task:\",task.title);\n\t\tif(tiddler) {\n\t\t\tthis.syncadaptor.saveTiddler(tiddler,function(err,adaptorInfo,revision) {\n\t\t\t\tif(err) {\n\t\t\t\t\treturn callback(err);\n\t\t\t\t}\n\t\t\t\t// Adjust the info stored about this tiddler\n\t\t\t\tself.tiddlerInfo[task.title] = {\n\t\t\t\t\tchangeCount: changeCount,\n\t\t\t\t\tadaptorInfo: adaptorInfo,\n\t\t\t\t\trevision: revision\n\t\t\t\t};\n\t\t\t\t// Invoke the callback\n\t\t\t\tcallback(null);\n\t\t\t},{\n\t\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t\t});\n\t\t} else {\n\t\t\tthis.logger.log(\" Not Dispatching 'save' task:\",task.title,\"tiddler does not exist\");\n\t\t\treturn callback(null);\n\t\t}\n\t} else if(task.type === \"load\") {\n\t\t// Load the tiddler\n\t\tthis.logger.log(\"Dispatching 'load' task:\",task.title);\n\t\tthis.syncadaptor.loadTiddler(task.title,function(err,tiddlerFields) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Store the tiddler\n\t\t\tif(tiddlerFields) {\n\t\t\t\tself.storeTiddler(tiddlerFields);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t} else if(task.type === \"delete\") {\n\t\t// Delete the tiddler\n\t\tthis.logger.log(\"Dispatching 'delete' task:\",task.title);\n\t\tthis.syncadaptor.deleteTiddler(task.title,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tdelete self.tiddlerInfo[task.title];\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t},{\n\t\t\ttiddlerInfo: self.tiddlerInfo[task.title]\n\t\t});\n\t}\n};\n\nexports.Syncer = Syncer;\n\n})();\n",
"title": "$:/core/modules/syncer.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/tiddler.js\ntype: application/javascript\nmodule-type: tiddlermethod\n\nExtension methods for the $tw.Tiddler object (constructor and methods required at boot time are in boot/boot.js)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.hasTag = function(tag) {\n\treturn this.fields.tags && this.fields.tags.indexOf(tag) !== -1;\n};\n\nexports.isPlugin = function() {\n\treturn this.fields.type === \"application/json\" && this.hasField(\"plugin-type\");\n};\n\nexports.isDraft = function() {\n\treturn this.hasField(\"draft.of\");\n};\n\nexports.getFieldString = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn \"\";\n\t}\n\t// Parse the field with the associated module (if any)\n\tvar fieldModule = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = [];\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields.push(field + \": \" + this.getFieldString(field));\n\t\t\t}\n\t\t}\n\t}\n\treturn fields.join(\"\\n\");\n};\n\n/*\nCompare two tiddlers for equality\ntiddler: the tiddler to compare\nexcludeFields: array of field names to exclude from the comparison\n*/\nexports.isEqual = function(tiddler,excludeFields) {\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\treturn false;\n\t}\n\texcludeFields = excludeFields || [];\n\tvar self = this,\n\t\tdifferences = []; // Fields that have differences\n\t// Add to the differences array\n\tfunction addDifference(fieldName) {\n\t\t// Check for this field being excluded\n\t\tif(excludeFields.indexOf(fieldName) === -1) {\n\t\t\t// Save the field as a difference\n\t\t\t$tw.utils.pushTop(differences,fieldName);\n\t\t}\n\t}\n\t// Returns true if the two values of this field are equal\n\tfunction isFieldValueEqual(fieldName) {\n\t\tvar valueA = self.fields[fieldName],\n\t\t\tvalueB = tiddler.fields[fieldName];\n\t\t// Check for identical string values\n\t\tif(typeof(valueA) === \"string\" && typeof(valueB) === \"string\" && valueA === valueB) {\n\t\t\treturn true;\n\t\t}\n\t\t// Check for identical array values\n\t\tif($tw.utils.isArray(valueA) && $tw.utils.isArray(valueB) && $tw.utils.isArrayEqual(valueA,valueB)) {\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise the fields must be different\n\t\treturn false;\n\t}\n\t// Compare our fields\n\tfor(var fieldName in this.fields) {\n\t\tif(!isFieldValueEqual(fieldName)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// There's a difference for every field in the other tiddler that we don't have\n\tfor(fieldName in tiddler.fields) {\n\t\tif(!(fieldName in this.fields)) {\n\t\t\taddDifference(fieldName);\n\t\t}\n\t}\n\t// Return whether there were any differences\n\treturn differences.length === 0;\n};\n\n})();\n",
"title": "$:/core/modules/tiddler.js",
"type": "application/javascript",
"module-type": "tiddlermethod"
},
"$:/core/modules/upgraders/plugins.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/plugins.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that checks that plugins are newer than any already installed version\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar BLOCKED_PLUGINS = {\n\t\"$:/themes/tiddlywiki/stickytitles\": {\n\t\tversions: [\"*\"]\n\t},\n\t\"$:/plugins/tiddlywiki/fullscreen\": {\n\t\tversions: [\"*\"]\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tupgradeLibrary,\n\t\tgetLibraryTiddler = function(title) {\n\t\t\tif(!upgradeLibrary) {\n\t\t\t\tupgradeLibrary = wiki.getTiddlerData(UPGRADE_LIBRARY_TITLE,{});\n\t\t\t\tupgradeLibrary.tiddlers = upgradeLibrary.tiddlers || {};\n\t\t\t}\n\t\t\treturn upgradeLibrary.tiddlers[title];\n\t\t};\n\n\t// Go through all the incoming tiddlers\n\t$tw.utils.each(titles,function(title) {\n\t\tvar incomingTiddler = tiddlers[title];\n\t\t// Check if we're dealing with a plugin\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"] && incomingTiddler.version) {\n\t\t\t// Upgrade the incoming plugin if it is in the upgrade library\n\t\t\tvar libraryTiddler = getLibraryTiddler(title);\n\t\t\tif(libraryTiddler && libraryTiddler[\"plugin-type\"] && libraryTiddler.version) {\n\t\t\t\ttiddlers[title] = libraryTiddler;\n\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Upgraded\",{variables: {incoming: incomingTiddler.version, upgraded: libraryTiddler.version}});\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Suppress the incoming plugin if it is older than the currently installed one\n\t\t\tvar existingTiddler = wiki.getTiddler(title);\n\t\t\tif(existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t\t\t// Reject the incoming plugin by blanking all its fields\n\t\t\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,incomingTiddler.version)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Version\",{variables: {incoming: incomingTiddler.version, existing: existingTiddler.fields.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"]) {\n\t\t\t// Check whether the plugin is on the blocked list\n\t\t\tvar blockInfo = BLOCKED_PLUGINS[title];\n\t\t\tif(blockInfo) {\n\t\t\t\tif(blockInfo.versions.indexOf(\"*\") !== -1 || (incomingTiddler.version && blockInfo.versions.indexOf(incomingTiddler.version) !== -1)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Incompatible\");\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/plugins.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/system.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/system.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that suppresses certain system tiddlers that shouldn't be imported\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DONT_IMPORT_LIST = [\"$:/StoryList\",\"$:/HistoryList\"],\n\tDONT_IMPORT_PREFIX_LIST = [\"$:/temp/\",\"$:/state/\"];\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tif(DONT_IMPORT_LIST.indexOf(title) !== -1) {\n\t\t\ttiddlers[title] = Object.create(null);\n\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Suppressed\");\n\t\t} else {\n\t\t\tfor(var t=0; t<DONT_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = DONT_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/State/Suppressed\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/system.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/themetweaks.js": {
"text": "/*\\\ntitle: $:/core/modules/upgraders/themetweaks.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that handles the change in theme tweak storage introduced in 5.0.14-beta.\n\nPreviously, theme tweaks were stored in two data tiddlers:\n\n* $:/themes/tiddlywiki/vanilla/metrics\n* $:/themes/tiddlywiki/vanilla/settings\n\nNow, each tweak is stored in its own separate tiddler.\n\nThis upgrader copies any values from the old format to the new. The old data tiddlers are not deleted in case they have been used to store additional indexes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar MAPPINGS = {\n\t\"$:/themes/tiddlywiki/vanilla/metrics\": {\n\t\t\"fontsize\": \"$:/themes/tiddlywiki/vanilla/metrics/fontsize\",\n\t\t\"lineheight\": \"$:/themes/tiddlywiki/vanilla/metrics/lineheight\",\n\t\t\"storyleft\": \"$:/themes/tiddlywiki/vanilla/metrics/storyleft\",\n\t\t\"storytop\": \"$:/themes/tiddlywiki/vanilla/metrics/storytop\",\n\t\t\"storyright\": \"$:/themes/tiddlywiki/vanilla/metrics/storyright\",\n\t\t\"storywidth\": \"$:/themes/tiddlywiki/vanilla/metrics/storywidth\",\n\t\t\"tiddlerwidth\": \"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"\n\t},\n\t\"$:/themes/tiddlywiki/vanilla/settings\": {\n\t\t\"fontfamily\": \"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tvar mapping = MAPPINGS[title];\n\t\tif(mapping) {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlers[title]),\n\t\t\t\ttiddlerData = wiki.getTiddlerData(tiddler,{});\n\t\t\tfor(var index in mapping) {\n\t\t\t\tvar mappedTitle = mapping[index];\n\t\t\t\tif(!tiddlers[mappedTitle] || tiddlers[mappedTitle].title !== mappedTitle) {\n\t\t\t\t\ttiddlers[mappedTitle] = {\n\t\t\t\t\t\ttitle: mappedTitle,\n\t\t\t\t\t\ttext: tiddlerData[index]\n\t\t\t\t\t};\n\t\t\t\t\tmessages[mappedTitle] = $tw.language.getString(\"Import/Upgrader/ThemeTweaks/Created\",{variables: {\n\t\t\t\t\t\tfrom: title + \"##\" + index\n\t\t\t\t\t}});\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/upgraders/themetweaks.js",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/utils/crypto.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/crypto.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions related to crypto.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for an encrypted store area in the text of a TiddlyWiki file\n*/\nexports.extractEncryptedStoreArea = function(text) {\n\tvar encryptedStoreAreaStartMarker = \"<pre id=\\\"encryptedStoreArea\\\" type=\\\"text/plain\\\" style=\\\"display:none;\\\">\",\n\t\tencryptedStoreAreaStart = text.indexOf(encryptedStoreAreaStartMarker);\n\tif(encryptedStoreAreaStart !== -1) {\n\t\tvar encryptedStoreAreaEnd = text.indexOf(\"</pre>\",encryptedStoreAreaStart);\n\t\tif(encryptedStoreAreaEnd !== -1) {\n\t\t\treturn $tw.utils.htmlDecode(text.substring(encryptedStoreAreaStart + encryptedStoreAreaStartMarker.length,encryptedStoreAreaEnd-1));\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If the password is not provided then the password in the password store will be used\n*/\nexports.decryptStoreArea = function(encryptedStoreArea,password) {\n\tvar decryptedText = $tw.crypto.decrypt(encryptedStoreArea,password);\n\tif(decryptedText) {\n\t\tvar json = JSON.parse(decryptedText),\n\t\t\ttiddlers = [];\n\t\tfor(var title in json) {\n\t\t\tif(title !== \"$:/isEncrypted\") {\n\t\t\t\ttiddlers.push(json[title]);\n\t\t\t}\n\t\t}\n\t\treturn tiddlers;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If that fails, the user is prompted for a password.\nencryptedStoreArea: text of the TiddlyWiki encrypted store area\ncallback: function(tiddlers) called with the array of decrypted tiddlers\n\nThe following configuration settings are supported:\n\n$tw.config.usePasswordVault: causes any password entered by the user to also be put into the system password vault\n*/\nexports.decryptStoreAreaInteractive = function(encryptedStoreArea,callback,options) {\n\t// Try to decrypt with the current password\n\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea);\n\tif(tiddlers) {\n\t\tcallback(tiddlers);\n\t} else {\n\t\t// Prompt for a new password and keep trying\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: \"Enter a password to decrypt the imported TiddlyWiki\",\n\t\t\tnoUserName: true,\n\t\t\tcanCancel: true,\n\t\t\tsubmitText: \"Decrypt\",\n\t\t\tcallback: function(data) {\n\t\t\t\t// Exit if the user cancelled\n\t\t\t\tif(!data) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t\t// Attempt to decrypt the tiddlers\n\t\t\t\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea,data.password);\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tif($tw.config.usePasswordVault) {\n\t\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/crypto.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/animations/slide.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animations/slide.js\ntype: application/javascript\nmodule-type: animation\n\nA simple slide animation that varies the height of the element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction slideOpen(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration();\n\t// Get the current height of the domNode\n\tvar computedStyle = window.getComputedStyle(domNode),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrPaddingBottom = parseInt(computedStyle.paddingBottom,10),\n\t\tcurrPaddingTop = parseInt(computedStyle.paddingTop,10),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"none\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{marginTop: currMarginTop + \"px\"},\n\t\t{paddingBottom: currPaddingBottom + \"px\"},\n\t\t{paddingTop: currPaddingTop + \"px\"},\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n}\n\nfunction slideClosed(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration(),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Clear the properties we've set when the animation is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/animations/slide.js",
"type": "application/javascript",
"module-type": "animation"
},
"$:/core/modules/utils/dom/animator.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animator.js\ntype: application/javascript\nmodule-type: utils\n\nOrchestrates animations and transitions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Animator() {\n\t// Get the registered animation modules\n\tthis.animations = {};\n\t$tw.modules.applyMethods(\"animation\",this.animations);\n}\n\nAnimator.prototype.perform = function(type,domNode,options) {\n\toptions = options || {};\n\t// Find an animation that can handle this type\n\tvar chosenAnimation;\n\t$tw.utils.each(this.animations,function(animation,name) {\n\t\tif($tw.utils.hop(animation,type)) {\n\t\t\tchosenAnimation = animation[type];\n\t\t}\n\t});\n\tif(!chosenAnimation) {\n\t\tchosenAnimation = function(domNode,options) {\n\t\t\tif(options.callback) {\n\t\t\t\toptions.callback();\n\t\t\t}\n\t\t};\n\t}\n\t// Call the animation\n\tchosenAnimation(domNode,options);\n};\n\nexports.Animator = Animator;\n\n})();\n",
"title": "$:/core/modules/utils/dom/animator.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/browser.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/browser.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser feature detection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet style properties of an element\n\telement: dom node\n\tstyles: ordered array of {name: value} pairs\n*/\nexports.setStyle = function(element,styles) {\n\tif(element.nodeType === 1) { // Element.ELEMENT_NODE\n\t\tfor(var t=0; t<styles.length; t++) {\n\t\t\tfor(var styleName in styles[t]) {\n\t\t\t\telement.style[$tw.utils.convertStyleNameToPropertyName(styleName)] = styles[t][styleName];\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nConverts a standard CSS property name into the local browser-specific equivalent. For example:\n\t\"background-color\" --> \"backgroundColor\"\n\t\"transition\" --> \"webkitTransition\"\n*/\n\nvar styleNameCache = {}; // We'll cache the style name conversions\n\nexports.convertStyleNameToPropertyName = function(styleName) {\n\t// Return from the cache if we can\n\tif(styleNameCache[styleName]) {\n\t\treturn styleNameCache[styleName];\n\t}\n\t// Convert it by first removing any hyphens\n\tvar propertyName = $tw.utils.unHyphenateCss(styleName);\n\t// Then check if it needs a prefix\n\tif(document.body.style[propertyName] === undefined) {\n\t\tvar prefixes = [\"O\",\"MS\",\"Moz\",\"webkit\"];\n\t\tfor(var t=0; t<prefixes.length; t++) {\n\t\t\tvar prefixedName = prefixes[t] + propertyName.substr(0,1).toUpperCase() + propertyName.substr(1);\n\t\t\tif(document.body.style[prefixedName] !== undefined) {\n\t\t\t\tpropertyName = prefixedName;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\t// Put it in the cache too\n\tstyleNameCache[styleName] = propertyName;\n\treturn propertyName;\n};\n\n/*\nConverts a JS format CSS property name back into the dashed form used in CSS declarations. For example:\n\t\"backgroundColor\" --> \"background-color\"\n\t\"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.convertPropertyNameToStyleName = function(propertyName) {\n\t// Rehyphenate the name\n\tvar styleName = $tw.utils.hyphenateCss(propertyName);\n\t// If there's a webkit prefix, add a dash (other browsers have uppercase prefixes, and so get the dash automatically)\n\tif(styleName.indexOf(\"webkit\") === 0) {\n\t\tstyleName = \"-\" + styleName;\n\t} else if(styleName.indexOf(\"-m-s\") === 0) {\n\t\tstyleName = \"-ms\" + styleName.substr(4);\n\t}\n\treturn styleName;\n};\n\n/*\nRound trip a stylename to a property name and back again. For example:\n\t\"transform\" --> \"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.roundTripPropertyName = function(propertyName) {\n\treturn $tw.utils.convertPropertyNameToStyleName($tw.utils.convertStyleNameToPropertyName(propertyName));\n};\n\n/*\nConverts a standard event name into the local browser specific equivalent. For example:\n\t\"animationEnd\" --> \"webkitAnimationEnd\"\n*/\n\nvar eventNameCache = {}; // We'll cache the conversions\n\nvar eventNameMappings = {\n\t\"transitionEnd\": {\n\t\tcorrespondingCssProperty: \"transition\",\n\t\tmappings: {\n\t\t\ttransition: \"transitionend\",\n\t\t\tOTransition: \"oTransitionEnd\",\n\t\t\tMSTransition: \"msTransitionEnd\",\n\t\t\tMozTransition: \"transitionend\",\n\t\t\twebkitTransition: \"webkitTransitionEnd\"\n\t\t}\n\t},\n\t\"animationEnd\": {\n\t\tcorrespondingCssProperty: \"animation\",\n\t\tmappings: {\n\t\t\tanimation: \"animationend\",\n\t\t\tOAnimation: \"oAnimationEnd\",\n\t\t\tMSAnimation: \"msAnimationEnd\",\n\t\t\tMozAnimation: \"animationend\",\n\t\t\twebkitAnimation: \"webkitAnimationEnd\"\n\t\t}\n\t}\n};\n\nexports.convertEventName = function(eventName) {\n\tif(eventNameCache[eventName]) {\n\t\treturn eventNameCache[eventName];\n\t}\n\tvar newEventName = eventName,\n\t\tmappings = eventNameMappings[eventName];\n\tif(mappings) {\n\t\tvar convertedProperty = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n/*\nReturn the names of the fullscreen APIs\n*/\nexports.getFullScreenApis = function() {\n\tvar d = document,\n\t\tdb = d.body,\n\t\tresult = {\n\t\t\"_requestFullscreen\": db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t\t\"_exitFullscreen\": d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t\t\"_fullscreenElement\": d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\",\n\t\t\"_fullscreenChange\": d.webkitFullscreenElement !== undefined ? \"webkitfullscreenchange\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozfullscreenchange\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"MSFullscreenChange\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenchange\" : \"\"\n\t};\n\tif(!result._requestFullscreen || !result._exitFullscreen || !result._fullscreenElement || !result._fullscreenChange) {\n\t\treturn null;\n\t} else {\n\t\treturn result;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/browser.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/csscolorparser.js": {
"text": "// (c) Dean McNamee <dean@gmail.com>, 2012.\n//\n// https://github.com/deanm/css-color-parser-js\n//\n// Permission is hereby granted, free of charge, to any person obtaining a copy\n// of this software and associated documentation files (the \"Software\"), to\n// deal in the Software without restriction, including without limitation the\n// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or\n// sell copies of the Software, and to permit persons to whom the Software is\n// furnished to do so, subject to the following conditions:\n//\n// The above copyright notice and this permission notice shall be included in\n// all copies or substantial portions of the Software.\n//\n// THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n// IN THE SOFTWARE.\n\n// http://www.w3.org/TR/css3-color/\nvar kCSSColorTable = {\n \"transparent\": [0,0,0,0], \"aliceblue\": [240,248,255,1],\n \"antiquewhite\": [250,235,215,1], \"aqua\": [0,255,255,1],\n \"aquamarine\": [127,255,212,1], \"azure\": [240,255,255,1],\n \"beige\": [245,245,220,1], \"bisque\": [255,228,196,1],\n \"black\": [0,0,0,1], \"blanchedalmond\": [255,235,205,1],\n \"blue\": [0,0,255,1], \"blueviolet\": [138,43,226,1],\n \"brown\": [165,42,42,1], \"burlywood\": [222,184,135,1],\n \"cadetblue\": [95,158,160,1], \"chartreuse\": [127,255,0,1],\n \"chocolate\": [210,105,30,1], \"coral\": [255,127,80,1],\n \"cornflowerblue\": [100,149,237,1], \"cornsilk\": [255,248,220,1],\n \"crimson\": [220,20,60,1], \"cyan\": [0,255,255,1],\n \"darkblue\": [0,0,139,1], \"darkcyan\": [0,139,139,1],\n \"darkgoldenrod\": [184,134,11,1], \"darkgray\": [169,169,169,1],\n \"darkgreen\": [0,100,0,1], \"darkgrey\": [169,169,169,1],\n \"darkkhaki\": [189,183,107,1], \"darkmagenta\": [139,0,139,1],\n \"darkolivegreen\": [85,107,47,1], \"darkorange\": [255,140,0,1],\n \"darkorchid\": [153,50,204,1], \"darkred\": [139,0,0,1],\n \"darksalmon\": [233,150,122,1], \"darkseagreen\": [143,188,143,1],\n \"darkslateblue\": [72,61,139,1], \"darkslategray\": [47,79,79,1],\n \"darkslategrey\": [47,79,79,1], \"darkturquoise\": [0,206,209,1],\n \"darkviolet\": [148,0,211,1], \"deeppink\": [255,20,147,1],\n \"deepskyblue\": [0,191,255,1], \"dimgray\": [105,105,105,1],\n \"dimgrey\": [105,105,105,1], \"dodgerblue\": [30,144,255,1],\n \"firebrick\": [178,34,34,1], \"floralwhite\": [255,250,240,1],\n \"forestgreen\": [34,139,34,1], \"fuchsia\": [255,0,255,1],\n \"gainsboro\": [220,220,220,1], \"ghostwhite\": [248,248,255,1],\n \"gold\": [255,215,0,1], \"goldenrod\": [218,165,32,1],\n \"gray\": [128,128,128,1], \"green\": [0,128,0,1],\n \"greenyellow\": [173,255,47,1], \"grey\": [128,128,128,1],\n \"honeydew\": [240,255,240,1], \"hotpink\": [255,105,180,1],\n \"indianred\": [205,92,92,1], \"indigo\": [75,0,130,1],\n \"ivory\": [255,255,240,1], \"khaki\": [240,230,140,1],\n \"lavender\": [230,230,250,1], \"lavenderblush\": [255,240,245,1],\n \"lawngreen\": [124,252,0,1], \"lemonchiffon\": [255,250,205,1],\n \"lightblue\": [173,216,230,1], \"lightcoral\": [240,128,128,1],\n \"lightcyan\": [224,255,255,1], \"lightgoldenrodyellow\": [250,250,210,1],\n \"lightgray\": [211,211,211,1], \"lightgreen\": [144,238,144,1],\n \"lightgrey\": [211,211,211,1], \"lightpink\": [255,182,193,1],\n \"lightsalmon\": [255,160,122,1], \"lightseagreen\": [32,178,170,1],\n \"lightskyblue\": [135,206,250,1], \"lightslategray\": [119,136,153,1],\n \"lightslategrey\": [119,136,153,1], \"lightsteelblue\": [176,196,222,1],\n \"lightyellow\": [255,255,224,1], \"lime\": [0,255,0,1],\n \"limegreen\": [50,205,50,1], \"linen\": [250,240,230,1],\n \"magenta\": [255,0,255,1], \"maroon\": [128,0,0,1],\n \"mediumaquamarine\": [102,205,170,1], \"mediumblue\": [0,0,205,1],\n \"mediumorchid\": [186,85,211,1], \"mediumpurple\": [147,112,219,1],\n \"mediumseagreen\": [60,179,113,1], \"mediumslateblue\": [123,104,238,1],\n \"mediumspringgreen\": [0,250,154,1], \"mediumturquoise\": [72,209,204,1],\n \"mediumvioletred\": [199,21,133,1], \"midnightblue\": [25,25,112,1],\n \"mintcream\": [245,255,250,1], \"mistyrose\": [255,228,225,1],\n \"moccasin\": [255,228,181,1], \"navajowhite\": [255,222,173,1],\n \"navy\": [0,0,128,1], \"oldlace\": [253,245,230,1],\n \"olive\": [128,128,0,1], \"olivedrab\": [107,142,35,1],\n \"orange\": [255,165,0,1], \"orangered\": [255,69,0,1],\n \"orchid\": [218,112,214,1], \"palegoldenrod\": [238,232,170,1],\n \"palegreen\": [152,251,152,1], \"paleturquoise\": [175,238,238,1],\n \"palevioletred\": [219,112,147,1], \"papayawhip\": [255,239,213,1],\n \"peachpuff\": [255,218,185,1], \"peru\": [205,133,63,1],\n \"pink\": [255,192,203,1], \"plum\": [221,160,221,1],\n \"powderblue\": [176,224,230,1], \"purple\": [128,0,128,1],\n \"red\": [255,0,0,1], \"rosybrown\": [188,143,143,1],\n \"royalblue\": [65,105,225,1], \"saddlebrown\": [139,69,19,1],\n \"salmon\": [250,128,114,1], \"sandybrown\": [244,164,96,1],\n \"seagreen\": [46,139,87,1], \"seashell\": [255,245,238,1],\n \"sienna\": [160,82,45,1], \"silver\": [192,192,192,1],\n \"skyblue\": [135,206,235,1], \"slateblue\": [106,90,205,1],\n \"slategray\": [112,128,144,1], \"slategrey\": [112,128,144,1],\n \"snow\": [255,250,250,1], \"springgreen\": [0,255,127,1],\n \"steelblue\": [70,130,180,1], \"tan\": [210,180,140,1],\n \"teal\": [0,128,128,1], \"thistle\": [216,191,216,1],\n \"tomato\": [255,99,71,1], \"turquoise\": [64,224,208,1],\n \"violet\": [238,130,238,1], \"wheat\": [245,222,179,1],\n \"white\": [255,255,255,1], \"whitesmoke\": [245,245,245,1],\n \"yellow\": [255,255,0,1], \"yellowgreen\": [154,205,50,1]}\n\nfunction clamp_css_byte(i) { // Clamp to integer 0 .. 255.\n i = Math.round(i); // Seems to be what Chrome does (vs truncation).\n return i < 0 ? 0 : i > 255 ? 255 : i;\n}\n\nfunction clamp_css_float(f) { // Clamp to float 0.0 .. 1.0.\n return f < 0 ? 0 : f > 1 ? 1 : f;\n}\n\nfunction parse_css_int(str) { // int or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_byte(parseFloat(str) / 100 * 255);\n return clamp_css_byte(parseInt(str));\n}\n\nfunction parse_css_float(str) { // float or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_float(parseFloat(str) / 100);\n return clamp_css_float(parseFloat(str));\n}\n\nfunction css_hue_to_rgb(m1, m2, h) {\n if (h < 0) h += 1;\n else if (h > 1) h -= 1;\n\n if (h * 6 < 1) return m1 + (m2 - m1) * h * 6;\n if (h * 2 < 1) return m2;\n if (h * 3 < 2) return m1 + (m2 - m1) * (2/3 - h) * 6;\n return m1;\n}\n\nfunction parseCSSColor(css_str) {\n // Remove all whitespace, not compliant, but should just be more accepting.\n var str = css_str.replace(/ /g, '').toLowerCase();\n\n // Color keywords (and transparent) lookup.\n if (str in kCSSColorTable) return kCSSColorTable[str].slice(); // dup.\n\n // #abc and #abc123 syntax.\n if (str[0] === '#') {\n if (str.length === 4) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xfff)) return null; // Covers NaN.\n return [((iv & 0xf00) >> 4) | ((iv & 0xf00) >> 8),\n (iv & 0xf0) | ((iv & 0xf0) >> 4),\n (iv & 0xf) | ((iv & 0xf) << 4),\n 1];\n } else if (str.length === 7) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xffffff)) return null; // Covers NaN.\n return [(iv & 0xff0000) >> 16,\n (iv & 0xff00) >> 8,\n iv & 0xff,\n 1];\n }\n\n return null;\n }\n\n var op = str.indexOf('('), ep = str.indexOf(')');\n if (op !== -1 && ep + 1 === str.length) {\n var fname = str.substr(0, op);\n var params = str.substr(op+1, ep-(op+1)).split(',');\n var alpha = 1; // To allow case fallthrough.\n switch (fname) {\n case 'rgba':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'rgb':\n if (params.length !== 3) return null;\n return [parse_css_int(params[0]),\n parse_css_int(params[1]),\n parse_css_int(params[2]),\n alpha];\n case 'hsla':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'hsl':\n if (params.length !== 3) return null;\n var h = (((parseFloat(params[0]) % 360) + 360) % 360) / 360; // 0 .. 1\n // NOTE(deanm): According to the CSS spec s/l should only be\n // percentages, but we don't bother and let float or percentage.\n var s = parse_css_float(params[1]);\n var l = parse_css_float(params[2]);\n var m2 = l <= 0.5 ? l * (s + 1) : l + s - l * s;\n var m1 = l * 2 - m2;\n return [clamp_css_byte(css_hue_to_rgb(m1, m2, h+1/3) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h-1/3) * 255),\n alpha];\n default:\n return null;\n }\n }\n\n return null;\n}\n\ntry { exports.parseCSSColor = parseCSSColor } catch(e) { }\n",
"title": "$:/core/modules/utils/dom/csscolorparser.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static DOM-related utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDetermines whether element 'a' contains element 'b'\nCode thanks to John Resig, http://ejohn.org/blog/comparing-document-position/\n*/\nexports.domContains = function(a,b) {\n\treturn a.contains ?\n\t\ta !== b && a.contains(b) :\n\t\t!!(a.compareDocumentPosition(b) & 16);\n};\n\nexports.removeChildren = function(node) {\n\twhile(node.hasChildNodes()) {\n\t\tnode.removeChild(node.firstChild);\n\t}\n};\n\nexports.hasClass = function(el,className) {\n\treturn el && el.className && el.className.toString().split(\" \").indexOf(className) !== -1;\n};\n\nexports.addClass = function(el,className) {\n\tvar c = el.className.split(\" \");\n\tif(c.indexOf(className) === -1) {\n\t\tc.push(className);\n\t}\n\tel.className = c.join(\" \");\n};\n\nexports.removeClass = function(el,className) {\n\tvar c = el.className.split(\" \"),\n\t\tp = c.indexOf(className);\n\tif(p !== -1) {\n\t\tc.splice(p,1);\n\t\tel.className = c.join(\" \");\n\t}\n};\n\nexports.toggleClass = function(el,className,status) {\n\tif(status === undefined) {\n\t\tstatus = !exports.hasClass(el,className);\n\t}\n\tif(status) {\n\t\texports.addClass(el,className);\n\t} else {\n\t\texports.removeClass(el,className);\n\t}\n};\n\n/*\nGet the scroll position of the viewport\nReturns:\n\t{\n\t\tx: horizontal scroll position in pixels,\n\t\ty: vertical scroll position in pixels\n\t}\n*/\nexports.getScrollPosition = function() {\n\tif(\"scrollX\" in window) {\n\t\treturn {x: window.scrollX, y: window.scrollY};\n\t} else {\n\t\treturn {x: document.documentElement.scrollLeft, y: document.documentElement.scrollTop};\n\t}\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\ttry {\n\t\tif(window.localStorage) {\n\t\t\tlocalStorage.setItem(\"tw5-password-\" + name,password);\n\t\t}\n\t} catch(e) {\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\ttry {\n\t\treturn window.localStorage ? localStorage.getItem(\"tw5-password-\" + name) : \"\";\n\t} catch(e) {\n\t\treturn \"\";\n\t}\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($tw.browser.animationEnd,function handler(event) {\n\t\telement.removeEventListener($tw.browser.animationEnd,handler,false);\n\t\t$tw.utils.removeClass(element,\"pulse\");\n\t},false);\n\t// Apply the pulse class\n\t$tw.utils.removeClass(element,\"pulse\");\n\t$tw.utils.forceLayout(element);\n\t$tw.utils.addClass(element,\"pulse\");\n};\n\n/*\nAttach specified event handlers to a DOM node\ndomNode: where to attach the event handlers\nevents: array of event handlers to be added (see below)\nEach entry in the events array is an object with these properties:\nhandlerFunction: optional event handler function\nhandlerObject: optional event handler object\nhandlerMethod: optionally specifies object handler method name (defaults to `handleEvent`)\n*/\nexports.addEventListeners = function(domNode,events) {\n\t$tw.utils.each(events,function(eventInfo) {\n\t\tvar handler;\n\t\tif(eventInfo.handlerFunction) {\n\t\t\thandler = eventInfo.handlerFunction;\n\t\t} else if(eventInfo.handlerObject) {\n\t\t\tif(eventInfo.handlerMethod) {\n\t\t\t\thandler = function(event) {\n\t\t\t\t\teventInfo.handlerObject[eventInfo.handlerMethod].call(eventInfo.handlerObject,event);\n\t\t\t\t};\t\n\t\t\t} else {\n\t\t\t\thandler = eventInfo.handlerObject;\n\t\t\t}\n\t\t}\n\t\tdomNode.addEventListener(eventInfo.name,handler,false);\n\t});\n};\n\n\n})();\n",
"title": "$:/core/modules/utils/dom.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/http.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/http.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser HTTP support\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data)\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$tw.utils.each(options.data,function(dataItem,dataItemTitle) {\n\t\t\t\tresults.push(dataItemTitle + \"=\" + encodeURIComponent(dataItem));\n\t\t\t});\n\t\t\tdata = results.join(\"&\");\n\t\t}\n\t}\n\t// Set up the state change handler\n\trequest.onreadystatechange = function() {\n\t\tif(this.readyState === 4) {\n\t\t\tif(this.status === 200 || this.status === 201 || this.status === 204) {\n\t\t\t\t// Success!\n\t\t\t\toptions.callback(null,this.responseText,this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback(\"XMLHttpRequest error code: \" + this.status);\n\t\t}\n\t};\n\t// Make the request\n\trequest.open(type,options.url,true);\n\tif(headers) {\n\t\t$tw.utils.each(headers,function(header,headerTitle,object) {\n\t\t\trequest.setRequestHeader(headerTitle,header);\n\t\t});\n\t}\n\tif(data && !$tw.utils.hop(headers,\"Content-type\")) {\n\t\trequest.setRequestHeader(\"Content-type\",\"application/x-www-form-urlencoded; charset=UTF-8\");\n\t}\n\trequest.send(data);\n\treturn request;\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/http.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/keyboard.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/keyboard.js\ntype: application/javascript\nmodule-type: utils\n\nKeyboard utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar namedKeys = {\n\t\"backspace\": 8,\n\t\"tab\": 9,\n\t\"enter\": 13,\n\t\"escape\": 27\n};\n\n/*\nParses a key descriptor into the structure:\n{\n\tkeyCode: numeric keycode\n\tshiftKey: boolean\n\taltKey: boolean\n\tctrlKey: boolean\n}\nKey descriptors have the following format:\n\tctrl+enter\n\tctrl+shift+alt+A\n*/\nexports.parseKeyDescriptor = function(keyDescriptor) {\n\tvar components = keyDescriptor.split(\"+\"),\n\t\tinfo = {\n\t\t\tkeyCode: 0,\n\t\t\tshiftKey: false,\n\t\t\taltKey: false,\n\t\t\tctrlKey: false\n\t\t};\n\tfor(var t=0; t<components.length; t++) {\n\t\tvar s = components[t].toLowerCase();\n\t\t// Look for modifier keys\n\t\tif(s === \"ctrl\") {\n\t\t\tinfo.ctrlKey = true;\n\t\t} else if(s === \"shift\") {\n\t\t\tinfo.shiftKey = true;\n\t\t} else if(s === \"alt\") {\n\t\t\tinfo.altKey = true;\n\t\t} else if(s === \"meta\") {\n\t\t\tinfo.metaKey = true;\n\t\t}\n\t\t// Replace named keys with their code\n\t\tif(namedKeys[s]) {\n\t\t\tinfo.keyCode = namedKeys[s];\n\t\t}\n\t}\n\treturn info;\n};\n\nexports.checkKeyDescriptor = function(event,keyInfo) {\n\tvar metaKeyStatus = !!keyInfo.metaKey; // Using a temporary variable to keep JSHint happy\n\treturn event.keyCode === keyInfo.keyCode && \n\t\t\tevent.shiftKey === keyInfo.shiftKey && \n\t\t\tevent.altKey === keyInfo.altKey && \n\t\t\tevent.ctrlKey === keyInfo.ctrlKey && \n\t\t\tevent.metaKey === metaKeyStatus;\t\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/keyboard.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/modal.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/modal.js\ntype: application/javascript\nmodule-type: utils\n\nModal message mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Modal = function(wiki) {\n\tthis.wiki = wiki;\n\tthis.modalCount = 0;\n};\n\n/*\nDisplay a modal dialogue\n\ttitle: Title of tiddler to display\n\toptions: see below\nOptions include:\n\tdownloadLink: Text of a big download link to include\n*/\nModal.prototype.display = function(title,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\trefreshHandler,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\ttiddler = this.wiki.getTiddler(title);\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Create the wrapper divs\n\tvar wrapper = document.createElement(\"div\"),\n\t\tmodalBackdrop = document.createElement(\"div\"),\n\t\tmodalWrapper = document.createElement(\"div\"),\n\t\tmodalHeader = document.createElement(\"div\"),\n\t\theaderTitle = document.createElement(\"h3\"),\n\t\tmodalBody = document.createElement(\"div\"),\n\t\tmodalLink = document.createElement(\"a\"),\n\t\tmodalFooter = document.createElement(\"div\"),\n\t\tmodalFooterHelp = document.createElement(\"span\"),\n\t\tmodalFooterButtons = document.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$tw.utils.addClass(wrapper,\"tc-modal-wrapper\");\n\t$tw.utils.addClass(modalBackdrop,\"tc-modal-backdrop\");\n\t$tw.utils.addClass(modalWrapper,\"tc-modal\");\n\t$tw.utils.addClass(modalHeader,\"tc-modal-header\");\n\t$tw.utils.addClass(modalBody,\"tc-modal-body\");\n\t$tw.utils.addClass(modalFooter,\"tc-modal-footer\");\n\t// Join them together\n\twrapper.appendChild(modalBackdrop);\n\twrapper.appendChild(modalWrapper);\n\tmodalHeader.appendChild(headerTitle);\n\tmodalWrapper.appendChild(modalHeader);\n\tmodalWrapper.appendChild(modalBody);\n\tmodalFooter.appendChild(modalFooterHelp);\n\tmodalFooter.appendChild(modalFooterButtons);\n\tmodalWrapper.appendChild(modalFooter);\n\t// Render the title of the message\n\tvar headerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"subtitle\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\tattributes: {\n\t\t\t\ttext: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title\n\t\t}}}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\theaderWidgetNode.render(headerTitle,null);\n\t// Render the body of the message\n\tvar bodyWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\tbodyWidgetNode.render(modalBody,null);\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink;\n\t\tmodalLink.appendChild(document.createTextNode(\"Right-click to save changes\"));\n\t\tmodalBody.appendChild(modalLink);\n\t}\n\t// Render the footer of the message\n\tif(tiddler && tiddler.fields && tiddler.fields.help) {\n\t\tvar link = document.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.appendChild(document.createTextNode(\"Help\"));\n\t\tmodalFooterHelp.appendChild(link);\n\t\tmodalFooterHelp.style.float = \"left\";\n\t}\n\tvar footerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"footer\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"button\",\n\t\t\tattributes: {\n\t\t\t\tmessage: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: \"tm-close-tiddler\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttext: {\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: \"Close\"\n\t\t\t}}}\n\t\t]}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables\n\t});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\t// Set up the refresh handler\n\trefreshHandler = function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Remove our refresh handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$tw.utils.forceLayout(modalBackdrop);\n\t\t$tw.utils.forceLayout(modalWrapper);\n\t\t$tw.utils.setStyle(modalBackdrop,[\n\t\t\t{opacity: \"0\"}\n\t\t]);\n\t\t$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + window.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\twindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tdocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tm-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tdocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(modalBackdrop);\n\t$tw.utils.forceLayout(modalWrapper);\n\t// Set final animated styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0.7\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tif($tw.pageContainer) {\n\t\t$tw.utils.toggleClass($tw.pageContainer,\"tc-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
"title": "$:/core/modules/utils/dom/modal.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/notifier.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/notifier.js\ntype: application/javascript\nmodule-type: utils\n\nNotifier mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Notifier = function(wiki) {\n\tthis.wiki = wiki;\n};\n\n/*\nDisplay a notification\n\ttitle: Title of tiddler containing the notification text\n\toptions: see below\nOptions include:\n*/\nNotifier.prototype.display = function(title,options) {\n\toptions = options || {};\n\t// Create the wrapper divs\n\tvar self = this,\n\t\tnotification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\trefreshHandler;\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tc-notification\");\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Render the body of the notification\n\tvar widgetNode = this.wiki.makeTranscludeWidget(title,{parentWidget: $tw.rootWidget, document: document, variables: variables});\n\twidgetNode.render(notification,null);\n\trefreshHandler = function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Set the initial styles for the notification\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"0\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"},\n\t\t{transition: \"opacity \" + duration + \"ms ease-out, \" + $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Add the notification to the DOM\n\tdocument.body.appendChild(notification);\n\t// Force layout\n\t$tw.utils.forceLayout(notification);\n\t// Set final animated styles\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Remove our change event handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Force layout and animate the notification away\n\t\t$tw.utils.forceLayout(notification);\n\t\t$tw.utils.setStyle(notification,[\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transform: \"translateX(\" + (notification.offsetWidth) + \"px)\"}\n\t\t]);\n\t\t// Remove the modal message from the DOM once the transition ends\n\t\tsetTimeout(function() {\n\t\t\tif(notification.parentNode) {\n\t\t\t\tdocument.body.removeChild(notification);\n\t\t\t}\n\t\t},duration);\n\t},$tw.config.preferences.notificationDuration);\n};\n\nexports.Notifier = Notifier;\n\n})();\n",
"title": "$:/core/modules/utils/dom/notifier.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/popup.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/popup.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Popup object prototype that manages popups in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.documentElement;\n\tthis.popups = []; // Array of {title:,wiki:,domNode:} objects\n};\n\n/*\nTrigger a popup open or closed. Parameters are in a hashmap:\n\ttitle: title of the tiddler where the popup details are stored\n\tdomNode: dom node to which the popup will be positioned\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false (instead of toggling it)\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Check if this popup is already active\n\tvar index = -1;\n\tfor(var t=0; t<this.popups.length; t++) {\n\t\tif(this.popups[t].title === options.title) {\n\t\t\tindex = t;\n\t\t}\n\t}\n\t// Compute the new state\n\tvar state = index === -1;\n\tif(options.force !== undefined) {\n\t\tstate = options.force;\n\t}\n\t// Show or cancel the popup according to the new state\n\tif(state) {\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel(index);\n\t}\n};\n\nPopup.prototype.handleEvent = function(event) {\n\tif(event.type === \"click\") {\n\t\t// Find out what was clicked on\n\t\tvar info = this.popupInfo(event.target),\n\t\t\tcancelLevel = info.popupLevel - 1;\n\t\t// Don't remove the level that was clicked on if we clicked on a handle\n\t\tif(info.isHandle) {\n\t\t\tcancelLevel++;\n\t\t}\n\t\t// Cancel\n\t\tthis.cancel(cancelLevel);\n\t}\n};\n\n/*\nFind the popup level containing a DOM node. Returns:\npopupLevel: count of the number of nested popups containing the specified element\nisHandle: true if the specified element is within a popup handle\n*/\nPopup.prototype.popupInfo = function(domNode) {\n\tvar isHandle = false,\n\t\tpopupCount = 0,\n\t\tnode = domNode;\n\t// First check ancestors to see if we're within a popup handle\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup-handle\")) {\n\t\t\tisHandle = true;\n\t\t\tpopupCount++;\n\t\t}\n\t\tif($tw.utils.hasClass(node,\"tc-popup-keep\")) {\n\t\t\tisHandle = true;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\t// Then count the number of ancestor popups\n\tnode = domNode;\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup\")) {\n\t\t\tpopupCount++;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\tvar info = {\n\t\tpopupLevel: popupCount,\n\t\tisHandle: isHandle\n\t};\n\treturn info;\n};\n\n/*\nDisplay a popup by adding it to the stack\n*/\nPopup.prototype.show = function(options) {\n\t// Find out what was clicked on\n\tvar info = this.popupInfo(options.domNode);\n\t// Cancel any higher level popups\n\tthis.cancel(info.popupLevel);\n\t// Store the popup details\n\tthis.popups.push({\n\t\ttitle: options.title,\n\t\twiki: options.wiki,\n\t\tdomNode: options.domNode\n\t});\n\t// Set the state tiddler\n\toptions.wiki.setTextReference(options.title,\n\t\t\t\"(\" + options.domNode.offsetLeft + \",\" + options.domNode.offsetTop + \",\" + \n\t\t\t\toptions.domNode.offsetWidth + \",\" + options.domNode.offsetHeight + \")\");\n\t// Add the click handler if we have any popups\n\tif(this.popups.length > 0) {\n\t\tthis.rootElement.addEventListener(\"click\",this,true);\t\t\n\t}\n};\n\n/*\nCancel all popups at or above a specified level or DOM node\nlevel: popup level to cancel (0 cancels all popups)\n*/\nPopup.prototype.cancel = function(level) {\n\tvar numPopups = this.popups.length;\n\tlevel = Math.max(0,Math.min(level,numPopups));\n\tfor(var t=level; t<numPopups; t++) {\n\t\tvar popup = this.popups.pop();\n\t\tif(popup.title) {\n\t\t\tpopup.wiki.deleteTiddler(popup.title);\n\t\t}\n\t}\n\tif(this.popups.length === 0) {\n\t\tthis.rootElement.removeEventListener(\"click\",this,false);\n\t}\n};\n\n/*\nReturns true if the specified title and text identifies an active popup\n*/\nPopup.prototype.readPopupState = function(text) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/;\n\treturn popupLocationRegExp.test(text);\n};\n\nexports.Popup = Popup;\n\n})();\n",
"title": "$:/core/modules/utils/dom/popup.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/scroller.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/dom/scroller.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Scroller object prototype that manages scrolling in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nEvent handler for when the `tm-scroll` event hits the document body\n*/\nvar PageScroller = function() {\n\tthis.idRequestFrame = null;\n\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\twindow.webkitRequestAnimationFrame ||\n\t\twindow.mozRequestAnimationFrame ||\n\t\tfunction(callback) {\n\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t};\n\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\twindow.webkitCancelAnimationFrame ||\n\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\twindow.mozCancelAnimationFrame ||\n\t\twindow.mozCancelRequestAnimationFrame ||\n\t\tfunction(id) {\n\t\t\twindow.clearTimeout(id);\n\t\t};\n};\n\nPageScroller.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle an event\n*/\nPageScroller.prototype.handleEvent = function(event) {\n\tif(event.type === \"tm-scroll\") {\n\t\treturn this.scrollIntoView(event.target);\n\t}\n\treturn true;\n};\n\n/*\nHandle a scroll event hitting the page document\n*/\nPageScroller.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\t// Now get ready to scroll the body\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = $tw.utils.getScrollPosition();\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar clientBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientBounds.left + scrollPosition.x,\n\t\t\ttop: clientBounds.top + scrollPosition.y,\n\t\t\twidth: clientBounds.width,\n\t\t\theight: clientBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\t// targetPos/targetSize - position and size of the target element\n\t// currentPos/currentSize - position and size of the current scroll viewport\n\t// returns: new position of the scroll viewport\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\tvar newPos = currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to it's top/left\n\t\t\tif(targetPos <= currentPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\tnewPos = targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\tnewPos = targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\tnewPos = currentPos;\n\t\t\t}\n\t\t\t// If we are scrolling within 50 pixels of the top/left then snap to zero\n\t\t\tif(newPos < 50) {\n\t\t\t\tnewPos = 0;\n\t\t\t}\n\t\t\treturn newPos;\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,window.innerWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,window.innerHeight);\n\t// Only scroll if the position has changed\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\twindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
"title": "$:/core/modules/utils/dom/scroller.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/edition-info.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/edition-info.js\ntype: application/javascript\nmodule-type: utils-node\n\nInformation about the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\nvar editionInfo;\n\nexports.getEditionInfo = function() {\n\tif(!editionInfo) {\n\t\t// Enumerate the edition paths\n\t\tvar editionPaths = $tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar);\n\t\teditionInfo = {};\n\t\tfor(var editionIndex=0; editionIndex<editionPaths.length; editionIndex++) {\n\t\t\tvar editionPath = editionPaths[editionIndex];\n\t\t\t// Enumerate the folders\n\t\t\tvar entries = fs.readdirSync(editionPath);\n\t\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\t\tvar entry = entries[entryIndex];\n\t\t\t\t// Check if directories have a valid tiddlywiki.info\n\t\t\t\tif(!editionInfo[entry] && $tw.utils.isDirectory(path.resolve(editionPath,entry))) {\n\t\t\t\t\tvar info;\n\t\t\t\t\ttry {\n\t\t\t\t\t\tinfo = JSON.parse(fs.readFileSync(path.resolve(editionPath,entry,\"tiddlywiki.info\"),\"utf8\"));\n\t\t\t\t\t} catch(ex) {\n\t\t\t\t\t}\n\t\t\t\t\tif(info) {\n\t\t\t\t\t\teditionInfo[entry] = info;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\treturn editionInfo;\n};\n\n})();\n",
"title": "$:/core/modules/utils/edition-info.js",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/fakedom.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/fakedom.js\ntype: application/javascript\nmodule-type: global\n\nA barebones implementation of DOM interfaces needed by the rendering mechanism.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n};\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text;\n};\n\nObject.defineProperty(TW_TextNode.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\treturn this.textContent.replace(/(\\r?\\n)/g,\"\");\n\t}\n});\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis.style = {};\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value;\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\tdelete this.attributes[name];\n\t}\n};\n\nTW_Element.prototype.appendChild = function(node) {\n\tthis.children.push(node);\n\tnode.parentNode = this;\n};\n\nTW_Element.prototype.insertBefore = function(node,nextSibling) {\n\tif(nextSibling) {\n\t\tvar p = this.children.indexOf(nextSibling);\n\t\tif(p !== -1) {\n\t\t\tthis.children.splice(p,0,node);\n\t\t\tnode.parentNode = this;\n\t\t} else {\n\t\t\tthis.appendChild(node);\n\t\t}\n\t} else {\n\t\tthis.appendChild(node);\n\t}\n};\n\nTW_Element.prototype.removeChild = function(node) {\n\tvar p = this.children.indexOf(node);\n\tif(p !== -1) {\n\t\tthis.children.splice(p,1);\n\t}\n};\n\nTW_Element.prototype.hasChildNodes = function() {\n\treturn !!this.children.length;\n};\n\nObject.defineProperty(TW_Element.prototype, \"firstChild\", {\n\tget: function() {\n\t\treturn this.children[0];\n\t}\n});\n\nTW_Element.prototype.addEventListener = function(type,listener,useCapture) {\n\t// Do nothing\n};\n\nObject.defineProperty(TW_Element.prototype, \"className\", {\n\tget: function() {\n\t\treturn this.attributes[\"class\"] || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes[\"class\"] = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"value\", {\n\tget: function() {\n\t\treturn this.attributes.value || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes.value = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"outerHTML\", {\n\tget: function() {\n\t\tvar output = [],attr,a,v;\n\t\toutput.push(\"<\",this.tag);\n\t\tif(this.attributes) {\n\t\t\tattr = [];\n\t\t\tfor(a in this.attributes) {\n\t\t\t\tattr.push(a);\n\t\t\t}\n\t\t\tattr.sort();\n\t\t\tfor(a=0; a<attr.length; a++) {\n\t\t\t\tv = this.attributes[attr[a]];\n\t\t\t\tif(v !== undefined) {\n\t\t\t\t\toutput.push(\" \",attr[a],\"=\\\"\",$tw.utils.htmlEncode(v),\"\\\"\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(this.style) {\n\t\t\tvar style = [];\n\t\t\tfor(var s in this.style) {\n\t\t\t\tstyle.push(s + \":\" + this.style[s] + \";\");\n\t\t\t}\n\t\t\tif(style.length > 0) {\n\t\t\t\toutput.push(\" style=\\\"\",style.join(\"\"),\"\\\"\")\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($tw.config.htmlVoidElements.indexOf(this.tag) === -1) {\n\t\t\toutput.push(this.innerHTML);\n\t\t\toutput.push(\"</\",this.tag,\">\");\n\t\t}\n\t\treturn output.join(\"\");\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"innerHTML\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn this.rawHTML;\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tif(node instanceof TW_Element) {\n\t\t\t\t\tb.push(node.outerHTML);\n\t\t\t\t} else if(node instanceof TW_TextNode) {\n\t\t\t\t\tb.push($tw.utils.htmlEncode(node.textContent));\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.isRaw = true;\n\t\tthis.rawHTML = value;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tthrow \"Cannot get textContent on a raw TW_Element\";\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.textContent);\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.children = [new TW_TextNode(value)];\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tthrow \"Cannot get formattedTextContent on a raw TW_Element\";\n\t\t} else {\n\t\t\tvar b = [],\n\t\t\t\tisBlock = $tw.config.htmlBlockElements.indexOf(this.tag) !== -1;\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\tif(this.tag === \"li\") {\n\t\t\t\tb.push(\"* \");\n\t\t\t}\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.formattedTextContent);\n\t\t\t});\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\treturn b.join(\"\");\n\t\t}\n\t}\n});\n\nvar document = {\n\tsetSequenceNumber: function(value) {\n\t\tsequenceNumber = value;\n\t},\n\tcreateElementNS: function(namespace,tag) {\n\t\treturn new TW_Element(tag,namespace);\n\t},\n\tcreateElement: function(tag) {\n\t\treturn new TW_Element(tag);\n\t},\n\tcreateTextNode: function(text) {\n\t\treturn new TW_TextNode(text);\n\t},\n\tcompatMode: \"CSS1Compat\", // For KaTeX to know that we're not a browser in quirks mode\n\tisTiddlyWikiFakeDom: true\n};\n\nexports.fakeDocument = document;\n\n})();\n",
"title": "$:/core/modules/utils/fakedom.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/filesystem.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/filesystem.js\ntype: application/javascript\nmodule-type: utils-node\n\nFile system utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\n/*\nRecursively (and synchronously) copy a directory and all its content\n*/\nexports.copyDirectory = function(srcPath,dstPath) {\n\t// Remove any trailing path separators\n\tsrcPath = $tw.utils.removeTrailingSeparator(srcPath);\n\tdstPath = $tw.utils.removeTrailingSeparator(dstPath);\n\t// Create the destination directory\n\tvar err = $tw.utils.createDirectory(dstPath);\n\tif(err) {\n\t\treturn err;\n\t}\n\t// Function to copy a folder full of files\n\tvar copy = function(srcPath,dstPath) {\n\t\tvar srcStats = fs.lstatSync(srcPath),\n\t\t\tdstExists = fs.existsSync(dstPath);\n\t\tif(srcStats.isFile()) {\n\t\t\t$tw.utils.copyFile(srcPath,dstPath);\n\t\t} else if(srcStats.isDirectory()) {\n\t\t\tvar items = fs.readdirSync(srcPath);\n\t\t\tfor(var t=0; t<items.length; t++) {\n\t\t\t\tvar item = items[t],\n\t\t\t\t\terr = copy(srcPath + path.sep + item,dstPath + path.sep + item);\n\t\t\t\tif(err) {\n\t\t\t\t\treturn err;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n\tcopy(srcPath,dstPath);\n\treturn null;\n};\n\n/*\nCopy a file\n*/\nvar FILE_BUFFER_LENGTH = 64 * 1024,\n\tfileBuffer;\n\nexports.copyFile = function(srcPath,dstPath) {\n\t// Create buffer if required\n\tif(!fileBuffer) {\n\t\tfileBuffer = new Buffer(FILE_BUFFER_LENGTH);\n\t}\n\t// Create any directories in the destination\n\t$tw.utils.createDirectory(path.dirname(dstPath));\n\t// Copy the file\n\tvar srcFile = fs.openSync(srcPath,\"r\"),\n\t\tdstFile = fs.openSync(dstPath,\"w\"),\n\t\tbytesRead = 1,\n\t\tpos = 0;\n\twhile (bytesRead > 0) {\n\t\tbytesRead = fs.readSync(srcFile,fileBuffer,0,FILE_BUFFER_LENGTH,pos);\n\t\tfs.writeSync(dstFile,fileBuffer,0,bytesRead);\n\t\tpos += bytesRead;\n\t}\n\tfs.closeSync(srcFile);\n\tfs.closeSync(dstFile);\n\treturn null;\n};\n\n/*\nRemove trailing path separator\n*/\nexports.removeTrailingSeparator = function(dirPath) {\n\tvar len = dirPath.length;\n\tif(dirPath.charAt(len-1) === path.sep) {\n\t\tdirPath = dirPath.substr(0,len-1);\n\t}\n\treturn dirPath;\n};\n\n/*\nRecursively create a directory\n*/\nexports.createDirectory = function(dirPath) {\n\tif(dirPath.substr(dirPath.length-1,1) !== path.sep) {\n\t\tdirPath = dirPath + path.sep;\n\t}\n\tvar pos = 1;\n\tpos = dirPath.indexOf(path.sep,pos);\n\twhile(pos !== -1) {\n\t\tvar subDirPath = dirPath.substr(0,pos);\n\t\tif(!$tw.utils.isDirectory(subDirPath)) {\n\t\t\ttry {\n\t\t\t\tfs.mkdirSync(subDirPath);\n\t\t\t} catch(e) {\n\t\t\t\treturn \"Error creating directory '\" + subDirPath + \"'\";\n\t\t\t}\n\t\t}\n\t\tpos = dirPath.indexOf(path.sep,pos + 1);\n\t}\n\treturn null;\n};\n\n/*\nRecursively create directories needed to contain a specified file\n*/\nexports.createFileDirectories = function(filePath) {\n\treturn $tw.utils.createDirectory(path.dirname(filePath));\n};\n\n/*\nRecursively delete a directory\n*/\nexports.deleteDirectory = function(dirPath) {\n\tif(fs.existsSync(dirPath)) {\n\t\tvar entries = fs.readdirSync(dirPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar currPath = dirPath + path.sep + entries[entryIndex];\n\t\t\tif(fs.lstatSync(currPath).isDirectory()) {\n\t\t\t\t$tw.utils.deleteDirectory(currPath);\n\t\t\t} else {\n\t\t\t\tfs.unlinkSync(currPath);\n\t\t\t}\n\t\t}\n\tfs.rmdirSync(dirPath);\n\t}\n\treturn null;\n};\n\n/*\nCheck if a path identifies a directory\n*/\nexports.isDirectory = function(dirPath) {\n\treturn fs.existsSync(dirPath) && fs.statSync(dirPath).isDirectory();\n};\n\n/*\nCheck if a path identifies a directory that is empty\n*/\nexports.isDirectoryEmpty = function(dirPath) {\n\tif(!$tw.utils.isDirectory(dirPath)) {\n\t\treturn false;\n\t}\n\tvar files = fs.readdirSync(dirPath),\n\t\tempty = true;\n\t$tw.utils.each(files,function(file,index) {\n\t\tif(file.charAt(0) !== \".\") {\n\t\t\tempty = false;\n\t\t}\n\t});\n\treturn empty;\n};\n\n})();\n",
"title": "$:/core/modules/utils/filesystem.js",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/logger.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/logger.js\ntype: application/javascript\nmodule-type: utils\n\nA basic logging implementation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ALERT_TAG = \"$:/tags/Alert\";\n\n/*\nMake a new logger\n*/\nfunction Logger(componentName) {\n\tthis.componentName = componentName || \"\";\n}\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tif(console !== undefined && console.log !== undefined) {\n\t\treturn Function.apply.call(console.log, console, [this.componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)));\n\t}\n};\n\n/*\nAlert a message\n*/\nLogger.prototype.alert = function(/* args */) {\n\t// Prepare the text of the alert\n\tvar text = Array.prototype.join.call(arguments,\" \");\n\t// Create alert tiddlers in the browser\n\tif($tw.browser) {\n\t\t// Check if there is an existing alert with the same text and the same component\n\t\tvar existingAlerts = $tw.wiki.getTiddlersWithTag(ALERT_TAG),\n\t\t\talertFields,\n\t\t\texistingCount,\n\t\t\tself = this;\n\t\t$tw.utils.each(existingAlerts,function(title) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(tiddler.fields.text === text && tiddler.fields.component === self.componentName && tiddler.fields.modified && (!alertFields || tiddler.fields.modified < alertFields.modified)) {\n\t\t\t\t\talertFields = $tw.utils.extend({},tiddler.fields);\n\t\t\t}\n\t\t});\n\t\tif(alertFields) {\n\t\t\texistingCount = alertFields.count || 1;\n\t\t} else {\n\t\t\talertFields = {\n\t\t\t\ttitle: $tw.wiki.generateNewTitle(\"$:/temp/alerts/alert\",{prefix: \"\"}),\n\t\t\t\ttext: text,\n\t\t\t\ttags: [ALERT_TAG],\n\t\t\t\tcomponent: this.componentName\n\t\t\t};\n\t\t\texistingCount = 0;\n\t\t}\n\t\talertFields.modified = new Date();\n\t\tif(++existingCount > 1) {\n\t\t\talertFields.count = existingCount;\n\t\t} else {\n\t\t\talertFields.count = undefined;\n\t\t}\n\t\t$tw.wiki.addTiddler(new $tw.Tiddler(alertFields));\n\t\t// Log the alert as well\n\t\tthis.log.apply(this,Array.prototype.slice.call(arguments,0));\n\t} else {\n\t\t// Print an orange message to the console if not in the browser\n\t\tconsole.error(\"\\x1b[1;33m\" + text + \"\\x1b[0m\");\n\t}\n};\n\nexports.Logger = Logger;\n\n})();\n",
"title": "$:/core/modules/utils/logger.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/parsetree.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/parsetree.js\ntype: application/javascript\nmodule-type: utils\n\nParse tree utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.addAttributeToParseTreeNode = function(node,name,value) {\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[name] = {type: \"string\", value: value};\n};\n\nexports.getAttributeValueFromParseTreeNode = function(node,name,defaultValue) {\n\tif(node.attributes && node.attributes[name] && node.attributes[name].value !== undefined) {\n\t\treturn node.attributes[name].value;\n\t}\n\treturn defaultValue;\n};\n\nexports.addClassToParseTreeNode = function(node,classString) {\n\tvar classes = [];\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[\"class\"] = node.attributes[\"class\"] || {type: \"string\", value: \"\"};\n\tif(node.attributes[\"class\"].type === \"string\") {\n\t\tif(node.attributes[\"class\"].value !== \"\") {\n\t\t\tclasses = node.attributes[\"class\"].value.split(\" \");\n\t\t}\n\t\tif(classString !== \"\") {\n\t\t\t$tw.utils.pushTop(classes,classString.split(\" \"));\n\t\t}\n\t\tnode.attributes[\"class\"].value = classes.join(\" \");\n\t}\n};\n\nexports.addStyleToParseTreeNode = function(node,name,value) {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes.style = node.attributes.style || {type: \"string\", value: \"\"};\n\t\tif(node.attributes.style.type === \"string\") {\n\t\t\tnode.attributes.style.value += name + \":\" + value + \";\";\n\t\t}\n};\n\nexports.findParseTreeNode = function(nodeArray,search) {\n\tfor(var t=0; t<nodeArray.length; t++) {\n\t\tif(nodeArray[t].type === search.type && nodeArray[t].tag === search.tag) {\n\t\t\treturn nodeArray[t];\n\t\t}\n\t}\n\treturn undefined;\n};\n\n})();\n",
"title": "$:/core/modules/utils/parsetree.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/performance.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/performance.js\ntype: application/javascript\nmodule-type: global\n\nPerformance measurement.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Performance(enabled) {\n\tthis.enabled = !!enabled;\n\tthis.measures = {}; // Hashmap of current values of measurements\n\tthis.logger = new $tw.utils.Logger(\"performance\");\n}\n\n/*\nWrap performance reporting around a top level function\n*/\nPerformance.prototype.report = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tself.measures = {};\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tself.logger.log(name + \": \" + $tw.utils.timer(startTime) + \"ms\");\n\t\t\tfor(var m in self.measures) {\n\t\t\t\tself.logger.log(\"+\" + m + \": \" + self.measures[m] + \"ms\");\n\t\t\t}\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\n/*\nWrap performance measurements around a subfunction\n*/\nPerformance.prototype.measure = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments),\n\t\t\t\tvalue = self.measures[name] || 0;\n\t\t\tself.measures[name] = value + $tw.utils.timer(startTime);\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nexports.Performance = Performance;\n\n})();\n",
"title": "$:/core/modules/utils/performance.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/pluginmaker.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/pluginmaker.js\ntype: application/javascript\nmodule-type: utils\n\nA quick and dirty way to pack up plugins within the browser.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRepack a plugin, and then delete any non-shadow payload tiddlers\n*/\nexports.repackPlugin = function(title,additionalTiddlers,excludeTiddlers) {\n\tadditionalTiddlers = additionalTiddlers || [];\n\texcludeTiddlers = excludeTiddlers || [];\n\t// Get the plugin tiddler\n\tvar pluginTiddler = $tw.wiki.getTiddler(title);\n\tif(!pluginTiddler) {\n\t\tthrow \"No such tiddler as \" + title;\n\t}\n\t// Extract the JSON\n\tvar jsonPluginTiddler;\n\ttry {\n\t\tjsonPluginTiddler = JSON.parse(pluginTiddler.fields.text);\n\t} catch(e) {\n\t\tthrow \"Cannot parse plugin tiddler \" + title + \"\\nError: \" + e;\n\t}\n\t// Get the list of tiddlers\n\tvar tiddlers = Object.keys(jsonPluginTiddler.tiddlers);\n\t// Add the additional tiddlers\n\t$tw.utils.pushTop(tiddlers,additionalTiddlers);\n\t// Remove any excluded tiddlers\n\tfor(var t=tiddlers.length-1; t>=0; t--) {\n\t\tif(excludeTiddlers.indexOf(tiddlers[t]) !== -1) {\n\t\t\ttiddlers.splice(t,1);\n\t\t}\n\t}\n\t// Pack up the tiddlers into a block of JSON\n\tvar plugins = {};\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\tfields = {};\n\t\t$tw.utils.each(tiddler.fields,function (value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\tplugins[title] = fields;\n\t});\n\t// Retrieve and bump the version number\n\tvar pluginVersion = $tw.utils.parseVersion(pluginTiddler.getFieldString(\"version\") || \"0.0.0\") || {\n\t\t\tmajor: \"0\",\n\t\t\tminor: \"0\",\n\t\t\tpatch: \"0\"\n\t\t};\n\tpluginVersion.patch++;\n\tvar version = pluginVersion.major + \".\" + pluginVersion.minor + \".\" + pluginVersion.patch;\n\tif(pluginVersion.prerelease) {\n\t\tversion += \"-\" + pluginVersion.prerelease;\n\t}\n\tif(pluginVersion.build) {\n\t\tversion += \"+\" + pluginVersion.build;\n\t}\n\t// Save the tiddler\n\t$tw.wiki.addTiddler(new $tw.Tiddler(pluginTiddler,{text: JSON.stringify({tiddlers: plugins},null,4), version: version}));\n\t// Delete any non-shadow constituent tiddlers\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tif($tw.wiki.tiddlerExists(title)) {\n\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t}\n\t});\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t// Return a heartwarming confirmation\n\treturn \"Plugin \" + title + \" successfully saved\";\n};\n\n})();\n",
"title": "$:/core/modules/utils/pluginmaker.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/utils.js": {
"text": "/*\\\ntitle: $:/core/modules/utils/utils.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDisplay a warning, in colour if we're on a terminal\n*/\nexports.warning = function(text) {\n\tconsole.log($tw.node ? \"\\x1b[1;33m\" + text + \"\\x1b[0m\" : text);\n}\n\n/*\nTrim whitespace from the start and end of a string\nThanks to Steven Levithan, http://blog.stevenlevithan.com/archives/faster-trim-javascript\n*/\nexports.trim = function(str) {\n\tif(typeof str === \"string\") {\n\t\treturn str.replace(/^\\s\\s*/, '').replace(/\\s\\s*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\tvar s = 0;\n\t$tw.utils.each(object,function() {s++;});\n\treturn s;\n};\n\n/*\nCheck if an array is equal by value and by reference.\n*/\nexports.isArrayEqual = function(array1,array2) {\n\tif(array1 === array2) {\n\t\treturn true;\n\t}\n\tarray1 = array1 || [];\n\tarray2 = array2 || [];\n\tif(array1.length !== array2.length) {\n\t\treturn false;\n\t}\n\treturn array1.every(function(value,index) {\n\t\treturn value === array2[index];\n\t});\n};\n\n/*\nPush entries onto an array, removing them first if they already exist in the array\n\tarray: array to modify (assumed to be free of duplicates)\n\tvalue: a single value to push or an array of values to push\n*/\nexports.pushTop = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\t// Remove any array entries that are duplicated in the new values\n\t\tif(value.length !== 0) {\n\t\t\tif(array.length !== 0) {\n\t\t\t\tif(value.length < array.length) {\n\t\t\t\t\tfor(t=0; t<value.length; t++) {\n\t\t\t\t\t\tp = array.indexOf(value[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(p,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tfor(t=array.length-1; t>=0; t--) {\n\t\t\t\t\t\tp = value.indexOf(array[t]);\n\t\t\t\t\t\tif(p !== -1) {\n\t\t\t\t\t\t\tarray.splice(t,1);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Push the values on top of the main array\n\t\t\tarray.push.apply(array,value);\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t\tarray.push(value);\n\t}\n\treturn array;\n};\n\n/*\nRemove entries from an array\n\tarray: array to modify\n\tvalue: a single value to remove, or an array of values to remove\n*/\nexports.removeArrayEntries = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\tfor(t=0; t<value.length; t++) {\n\t\t\tp = array.indexOf(value[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tarray.splice(p,1);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t}\n};\n\n/*\nCheck whether any members of a hashmap are present in another hashmap\n*/\nexports.checkDependencies = function(dependencies,changes) {\n\tvar hit = false;\n\t$tw.utils.each(changes,function(change,title) {\n\t\tif($tw.utils.hop(dependencies,title)) {\n\t\t\thit = true;\n\t\t}\n\t});\n\treturn hit;\n};\n\nexports.extend = function(object /* [, src] */) {\n\t$tw.utils.each(Array.prototype.slice.call(arguments, 1), function(source) {\n\t\tif(source) {\n\t\t\tfor(var property in source) {\n\t\t\t\tobject[property] = source[property];\n\t\t\t}\n\t\t}\n\t});\n\treturn object;\n};\n\nexports.deepCopy = function(object) {\n\tvar result,t;\n\tif($tw.utils.isArray(object)) {\n\t\t// Copy arrays\n\t\tresult = object.slice(0);\n\t} else if(typeof object === \"object\") {\n\t\tresult = {};\n\t\tfor(t in object) {\n\t\t\tif(object[t] !== undefined) {\n\t\t\t\tresult[t] = $tw.utils.deepCopy(object[t]);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tresult = object;\n\t}\n\treturn result;\n};\n\nexports.extendDeepCopy = function(object,extendedProperties) {\n\tvar result = $tw.utils.deepCopy(object),t;\n\tfor(t in extendedProperties) {\n\t\tif(extendedProperties[t] !== undefined) {\n\t\t\tresult[t] = $tw.utils.deepCopy(extendedProperties[t]);\n\t\t}\n\t}\n\treturn result;\n};\n\nexports.slowInSlowOut = function(t) {\n\treturn (1 - ((Math.cos(t * Math.PI) + 1) / 2));\n};\n\nexports.formatDateString = function(date,template) {\n\tvar result = \"\",\n\t\tt = template,\n\t\tmatches = [\n\t\t\t[/^0hh12/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getHours12(date));\n\t\t\t}],\n\t\t\t[/^wYYYY/, function() {\n\t\t\t\treturn $tw.utils.getYearForWeekNo(date);\n\t\t\t}],\n\t\t\t[/^hh12/, function() {\n\t\t\t\treturn $tw.utils.getHours12(date);\n\t\t\t}],\n\t\t\t[/^DDth/, function() {\n\t\t\t\treturn date.getDate() + $tw.utils.getDaySuffix(date);\n\t\t\t}],\n\t\t\t[/^YYYY/, function() {\n\t\t\t\treturn date.getFullYear();\n\t\t\t}],\n\t\t\t[/^0hh/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getHours());\n\t\t\t}],\n\t\t\t[/^0mm/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMinutes());\n\t\t\t}],\n\t\t\t[/^0ss/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getSeconds());\n\t\t\t}],\n\t\t\t[/^0DD/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getDate());\n\t\t\t}],\n\t\t\t[/^0MM/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMonth()+1);\n\t\t\t}],\n\t\t\t[/^0WW/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getWeek(date));\n\t\t\t}],\n\t\t\t[/^ddd/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^mmm/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^DDD/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^MMM/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^TZD/, function() {\n\t\t\t\tvar tz = date.getTimezoneOffset(),\n\t\t\t\tatz = Math.abs(tz);\n\t\t\t\treturn (tz < 0 ? '+' : '-') + $tw.utils.pad(Math.floor(atz / 60)) + ':' + $tw.utils.pad(atz % 60);\n\t\t\t}],\n\t\t\t[/^wYY/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getYearForWeekNo(date) - 2000);\n\t\t\t}],\n\t\t\t[/^[ap]m/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toLowerCase();\n\t\t\t}],\n\t\t\t[/^hh/, function() {\n\t\t\t\treturn date.getHours();\n\t\t\t}],\n\t\t\t[/^mm/, function() {\n\t\t\t\treturn date.getMinutes();\n\t\t\t}],\n\t\t\t[/^ss/, function() {\n\t\t\t\treturn date.getSeconds();\n\t\t\t}],\n\t\t\t[/^[AP]M/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toUpperCase();\n\t\t\t}],\n\t\t\t[/^DD/, function() {\n\t\t\t\treturn date.getDate();\n\t\t\t}],\n\t\t\t[/^MM/, function() {\n\t\t\t\treturn date.getMonth() + 1;\n\t\t\t}],\n\t\t\t[/^WW/, function() {\n\t\t\t\treturn $tw.utils.getWeek(date);\n\t\t\t}],\n\t\t\t[/^YY/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getFullYear() - 2000);\n\t\t\t}]\n\t\t];\n\twhile(t.length){\n\t\tvar matchString = \"\";\n\t\t$tw.utils.each(matches, function(m) {\n\t\t\tvar match = m[0].exec(t);\n\t\t\tif(match) {\n\t\t\t\tmatchString = m[1].call();\n\t\t\t\tt = t.substr(match[0].length);\n\t\t\t\treturn false;\n\t\t\t}\n\t\t});\n\t\tif(matchString) {\n\t\t\tresult += matchString;\n\t\t} else {\n\t\t\tresult += t.charAt(0);\n\t\t\tt = t.substr(1);\n\t\t}\n\t}\n\tresult = result.replace(/\\\\(.)/g,\"$1\");\n\treturn result;\n};\n\nexports.getAmPm = function(date) {\n\treturn $tw.language.getString(\"Date/Period/\" + (date.getHours() >= 12 ? \"pm\" : \"am\"));\n};\n\nexports.getDaySuffix = function(date) {\n\treturn $tw.language.getString(\"Date/DaySuffix/\" + date.getDate());\n};\n\nexports.getWeek = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week to calculate weekNo\n\tvar n = Math.floor((dt.getTime()-new Date(dt.getFullYear(),0,1) + 3600000) / 86400000);\n\treturn Math.floor(n / 7) + 1;\n};\n\nexports.getYearForWeekNo = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week\n\treturn dt.getFullYear();\n};\n\nexports.getHours12 = function(date) {\n\tvar h = date.getHours();\n\treturn h > 12 ? h-12 : ( h > 0 ? h : 12 );\n};\n\n/*\nConvert a date delta in milliseconds into a string representation of \"23 seconds ago\", \"27 minutes ago\" etc.\n\tdelta: delta in milliseconds\nReturns an object with these members:\n\tdescription: string describing the delta period\n\tupdatePeriod: time in millisecond until the string will be inaccurate\n*/\nexports.getRelativeDate = function(delta) {\n\tvar futurep = false;\n\tif(delta < 0) {\n\t\tdelta = -1 * delta;\n\t\tfuturep = true;\n\t}\n\tvar units = [\n\t\t{name: \"Years\", duration: 365 * 24 * 60 * 60 * 1000},\n\t\t{name: \"Months\", duration: (365/12) * 24 * 60 * 60 * 1000},\n\t\t{name: \"Days\", duration: 24 * 60 * 60 * 1000},\n\t\t{name: \"Hours\", duration: 60 * 60 * 1000},\n\t\t{name: \"Minutes\", duration: 60 * 1000},\n\t\t{name: \"Seconds\", duration: 1000}\n\t];\n\tfor(var t=0; t<units.length; t++) {\n\t\tvar result = Math.floor(delta / units[t].duration);\n\t\tif(result >= 2) {\n\t\t\treturn {\n\t\t\t\tdelta: delta,\n\t\t\t\tdescription: $tw.language.getString(\n\t\t\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/\" + units[t].name,\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{period: result.toString()}\n\t\t\t\t\t}\n\t\t\t\t),\n\t\t\t\tupdatePeriod: units[t].duration\n\t\t\t};\n\t\t}\n\t}\n\treturn {\n\t\tdelta: delta,\n\t\tdescription: $tw.language.getString(\n\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/Second\",\n\t\t\t{variables:\n\t\t\t\t{period: \"1\"}\n\t\t\t}\n\t\t),\n\t\tupdatePeriod: 1000\n\t};\n};\n\n// Convert & to \"&\", < to \"<\", > to \">\", \" to \""\"\nexports.htmlEncode = function(s) {\n\tif(s) {\n\t\treturn s.toString().replace(/&/mg,\"&\").replace(/</mg,\"<\").replace(/>/mg,\">\").replace(/\\\"/mg,\""\");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n// Converts all HTML entities to their character equivalents\nexports.entityDecode = function(s) {\n\tvar e = s.substr(1,s.length-2); // Strip the & and the ;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\treturn String.fromCharCode(parseInt(e.substr(2),16));\t\n\t\t} else {\n\t\t\treturn String.fromCharCode(parseInt(e.substr(1),10));\n\t\t}\n\t} else {\n\t\tvar c = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn String.fromCharCode(c);\n\t\t} else {\n\t\t\treturn s; // Couldn't convert it as an entity, just return it raw\n\t\t}\n\t}\n};\n\nexports.unescapeLineBreaks = function(s) {\n\treturn s.replace(/\\\\n/mg,\"\\n\").replace(/\\\\b/mg,\" \").replace(/\\\\s/mg,\"\\\\\").replace(/\\r/mg,\"\");\n};\n\n/*\n * Returns an escape sequence for given character. Uses \\x for characters <=\n * 0xFF to save space, \\u for the rest.\n *\n * The code needs to be in sync with th code template in the compilation\n * function for \"action\" nodes.\n */\n// Copied from peg.js, thanks to David Majda\nexports.escape = function(ch) {\n\tvar charCode = ch.charCodeAt(0);\n\tif(charCode <= 0xFF) {\n\t\treturn '\\\\x' + $tw.utils.pad(charCode.toString(16).toUpperCase());\n\t} else {\n\t\treturn '\\\\u' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape all non-ASCII characters.\n\t*/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/'/g, \"\\\\'\") // single quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/[\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\n// Checks whether a link target is external, i.e. not a tiddler title\nexports.isLinkExternal = function(to) {\n\tvar externalRegExp = /(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|'\"\\\\^~]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof process === \"undefined\") {\n\t\t// Apparently it would be faster to use postMessage - http://dbaron.org/log/20100309-faster-timeouts\n\t\twindow.setTimeout(fn,4);\n\t} else {\n\t\tprocess.nextTick(fn);\n\t}\n};\n\n/*\nConvert a hyphenated CSS property name into a camel case one\n*/\nexports.unHyphenateCss = function(propName) {\n\treturn propName.replace(/-([a-z])/gi, function(match0,match1) {\n\t\treturn match1.toUpperCase();\n\t});\n};\n\n/*\nConvert a camelcase CSS property name into a dashed one (\"backgroundColor\" --> \"background-color\")\n*/\nexports.hyphenateCss = function(propName) {\n\treturn propName.replace(/([A-Z])/g, function(match0,match1) {\n\t\treturn \"-\" + match1.toLowerCase();\n\t});\n};\n\n/*\nParse a text reference of one of these forms:\n* title\n* !!field\n* title!!field\n* title##index\n* etc\nReturns an object with the following fields, all optional:\n* title: tiddler title\n* field: tiddler field name\n* index: JSON property index\n*/\nexports.parseTextReference = function(textRef) {\n\t// Separate out the title, field name and/or JSON indices\n\tvar reTextRef = /(?:(.*?)!!(.+))|(?:(.*?)##(.+))|(.*)/mg,\n\t\tmatch = reTextRef.exec(textRef),\n\t\tresult = {};\n\tif(match && reTextRef.lastIndex === textRef.length) {\n\t\t// Return the parts\n\t\tif(match[1]) {\n\t\t\tresult.title = match[1];\n\t\t}\n\t\tif(match[2]) {\n\t\t\tresult.field = match[2];\n\t\t}\n\t\tif(match[3]) {\n\t\t\tresult.title = match[3];\n\t\t}\n\t\tif(match[4]) {\n\t\t\tresult.index = match[4];\n\t\t}\n\t\tif(match[5]) {\n\t\t\tresult.title = match[5];\n\t\t}\n\t} else {\n\t\t// If we couldn't parse it\n\t\tresult.title = textRef\n\t}\n\treturn result;\n};\n\n/*\nChecks whether a string is a valid fieldname\n*/\nexports.isValidFieldName = function(name) {\n\tif(!name || typeof name !== \"string\") {\n\t\treturn false;\n\t}\n\tname = name.toLowerCase().trim();\n\tvar fieldValidatorRegEx = /^[a-z0-9\\-\\._]+$/mg;\n\treturn fieldValidatorRegEx.test(name);\n};\n\n/*\nExtract the version number from the meta tag or from the boot file\n*/\n\n// Browser version\nexports.extractVersionInfo = function() {\n\tif($tw.packageInfo) {\n\t\treturn $tw.packageInfo.version;\n\t} else {\n\t\tvar metatags = document.getElementsByTagName(\"meta\");\n\t\tfor(var t=0; t<metatags.length; t++) {\n\t\t\tvar m = metatags[t];\n\t\t\tif(m.name === \"tiddlywiki-version\") {\n\t\t\t\treturn m.content;\n\t\t\t}\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the animation duration in ms\n*/\nexports.getAnimationDuration = function() {\n\treturn parseInt($tw.wiki.getTiddlerText(\"$:/config/AnimationDuration\",\"400\"),10);\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\tif($tw.browser) {\n\t\t// TODO\n\t\tthrow \"$tw.utils.base64Decode() doesn't work in the browser\";\n\t} else {\n\t\treturn (new Buffer(string64,\"base64\")).toString();\n\t}\n};\n\n/*\nConvert a hashmap into a tiddler dictionary format sequence of name:value pairs\n*/\nexports.makeTiddlerDictionary = function(data) {\n\tvar output = [];\n\tfor(var name in data) {\n\t\toutput.push(name + \": \" + data[name]);\n\t}\n\treturn output.join(\"\\n\");\n};\n\n/*\nHigh resolution microsecond timer for profiling\n*/\nexports.timer = function(base) {\n\tvar m;\n\tif($tw.node) {\n\t\tvar r = process.hrtime();\t\t\n\t\tm = r[0] * 1e3 + (r[1] / 1e6);\n\t} else if(window.performance) {\n\t\tm = performance.now();\n\t} else {\n\t\tm = Date.now();\n\t}\n\tif(typeof base !== \"undefined\") {\n\t\tm = m - base;\n\t}\n\treturn m;\n};\n\n/*\nConvert text and content type to a data URI\n*/\nexports.makeDataUri = function(text,type) {\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tparts.push(\"data:\");\n\tparts.push(type);\n\tparts.push(isBase64 ? \";base64\" : \"\");\n\tparts.push(\",\");\n\tparts.push(isBase64 ? text : encodeURIComponent(text));\n\treturn parts.join(\"\");\n};\n\n})();",
"title": "$:/core/modules/utils/utils.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/widgets/action-deletefield.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletefield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete fields of a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\ttiddler = this.wiki.getTiddler(self.actionTiddler),\n\t\tremoveFields = {};\n\tif(this.actionField) {\n\t\tremoveFields[this.actionField] = undefined;\n\t}\n\tif(tiddler) {\n\t\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\t\tif(name.charAt(0) !== \"$\" && name !== \"title\") {\n\t\t\t\tremoveFields[name] = undefined;\n\t\t\t}\n\t\t});\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,removeFields));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletefield\"] = DeleteFieldWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-deletefield.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletetiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletetiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteTiddlerWidget.prototype.execute = function() {\n\tthis.actionFilter = this.getAttribute(\"$filter\");\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$filter\"] || changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar tiddlers = [];\n\tif(this.actionFilter) {\n\t\ttiddlers = this.wiki.filterTiddlers(this.actionFilter,this);\n\t}\n\tif(this.actionTiddler) {\n\t\ttiddlers.push(this.actionTiddler);\n\t}\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.wiki.deleteTiddler(tiddlers[t]);\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletetiddler\"] = DeleteTiddlerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-deletetiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-navigate.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-navigate.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to navigate to a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigateWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigateWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigateWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigateWidget.prototype.execute = function() {\n\tthis.actionTo = this.getAttribute(\"$to\");\n\tthis.actionScroll = this.getAttribute(\"$scroll\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nNavigateWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$to\"] || changedAttributes[\"$scroll\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nNavigateWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar bounds = triggeringWidget && triggeringWidget.getBoundingClientRect && triggeringWidget.getBoundingClientRect(),\n\t\tsuppressNavigation = event.metaKey || event.ctrlKey || (event.button === 1);\n\tif(this.actionScroll === \"yes\") {\n\t\tsuppressNavigation = false;\n\t} else if(this.actionScroll === \"no\") {\n\t\tsuppressNavigation = true;\n\t}\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.actionTo === undefined ? this.getVariable(\"currentTiddler\") : this.actionTo,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: triggeringWidget,\n\t\tnavigateFromClientRect: bounds && { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: suppressNavigation\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-navigate\"] = NavigateWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-navigate.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-sendmessage.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-sendmessage.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to send a message\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SendMessageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSendMessageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSendMessageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSendMessageWidget.prototype.execute = function() {\n\tthis.actionMessage = this.getAttribute(\"$message\");\n\tthis.actionParam = this.getAttribute(\"$param\");\n\tthis.actionName = this.getAttribute(\"$name\");\n\tthis.actionValue = this.getAttribute(\"$value\",\"\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSendMessageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSendMessageWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\t// Get the string parameter\n\tvar param = this.actionParam;\n\t// Assemble the attributes as a hashmap\n\tvar paramObject = Object.create(null);\n\tvar count = 0;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparamObject[name] = attribute;\n\t\t\tcount++;\n\t\t}\n\t});\n\t// Add name/value pair if present\n\tif(this.actionName) {\n\t\tparamObject[this.actionName] = this.actionValue;\n\t}\n\t// Dispatch the message\n\tthis.dispatchEvent({\n\t\ttype: this.actionMessage,\n\t\tparam: param,\n\t\tparamObject: paramObject,\n\t\ttiddlerTitle: this.getVariable(\"currentTiddler\"),\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\")\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-sendmessage\"] = SendMessageWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-sendmessage.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-setfield.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/action-setfield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to set a single field or index on a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n\tthis.actionIndex = this.getAttribute(\"$index\");\n\tthis.actionValue = this.getAttribute(\"$value\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSetFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"] || changedAttributes[\"$field\"] || changedAttributes[\"$index\"] || changedAttributes[\"$value\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSetFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this;\n\tif(typeof this.actionValue === \"string\") {\n\t\tthis.wiki.setText(this.actionTiddler,this.actionField,this.actionIndex,this.actionValue);\t\t\n\t}\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tself.wiki.setText(self.actionTiddler,name,undefined,attribute);\n\t\t}\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-setfield\"] = SetFieldWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/action-setfield.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/browse.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/browse.js\ntype: application/javascript\nmodule-type: widget\n\nBrowse widget for browsing for files to import\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar BrowseWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBrowseWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBrowseWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"file\");\n\tif(this.browseMultiple) {\n\t\tdomNode.setAttribute(\"multiple\",\"multiple\");\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this.nwsaveas) {\n\t\tdomNode.setAttribute(\"nwsaveas\",this.nwsaveas);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"change\",function (event) {\n\t\tif(self.message) {\n\t\t\tself.dispatchEvent({type: self.message, param: self.param, files: event.target.files});\n\t\t} else {\n\t\t\tself.wiki.readFiles(event.target.files,function(tiddlerFieldsArray) {\n\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t});\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nBrowseWidget.prototype.execute = function() {\n\tthis.browseMultiple = this.getAttribute(\"multiple\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.nwsaveas = this.getAttribute(\"nwsaveas\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nBrowseWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.browse = BrowseWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/browse.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/button.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/button.js\ntype: application/javascript\nmodule-type: widget\n\nButton widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ButtonWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nButtonWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nButtonWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar tag = \"button\";\n\tif(this.buttonTag && $tw.config.htmlUnsafeElements.indexOf(this.buttonTag) === -1) {\n\t\ttag = this.buttonTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [],\n\t\tisPoppedUp = this.popup && this.isPoppedUp();\n\tif(this.selectedClass) {\n\t\tif(this.set && this.setTo && this.isSelected()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t\tif(isPoppedUp) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t}\n\tif(isPoppedUp) {\n\t\t$tw.utils.pushTop(classes,\"tc-popup-handle\");\n\t}\n\tdomNode.className = classes.join(\" \");\n\t// Assign other attributes\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"click\",function (event) {\n\t\tvar handled = false;\n\t\tif(self.invokeActions(this,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.to) {\n\t\t\tself.navigateTo(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.message) {\n\t\t\tself.dispatchMessage(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.popup) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\n\t\t}\n\t\tif(handled) {\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t}\n\t\treturn handled;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nWe don't allow actions to propagate because we trigger actions ourselves\n*/\nButtonWidget.prototype.allowActionPropagation = function() {\n\treturn false;\n};\n\nButtonWidget.prototype.getBoundingClientRect = function() {\n\treturn this.domNodes[0].getBoundingClientRect();\n};\n\nButtonWidget.prototype.isSelected = function() {\n return this.wiki.getTextReference(this.set,this.defaultSetValue,this.getVariable(\"currentTiddler\")) === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.navigateTo = function(event) {\n\tvar bounds = this.getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1)\n\t});\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\t$tw.popup.triggerPopup({\n\t\tdomNode: this.domNodes[0],\n\t\ttitle: this.popup,\n\t\twiki: this.wiki\n\t});\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tthis.wiki.setTextReference(this.set,this.setTo,this.getVariable(\"currentTiddler\"));\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.to = this.getAttribute(\"to\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.set = this.getAttribute(\"set\");\n\tthis.setTo = this.getAttribute(\"setTo\");\n\tthis.popup = this.getAttribute(\"popup\");\n\tthis.hover = this.getAttribute(\"hover\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.style = this.getAttribute(\"style\");\n\tthis.selectedClass = this.getAttribute(\"selectedClass\");\n\tthis.defaultSetValue = this.getAttribute(\"default\",\"\");\n\tthis.buttonTag = this.getAttribute(\"tag\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nButtonWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo || changedAttributes.popup || changedAttributes.hover || changedAttributes[\"class\"] || changedAttributes.selectedClass || changedAttributes.style || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup])) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/button.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/checkbox.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/checkbox.js\ntype: application/javascript\nmodule-type: widget\n\nCheckbox widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CheckboxWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCheckboxWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCheckboxWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.checkboxClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"checkbox\");\n\tif(this.getValue()) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nCheckboxWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.checkboxTitle);\n\tif(tiddler) {\n\t\tif(this.checkboxTag) {\n\t\t\tif(this.checkboxInvertTag) {\n\t\t\t\treturn !tiddler.hasTag(this.checkboxTag);\n\t\t\t} else {\n\t\t\t\treturn tiddler.hasTag(this.checkboxTag);\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tvar value = tiddler.fields[this.checkboxField] || this.checkboxDefault || \"\";\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(this.checkboxTag) {\n\t\t\treturn false;\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tif(this.checkboxDefault === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(this.checkboxDefault === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\nCheckboxWidget.prototype.handleChangeEvent = function(event) {\n\tvar checked = this.inputDomNode.checked,\n\t\ttiddler = this.wiki.getTiddler(this.checkboxTitle),\n\t\tfallbackFields = {text: \"\"},\n\t\tnewFields = {title: this.checkboxTitle},\n\t\thasChanged = false,\n\t\ttagCheck = false,\n\t\thasTag = tiddler && tiddler.hasTag(this.checkboxTag);\n\tif(this.checkboxTag && this.checkboxInvertTag === \"yes\") {\n\t\ttagCheck = hasTag === checked;\n\t} else {\n\t\ttagCheck = hasTag !== checked;\n\t}\n\t// Set the tag if specified\n\tif(this.checkboxTag && (!tiddler || tagCheck)) {\n\t\tnewFields.tags = tiddler ? (tiddler.fields.tags || []).slice(0) : [];\n\t\tvar pos = newFields.tags.indexOf(this.checkboxTag);\n\t\tif(pos !== -1) {\n\t\t\tnewFields.tags.splice(pos,1);\n\t\t}\n\t\tif(this.checkboxInvertTag === \"yes\" && !checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t} else if(this.checkboxInvertTag !== \"yes\" && checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t}\n\t\thasChanged = true;\n\t}\n\t// Set the field if specified\n\tif(this.checkboxField) {\n\t\tvar value = checked ? this.checkboxChecked : this.checkboxUnchecked;\n\t\tif(!tiddler || tiddler.fields[this.checkboxField] !== value) {\n\t\t\tnewFields[this.checkboxField] = value;\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(hasChanged) {\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(fallbackFields,tiddler,newFields,this.wiki.getModificationFields()));\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\tthis.checkboxField = this.getAttribute(\"field\");\n\tthis.checkboxChecked = this.getAttribute(\"checked\");\n\tthis.checkboxUnchecked = this.getAttribute(\"unchecked\");\n\tthis.checkboxDefault = this.getAttribute(\"default\");\n\tthis.checkboxClass = this.getAttribute(\"class\",\"\");\n\tthis.checkboxInvertTag = this.getAttribute(\"invertTag\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes.invertTag || changedAttributes.field || changedAttributes.checked || changedAttributes.unchecked || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();",
"title": "$:/core/modules/widgets/checkbox.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/codeblock.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/codeblock.js\ntype: application/javascript\nmodule-type: widget\n\nCode block node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CodeBlockWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCodeBlockWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCodeBlockWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar codeNode = this.document.createElement(\"code\"),\n\t\tdomNode = this.document.createElement(\"pre\");\n\tcodeNode.appendChild(this.document.createTextNode(this.getAttribute(\"code\")));\n\tdomNode.appendChild(codeNode);\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCodeBlockWidget.prototype.execute = function() {\n\tthis.language = this.getAttribute(\"language\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCodeBlockWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.codeblock = CodeBlockWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/codeblock.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/count.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/count.js\ntype: application/javascript\nmodule-type: widget\n\nCount widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CountWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCountWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCountWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.currentCount);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nCountWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Execute the filter\n\tif(this.filter) {\n\t\tthis.currentCount = this.wiki.filterTiddlers(this.filter,this).length;\n\t} else {\n\t\tthis.currentCount = undefined;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCountWidget.prototype.refresh = function(changedTiddlers) {\n\t// Re-execute the filter to get the count\n\tthis.computeAttributes();\n\tvar oldCount = this.currentCount;\n\tthis.execute();\n\tif(this.currentCount !== oldCount) {\n\t\t// Regenerate and rerender the widget and replace the existing DOM node\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n\n};\n\nexports.count = CountWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/count.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/dropzone.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/dropzone.js\ntype: application/javascript\nmodule-type: widget\n\nDropzone widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DropZoneWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDropZoneWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDropZoneWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\tdomNode.className = \"tc-dropzone\";\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"}\n\t]);\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nDropZoneWidget.prototype.enterDrag = function() {\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// We count enter/leave events\n\tthis.dragEnterCount = (this.dragEnterCount || 0) + 1;\n\t// If we're entering for the first time we need to apply highlighting\n\tif(this.dragEnterCount === 1) {\n\t\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.leaveDrag = function() {\n\t// Reduce the enter count\n\tthis.dragEnterCount = (this.dragEnterCount || 0) - 1;\n\t// Remove highlighting if we're leaving externally\n\tif(this.dragEnterCount <= 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent = function(event) {\n\tthis.enterDrag();\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\tevent.dataTransfer.dropEffect = \"copy\"; // Explicitly show this is a copy\n};\n\nDropZoneWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag();\n};\n\nDropZoneWidget.prototype.handleDropEvent = function(event) {\n\tthis.leaveDrag();\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Reset the enter count\n\tthis.dragEnterCount = 0;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = this.wiki.readFiles(dataTransfer.files,function(tiddlerFieldsArray) {\n\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t});\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\tthis.importData(dataTransfer);\n\t}\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.importData = function(dataTransfer) {\n\t// Try each provided data type in turn\n\tfor(var t=0; t<this.importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || this.importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = this.importDataTypes[t];\n\t\t\t\tvar data = dataTransfer.getData(dataType.type);\n\t\t\t// Import the tiddlers in the data\n\t\t\tif(data !== \"\" && data !== null) {\n\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\tconsole.log(\"Importing data type '\" + dataType.type + \"', data: '\" + data + \"'\")\n\t\t\t\t}\n\t\t\t\tvar tiddlerFields = dataType.convertToFields(data);\n\t\t\t\tif(!tiddlerFields.title) {\n\t\t\t\t\ttiddlerFields.title = this.wiki.generateNewTitle(\"Untitled\");\n\t\t\t\t}\n\t\t\t\tthis.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n};\n\nDropZoneWidget.prototype.importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, convertToFields: function(data) {\n\t\treturn JSON.parse(data);\n\t}},\n\t{type: \"URL\", IECompatible: true, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/html\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"text/plain\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"Text\", IECompatible: true, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}}\n];\n\nDropZoneWidget.prototype.handlePasteEvent = function(event) {\n\t// Let the browser handle it if we're in a textarea or input box\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) == -1) {\n\t\tvar self = this,\n\t\t\titems = event.clipboardData.items;\n\t\t// Enumerate the clipboard items\n\t\tfor(var t = 0; t<items.length; t++) {\n\t\t\tvar item = items[t];\n\t\t\tif(item.kind === \"file\") {\n\t\t\t\t// Import any files\n\t\t\t\tthis.wiki.readFile(item.getAsFile(),function(tiddlerFieldsArray) {\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t\t});\n\t\t\t} else if(item.kind === \"string\") {\n\t\t\t\t// Create tiddlers from string items\n\t\t\t\tvar type = item.type;\n\t\t\t\titem.getAsString(function(str) {\n\t\t\t\t\tvar tiddlerFields = {\n\t\t\t\t\t\ttitle: self.wiki.generateNewTitle(\"Untitled\"),\n\t\t\t\t\t\ttext: str,\n\t\t\t\t\t\ttype: type\n\t\t\t\t\t};\n\t\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\t\tconsole.log(\"Importing string '\" + str + \"', type: '\" + type + \"'\");\n\t\t\t\t\t}\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\t});\n\t\t\t}\n\t\t}\n\t\t// Tell the browser that we've handled the paste\n\t\tevent.stopPropagation();\n\t\tevent.preventDefault();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDropZoneWidget.prototype.execute = function() {\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDropZoneWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/dropzone.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-binary.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-binary.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-binary widget; placeholder for editing binary tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBinaryWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBinaryWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBinaryWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBinaryWidget.prototype.execute = function() {\n\t// Construct the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"transclude\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t}\n\t}]);\n};\n\n/*\nRefresh by refreshing our child widget\n*/\nEditBinaryWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"edit-binary\"] = EditBinaryWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-binary.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-bitmap.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-bitmap.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-bitmap widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 300,\n\tDEFAULT_IMAGE_HEIGHT = 185;\n\n// Configuration tiddlers\nvar LINE_WIDTH_TITLE = \"$:/config/BitmapEditor/LineWidth\",\n\tLINE_COLOUR_TITLE = \"$:/config/BitmapEditor/Colour\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBitmapWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBitmapWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our element\n\tthis.canvasDomNode = $tw.utils.domMaker(\"canvas\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor\",\n\t\teventListeners: [{\n\t\t\tname: \"touchstart\", handlerObject: this, handlerMethod: \"handleTouchStartEvent\"\n\t\t},{\n\t\t\tname: \"touchmove\", handlerObject: this, handlerMethod: \"handleTouchMoveEvent\"\n\t\t},{\n\t\t\tname: \"touchend\", handlerObject: this, handlerMethod: \"handleTouchEndEvent\"\n\t\t},{\n\t\t\tname: \"mousedown\", handlerObject: this, handlerMethod: \"handleMouseDownEvent\"\n\t\t},{\n\t\t\tname: \"mousemove\", handlerObject: this, handlerMethod: \"handleMouseMoveEvent\"\n\t\t},{\n\t\t\tname: \"mouseup\", handlerObject: this, handlerMethod: \"handleMouseUpEvent\"\n\t\t}]\n\t});\n\tthis.widthDomNode = $tw.utils.domMaker(\"input\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor-width\",\n\t\teventListeners: [{\n\t\t\tname: \"change\", handlerObject: this, handlerMethod: \"handleWidthChangeEvent\"\n\t\t}]\n\t});\n\tthis.heightDomNode = $tw.utils.domMaker(\"input\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor-height\",\n\t\teventListeners: [{\n\t\t\tname: \"change\", handlerObject: this, handlerMethod: \"handleHeightChangeEvent\"\n\t\t}]\n\t});\n\t// Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tparent.insertBefore(this.widthDomNode,nextSibling);\n\tparent.insertBefore(this.heightDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode,this.widthDomNode,this.heightDomNode);\n\t// Load the image into the canvas\n\tif($tw.browser) {\n\t\tthis.loadCanvas();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBitmapWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n};\n\n/*\nNote that the bitmap editor intentionally doesn't try to refresh itself because it would be confusing to have the image changing spontaneously while editting it\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nEditBitmapWidget.prototype.loadCanvas = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle),\n\t\tcurrImage = new Image();\n\t// Set up event handlers for loading the image\n\tvar self = this;\n\tcurrImage.onload = function() {\n\t\t// Copy the image to the on-screen canvas\n\t\tself.initCanvas(self.canvasDomNode,currImage.width,currImage.height,currImage);\n\t\t// And also copy the current bitmap to the off-screen canvas\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,currImage.width,currImage.height,currImage);\n\t\t// Set the width and height input boxes\n\t\tself.updateSize();\n\t};\n\tcurrImage.onerror = function() {\n\t\t// Set the on-screen canvas size and clear it\n\t\tself.initCanvas(self.canvasDomNode,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the off-screen canvas size and clear it\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the width and height input boxes\n\t\tself.updateSize();\n\t};\n\t// Get the current bitmap into an image object\n\tcurrImage.src = \"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text;\n};\n\nEditBitmapWidget.prototype.initCanvas = function(canvas,width,height,image) {\n\tcanvas.width = width;\n\tcanvas.height = height;\n\tvar ctx = canvas.getContext(\"2d\");\n\tif(image) {\n\t\tctx.drawImage(image,0,0);\n\t} else {\n\t\tctx.fillStyle = \"#fff\";\n\t\tctx.fillRect(0,0,canvas.width,canvas.height);\n\t}\n};\n\n/*\n** Update the input boxes with the actual size of the canvas\n*/\nEditBitmapWidget.prototype.updateSize = function() {\n\tthis.widthDomNode.value = this.currCanvas.width;\n\tthis.heightDomNode.value = this.currCanvas.height;\n};\n\n/*\n** Change the size of the canvas, preserving the current image\n*/\nEditBitmapWidget.prototype.changeCanvasSize = function(newWidth,newHeight) {\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\");\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\nEditBitmapWidget.prototype.handleWidthChangeEvent = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(this.widthDomNode.value,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newWidth !== this.currCanvas.width) {\n\t\tthis.changeCanvasSize(newWidth,this.currCanvas.height);\n\t}\n\t// Update the input controls\n\tthis.updateSize();\n};\n\nEditBitmapWidget.prototype.handleHeightChangeEvent = function(event) {\n\t// Get the new width\n\tvar newHeight = parseInt(this.heightDomNode.value,10);\n\t// Update if necessary\n\tif(newHeight > 0 && newHeight !== this.currCanvas.height) {\n\t\tthis.changeCanvasSize(this.currCanvas.width,newHeight);\n\t}\n\t// Update the input controls\n\tthis.updateSize();\n};\n\nEditBitmapWidget.prototype.handleTouchStartEvent = function(event) {\n\tthis.brushDown = true;\n\tthis.strokeStart(event.touches[0].clientX,event.touches[0].clientY);\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.touches[0].clientX,event.touches[0].clientY);\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchEndEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseDownEvent = function(event) {\n\tthis.strokeStart(event.clientX,event.clientY);\n\tthis.brushDown = true;\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.clientX,event.clientY);\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.handleMouseUpEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.adjustCoordinates = function(x,y) {\n\tvar canvasRect = this.canvasDomNode.getBoundingClientRect(),\n\t\tscale = this.canvasDomNode.width/canvasRect.width;\n\treturn {x: (x - canvasRect.left) * scale, y: (y - canvasRect.top) * scale};\n};\n\nEditBitmapWidget.prototype.strokeStart = function(x,y) {\n\t// Start off a new stroke\n\tthis.stroke = [this.adjustCoordinates(x,y)];\n};\n\nEditBitmapWidget.prototype.strokeMove = function(x,y) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\"),\n\t\tt;\n\t// Add the new position to the end of the stroke\n\tthis.stroke.push(this.adjustCoordinates(x,y));\n\t// Redraw the previous image\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Render the stroke\n\tctx.strokeStyle = this.wiki.getTiddlerText(LINE_COLOUR_TITLE,\"#ff0\");\n\tctx.lineWidth = parseInt(this.wiki.getTiddlerText(LINE_WIDTH_TITLE,\"3\"),10);\n\tctx.lineCap = \"round\";\n\tctx.lineJoin = \"round\";\n\tctx.beginPath();\n\tctx.moveTo(this.stroke[0].x,this.stroke[0].y);\n\tfor(t=1; t<this.stroke.length-1; t++) {\n\t\tvar s1 = this.stroke[t],\n\t\t\ts2 = this.stroke[t-1],\n\t\t\ttx = (s1.x + s2.x)/2,\n\t\t\tty = (s1.y + s2.y)/2;\n\t\tctx.quadraticCurveTo(s2.x,s2.y,tx,ty);\n\t}\n\tctx.stroke();\n};\n\nEditBitmapWidget.prototype.strokeEnd = function() {\n\t// Copy the bitmap to the off-screen canvas\n\tvar ctx = this.currCanvas.getContext(\"2d\");\n\tctx.drawImage(this.canvasDomNode,0,0);\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\nEditBitmapWidget.prototype.saveChanges = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\tif(tiddler) {\n\t\t// data URIs look like \"data:<type>;base64,<text>\"\n\t\tvar dataURL = this.canvasDomNode.toDataURL(tiddler.fields.type,1.0),\n\t\t\tposColon = dataURL.indexOf(\":\"),\n\t\t\tposSemiColon = dataURL.indexOf(\";\"),\n\t\t\tposComma = dataURL.indexOf(\",\"),\n\t\t\ttype = dataURL.substring(posColon+1,posSemiColon),\n\t\t\ttext = dataURL.substring(posComma+1);\n\t\tvar update = {type: type, text: text};\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,update));\n\t}\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-bitmap.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-text.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-text.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_MIN_TEXT_AREA_HEIGHT = \"100px\"; // Minimum height of textareas in pixels\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditTextWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditTextWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditTextWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our element\n\tvar editInfo = this.getEditInfo(),\n\t\ttag = this.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tif(this.editType) {\n\t\tdomNode.setAttribute(\"type\",this.editType);\n\t}\n\tif(editInfo.value === \"\" && this.editPlaceholder) {\n\t\tdomNode.setAttribute(\"placeholder\",this.editPlaceholder);\n\t}\n\tif(this.editSize) {\n\t\tdomNode.setAttribute(\"size\",this.editSize);\n\t}\n\t// Assign classes\n\tif(this.editClass) {\n\t\tdomNode.className = this.editClass;\n\t}\n\t// Set the text\n\tif(this.editTag === \"textarea\") {\n\t\tdomNode.appendChild(this.document.createTextNode(editInfo.value));\n\t} else {\n\t\tdomNode.value = editInfo.value;\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"focus\", handlerObject: this, handlerMethod: \"handleFocusEvent\"},\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleInputEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n\t// Fix height\n\tthis.fixHeight();\n\t// Focus field\n\tif(this.editFocus === \"true\") {\n\t\tif(domNode.focus && domNode.select) {\n\t\t\tdomNode.focus();\n\t\t\tdomNode.select();\t\t\t\n\t\t}\n\t}\n};\n\n/*\nGet the tiddler being edited and current value\n*/\nEditTextWidget.prototype.getEditInfo = function() {\n\t// Get the edit value\n\tvar self = this,\n\t\tvalue,\n\t\tupdate;\n\tif(this.editIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\tupdate = function(value) {\n\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t}\n\t\t};\n\t} else {\n\t\t// Get the current tiddler and the field name\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t} else {\n\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\tswitch(this.editField) {\n\t\t\t\tcase \"text\":\n\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"title\":\n\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\tbreak;\n\t\t\t\tdefault:\n\t\t\t\t\tvalue = \"\";\n\t\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\tvalue = this.editDefault;\n\t\t\t}\n\t\t}\n\t\tupdate = function(value) {\n\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\tupdateFields = {\n\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t};\n\t\t\tupdateFields[self.editField] = value;\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t};\n\t}\n\treturn {value: value, update: update};\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditTextWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editDefault = this.getAttribute(\"default\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.editSize = this.getAttribute(\"size\");\n\tthis.editAutoHeight = this.getAttribute(\"autoHeight\",\"yes\") === \"yes\";\n\tthis.editMinHeight = this.getAttribute(\"minHeight\",DEFAULT_MIN_TEXT_AREA_HEIGHT);\n\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\tthis.editFocus = this.getAttribute(\"focus\");\n\t// Get the editor element tag and type\n\tvar tag,type;\n\tif(this.editField === \"text\") {\n\t\ttag = \"textarea\";\n\t} else {\n\t\ttag = \"input\";\n\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\ttag = fieldModule.editTag;\n\t\t}\n\t\tif(fieldModule && fieldModule.editType) {\n\t\t\ttype = fieldModule.editType;\n\t\t}\n\t\ttype = type || \"text\";\n\t}\n\t// Get the rest of our parameters\n\tthis.editTag = this.getAttribute(\"tag\",tag);\n\tthis.editType = this.getAttribute(\"type\",type);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Completely rerender if any of our attributes have changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.placeholder || changedAttributes.size || changedAttributes.autoHeight || changedAttributes.minHeight || changedAttributes.focusPopup) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.editTitle]) {\n\t\tthis.updateEditor(this.getEditInfo().value);\n\t\treturn true;\n\t}\n\treturn false;\n};\n\n/*\nUpdate the editor with new text. This method is separate from updateEditorDomNode()\nso that subclasses can override updateEditor() and still use updateEditorDomNode()\n*/\nEditTextWidget.prototype.updateEditor = function(text) {\n\tthis.updateEditorDomNode(text);\n};\n\n/*\nUpdate the editor dom node with new text\n*/\nEditTextWidget.prototype.updateEditorDomNode = function(text) {\n\t// Replace the edit value if the tiddler we're editing has changed\n\tvar domNode = this.domNodes[0];\n\tif(!domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.document.activeElement !== domNode) {\n\t\t\tdomNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nFix the height of textareas to fit their content\n*/\nEditTextWidget.prototype.fixHeight = function() {\n\tvar self = this,\n\t\tdomNode = this.domNodes[0];\n\tif(this.editAutoHeight && domNode && !domNode.isTiddlyWikiFakeDom && this.editTag === \"textarea\") {\n\t\t// Resize the textarea to fit its content, preserving scroll position\n\t\tvar scrollPosition = $tw.utils.getScrollPosition(),\n\t\t\tscrollTop = scrollPosition.y;\n\t\t// Measure the specified minimum height\n\t\tdomNode.style.height = self.editMinHeight;\n\t\tvar minHeight = domNode.offsetHeight;\n\t\t// Set its height to auto so that it snaps to the correct height\n\t\tdomNode.style.height = \"auto\";\n\t\t// Calculate the revised height\n\t\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,minHeight);\n\t\t// Only try to change the height if it has changed\n\t\tif(newHeight !== domNode.offsetHeight) {\n\t\t\tdomNode.style.height = newHeight + \"px\";\n\t\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t\t$tw.utils.forceLayout(domNode);\n\t\t\t// Check that the scroll position is still visible before trying to scroll back to it\n\t\t\tscrollTop = Math.min(scrollTop,self.document.body.scrollHeight - window.innerHeight);\n\t\t\twindow.scrollTo(scrollPosition.x,scrollTop);\n\t\t}\n\t}\n};\n\n/*\nHandle a dom \"input\" event\n*/\nEditTextWidget.prototype.handleInputEvent = function(event) {\n\tthis.saveChanges(this.domNodes[0].value);\n\tthis.fixHeight();\n\treturn true;\n};\n\nEditTextWidget.prototype.handleFocusEvent = function(event) {\n\tif(this.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.editFocusPopup,\n\t\t\twiki: this.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\nEditTextWidget.prototype.saveChanges = function(text) {\n\tvar editInfo = this.getEditInfo();\n\tif(text !== editInfo.value) {\n\t\teditInfo.update(text);\n\t}\n};\n\nexports[\"edit-text\"] = EditTextWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit.js\ntype: application/javascript\nmodule-type: widget\n\nEdit widget is a meta-widget chooses the appropriate actual editting widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n// Mappings from content type to editor type are stored in tiddlers with this prefix\nvar EDITOR_MAPPING_PREFIX = \"$:/config/EditorTypeMappings/\";\n\n/*\nCompute the internal state of the widget\n*/\nEditWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t// Choose the appropriate edit widget\n\tthis.editorType = this.getEditorType();\n\t// Make the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"edit-\" + this.editorType,\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: this.editTitle},\n\t\t\tfield: {type: \"string\", value: this.editField},\n\t\t\tindex: {type: \"string\", value: this.editIndex},\n\t\t\t\"class\": {type: \"string\", value: this.editClass},\n\t\t\t\"placeholder\": {type: \"string\", value: this.editPlaceholder}\n\t\t}\n\t}]);\n};\n\nEditWidget.prototype.getEditorType = function() {\n\t// Get the content type of the thing we're editing\n\tvar type;\n\tif(this.editField === \"text\") {\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\ttype = tiddler.fields.type;\n\t\t}\n\t}\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar editorType = this.wiki.getTiddlerText(EDITOR_MAPPING_PREFIX + type);\n\tif(!editorType) {\n\t\tvar typeInfo = $tw.config.contentTypeInfo[type];\n\t\tif(typeInfo && typeInfo.encoding === \"base64\") {\n\t\t\teditorType = \"binary\";\n\t\t} else {\n\t\t\teditorType = \"text\";\n\t\t}\n\t}\n\treturn editorType;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh if an attribute has changed, or the type associated with the target tiddler has changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || (changedTiddlers[this.editTitle] && this.getEditorType() !== this.editorType)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/element.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/element.js\ntype: application/javascript\nmodule-type: widget\n\nElement widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ElementWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nElementWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nElementWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Neuter blacklisted elements\n\tvar tag = this.parseTreeNode.tag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"safe-\" + tag;\n\t}\n\tvar domNode = this.document.createElementNS(this.namespace,tag);\n\tthis.assignAttributes(domNode,{excludeEventAttributes: true});\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nElementWidget.prototype.execute = function() {\n\t// Select the namespace for the tag\n\tvar tagNamespaces = {\n\t\t\tsvg: \"http://www.w3.org/2000/svg\",\n\t\t\tmath: \"http://www.w3.org/1998/Math/MathML\",\n\t\t\tbody: \"http://www.w3.org/1999/xhtml\"\n\t\t};\n\tthis.namespace = tagNamespaces[this.parseTreeNode.tag];\n\tif(this.namespace) {\n\t\tthis.setVariable(\"namespace\",this.namespace);\n\t} else {\n\t\tthis.namespace = this.getVariable(\"namespace\",{defaultValue: \"http://www.w3.org/1999/xhtml\"});\n\t}\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nElementWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\thasChangedAttributes = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0],{excludeEventAttributes: true});\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/element.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/encrypt.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/encrypt.js\ntype: application/javascript\nmodule-type: widget\n\nEncrypt widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EncryptWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEncryptWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEncryptWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.encryptedText);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEncryptWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\",\"[!is[system]]\");\n\t// Encrypt the filtered tiddlers\n\tvar tiddlers = this.wiki.filterTiddlers(this.filter),\n\t\tjson = {},\n\t\tself = this;\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title),\n\t\t\tjsonTiddler = {};\n\t\tfor(var f in tiddler.fields) {\n\t\t\tjsonTiddler[f] = tiddler.getFieldString(f);\n\t\t}\n\t\tjson[title] = jsonTiddler;\n\t});\n\tthis.encryptedText = $tw.utils.htmlEncode($tw.crypto.encrypt(JSON.stringify(json)));\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEncryptWidget.prototype.refresh = function(changedTiddlers) {\n\t// We don't need to worry about refreshing because the encrypt widget isn't for interactive use\n\treturn false;\n};\n\nexports.encrypt = EncryptWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/encrypt.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/entity.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/entity.js\ntype: application/javascript\nmodule-type: widget\n\nHTML entity widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EntityWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEntityWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEntityWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar textNode = this.document.createTextNode($tw.utils.entityDecode(this.parseTreeNode.entity));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/entity.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fieldmangler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/fieldmangler.js\ntype: application/javascript\nmodule-type: widget\n\nField mangler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldManglerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-remove-field\", handler: \"handleRemoveFieldEvent\"},\n\t\t{type: \"tm-add-field\", handler: \"handleAddFieldEvent\"},\n\t\t{type: \"tm-remove-tag\", handler: \"handleRemoveTagEvent\"},\n\t\t{type: \"tm-add-tag\", handler: \"handleAddTagEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldManglerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldManglerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldManglerWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.mangleTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldManglerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nFieldManglerWidget.prototype.handleRemoveFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tdeletion = {};\n\tdeletion[event.param] = undefined;\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,deletion));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\taddition = this.wiki.getModificationFields(),\n\t\thadInvalidFieldName = false,\n\t\taddField = function(name,value) {\n\t\t\tvar trimmedName = name.toLowerCase().trim();\n\t\t\tif(!$tw.utils.isValidFieldName(trimmedName)) {\n\t\t\t\tif(!hadInvalidFieldName) {\n\t\t\t\t\talert($tw.language.getString(\n\t\t\t\t\t\t\"InvalidFieldName\",\n\t\t\t\t\t\t{variables:\n\t\t\t\t\t\t\t{fieldName: trimmedName}\n\t\t\t\t\t\t}\n\t\t\t\t\t));\n\t\t\t\t\thadInvalidFieldName = true;\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif(!value && tiddler) {\n\t\t\t\t\tvalue = tiddler.fields[trimmedName];\n\t\t\t\t}\n\t\t\t\taddition[trimmedName] = value || \"\";\n\t\t\t}\n\t\t\treturn;\n\t\t};\n\taddition.title = this.mangleTitle;\n\tif(typeof event.param === \"string\") {\n\t\taddField(event.param,\"\");\n\t}\n\tif(typeof event.paramObject === \"object\") {\n\t\tfor(var name in event.paramObject) {\n\t\t\taddField(name,event.paramObject[name]);\n\t\t}\n\t}\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,addition));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleRemoveTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tvar modification = this.wiki.getModificationFields();\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\tmodification.tags.splice(p,1);\n\t\t\tif(modification.tags.length === 0) {\n\t\t\t\tmodification.tags = undefined;\n\t\t\t}\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar tag = event.param.trim();\n\t\tif(tag !== \"\") {\n\t\t\tvar modification = this.wiki.getModificationFields();\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\t$tw.utils.pushTop(modification.tags,tag);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\t\t\t\n\t\t}\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fieldmangler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fields.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/fields.js\ntype: application/javascript\nmodule-type: widget\n\nFields widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldsWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldsWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldsWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.template = this.getAttribute(\"template\");\n\tthis.exclude = this.getAttribute(\"exclude\");\n\tthis.stripTitlePrefix = this.getAttribute(\"stripTitlePrefix\",\"no\") === \"yes\";\n\t// Get the value to display\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\t// Get the exclusion list\n\tvar exclude;\n\tif(this.exclude) {\n\t\texclude = this.exclude.split(\" \");\n\t} else {\n\t\texclude = [\"text\"]; \n\t}\n\t// Compose the template\n\tvar text = [];\n\tif(this.template && tiddler) {\n\t\tvar fields = [];\n\t\tfor(var fieldName in tiddler.fields) {\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tfields.push(fieldName);\n\t\t\t}\n\t\t}\n\t\tfields.sort();\n\t\tfor(var f=0; f<fields.length; f++) {\n\t\t\tfieldName = fields[f];\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tvar row = this.template,\n\t\t\t\t\tvalue = tiddler.getFieldString(fieldName);\n\t\t\t\tif(this.stripTitlePrefix && fieldName === \"title\") {\n\t\t\t\t\tvar reStrip = /^\\{[^\\}]+\\}(.+)/mg,\n\t\t\t\t\t\treMatch = reStrip.exec(value);\n\t\t\t\t\tif(reMatch) {\n\t\t\t\t\t\tvalue = reMatch[1];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\trow = row.replace(\"$name$\",fieldName);\n\t\t\t\trow = row.replace(\"$value$\",value);\n\t\t\t\trow = row.replace(\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\t\ttext.push(row);\n\t\t\t}\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude || changedAttributes.stripTitlePrefix || changedTiddlers[this.tiddlerTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fields.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/image.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/image.js\ntype: application/javascript\nmodule-type: widget\n\nThe image widget displays an image referenced with an external URI or with a local tiddler title.\n\n```\n<$image src=\"TiddlerTitle\" width=\"320\" height=\"400\" class=\"classnames\">\n```\n\nThe image source can be the title of an existing tiddler or the URL of an external image.\n\nExternal images always generate an HTML `<img>` tag.\n\nTiddlers that have a _canonical_uri field generate an HTML `<img>` tag with the src attribute containing the URI.\n\nTiddlers that contain image data generate an HTML `<img>` tag with the src attribute containing a base64 representation of the image.\n\nTiddlers that contain wikitext could be rendered to a DIV of the usual size of a tiddler, and then transformed to the size requested.\n\nThe width and height attributes are interpreted as a number of pixels, and do not need to include the \"px\" suffix.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\t// Determine what type of image it is\n\tvar tag = \"img\", src = \"\",\n\t\ttiddler = this.wiki.getTiddler(this.imageSource);\n\tif(!tiddler) {\n\t\t// The source isn't the title of a tiddler, so we'll assume it's a URL\n\t\tsrc = this.getVariable(\"tv-get-export-image-link\",{params: [{name: \"src\",value: this.imageSource}],defaultValue: this.imageSource});\n\t} else {\n\t\t// Check if it is an image tiddler\n\t\tif(this.wiki.isImageTiddler(this.imageSource)) {\n\t\t\tvar type = tiddler.fields.type,\n\t\t\t\ttext = tiddler.fields.text,\n\t\t\t\t_canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t// If the tiddler has body text then it doesn't need to be lazily loaded\n\t\t\tif(text) {\n\t\t\t\t// Render the appropriate element for the image type\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = \"data:application/pdf;base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = \"data:image/svg+xml,\" + encodeURIComponent(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = \"data:\" + type + \";base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t} else if(_canonical_uri) {\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\t\n\t\t\t}\n\t\t}\n\t}\n\t// Create the element and assign the attributes\n\tvar domNode = this.document.createElement(tag);\n\tdomNode.setAttribute(\"src\",src);\n\tif(this.imageClass) {\n\t\tdomNode.setAttribute(\"class\",this.imageClass);\t\t\n\t}\n\tif(this.imageWidth) {\n\t\tdomNode.setAttribute(\"width\",this.imageWidth);\n\t}\n\tif(this.imageHeight) {\n\t\tdomNode.setAttribute(\"height\",this.imageHeight);\n\t}\n\tif(this.imageTooltip) {\n\t\tdomNode.setAttribute(\"title\",this.imageTooltip);\t\t\n\t}\n\tif(this.imageAlt) {\n\t\tdomNode.setAttribute(\"alt\",this.imageAlt);\t\t\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImageWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.imageSource = this.getAttribute(\"source\");\n\tthis.imageWidth = this.getAttribute(\"width\");\n\tthis.imageHeight = this.getAttribute(\"height\");\n\tthis.imageClass = this.getAttribute(\"class\");\n\tthis.imageTooltip = this.getAttribute(\"tooltip\");\n\tthis.imageAlt = this.getAttribute(\"alt\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.width || changedAttributes.height || changedAttributes[\"class\"] || changedAttributes.tooltip || changedTiddlers[this.imageSource]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\t\n\t}\n};\n\nexports.image = ImageWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/image.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/importvariables.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/importvariables.js\ntype: application/javascript\nmodule-type: widget\n\nImport variable definitions from other tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImportVariablesWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImportVariablesWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImportVariablesWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImportVariablesWidget.prototype.execute = function(tiddlerList) {\n\tvar self = this;\n\t// Get our parameters\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Compute the filter\n\tthis.tiddlerList = tiddlerList || this.wiki.filterTiddlers(this.filter,this);\n\t// Accumulate the <$set> widgets from each tiddler\n\tvar widgetStackStart,widgetStackEnd;\n\tfunction addWidgetNode(widgetNode) {\n\t\tif(widgetNode) {\n\t\t\tif(!widgetStackStart && !widgetStackEnd) {\n\t\t\t\twidgetStackStart = widgetNode;\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t} else {\n\t\t\t\twidgetStackEnd.children = [widgetNode];\n\t\t\t\twidgetStackEnd = widgetNode;\n\t\t\t}\n\t\t}\n\t}\n\t$tw.utils.each(this.tiddlerList,function(title) {\n\t\tvar parser = self.wiki.parseTiddler(title);\n\t\tif(parser) {\n\t\t\tvar parseTreeNode = parser.tree[0];\n\t\t\twhile(parseTreeNode && parseTreeNode.type === \"set\") {\n\t\t\t\taddWidgetNode({\n\t\t\t\t\ttype: \"set\",\n\t\t\t\t\tattributes: parseTreeNode.attributes,\n\t\t\t\t\tparams: parseTreeNode.params\n\t\t\t\t});\n\t\t\t\tparseTreeNode = parseTreeNode.children[0];\n\t\t\t}\n\t\t} \n\t});\n\t// Add our own children to the end of the pile\n\tvar parseTreeNodes;\n\tif(widgetStackStart && widgetStackEnd) {\n\t\tparseTreeNodes = [widgetStackStart];\n\t\twidgetStackEnd.children = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImportVariablesWidget.prototype.refresh = function(changedTiddlers) {\n\t// Recompute our attributes and the filter list\n\tvar changedAttributes = this.computeAttributes(),\n\t\ttiddlerList = this.wiki.filterTiddlers(this.getAttribute(\"filter\"),this);\n\t// Refresh if the filter has changed, or the list of tiddlers has changed, or any of the tiddlers in the list has changed\n\tfunction haveListedTiddlersChanged() {\n\t\tvar changed = false;\n\t\ttiddlerList.forEach(function(title) {\n\t\t\tif(changedTiddlers[title]) {\n\t\t\t\tchanged = true;\n\t\t\t}\n\t\t});\n\t\treturn changed;\n\t}\n\tif(changedAttributes.filter || !$tw.utils.isArrayEqual(this.tiddlerList,tiddlerList) || haveListedTiddlersChanged()) {\n\t\t// Compute the filter\n\t\tthis.removeChildDomNodes();\n\t\tthis.execute(tiddlerList);\n\t\tthis.renderChildren(this.parentDomNode,this.findNextSiblingDomNode());\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.importvariables = ImportVariablesWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/importvariables.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/keyboard.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/keyboard.js\ntype: application/javascript\nmodule-type: widget\n\nKeyboard shortcut widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KeyboardWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKeyboardWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKeyboardWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\t// Assign classes\n\tvar classes = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-keyboard\");\n\tdomNode.className = classes.join(\" \");\n\t// Add a keyboard event handler\n\tdomNode.addEventListener(\"keydown\",function (event) {\n\t\tif($tw.utils.checkKeyDescriptor(event,self.keyInfo)) {\n\t\t\tself.dispatchMessage(event);\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nKeyboardWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\n/*\nCompute the internal state of the widget\n*/\nKeyboardWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.key = this.getAttribute(\"key\");\n\tthis.keyInfo = $tw.utils.parseKeyDescriptor(this.key);\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKeyboardWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.key || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.keyboard = KeyboardWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/keyboard.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/link.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/link.js\ntype: application/javascript\nmodule-type: widget\n\nLink widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the value of the tv-wikilinks configuration macro\n\tvar wikiLinksMacro = this.getVariable(\"tv-wikilinks\"),\n\t\tuseWikiLinks = wikiLinksMacro ? (wikiLinksMacro.trim() !== \"no\") : true;\n\t// Render the link if required\n\tif(useWikiLinks) {\n\t\tthis.renderLink(parent,nextSibling);\n\t} else {\n\t\t// Just insert the link text\n\t\tvar domNode = this.document.createElement(\"span\");\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tthis.renderChildren(domNode,null);\n\t\tthis.domNodes.push(domNode);\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.renderLink = function(parent,nextSibling) {\n\tvar self = this;\n\t// Sanitise the specified tag\n\tvar tag = this.linkTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"a\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [];\n\tif(this.linkClasses) {\n\t\tclasses.push(this.linkClasses);\n\t}\n\tclasses.push(\"tc-tiddlylink\");\n\tif(this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-shadow\");\n\t}\n\tif(this.isMissing && !this.isShadow) {\n\t\tclasses.push(\"tc-tiddlylink-missing\");\n\t} else {\n\t\tif(!this.isMissing) {\n\t\t\tclasses.push(\"tc-tiddlylink-resolves\");\n\t\t}\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Set an href\n\tvar wikiLinkTemplateMacro = this.getVariable(\"tv-wikilink-template\"),\n\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\",\n\t\twikiLinkText = wikiLinkTemplate.replace(\"$uri_encoded$\",encodeURIComponent(this.to));\n\twikiLinkText = wikiLinkText.replace(\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\twikiLinkText = this.getVariable(\"tv-get-export-link\",{params: [{name: \"to\",value: this.to}],defaultValue: wikiLinkText});\n\tif(tag === \"a\") {\n\t\tdomNode.setAttribute(\"href\",wikiLinkText);\n\t}\n\tif(this.tabIndex) {\n\t\tdomNode.setAttribute(\"tabindex\",this.tabIndex);\n\t}\n\t// Set the tooltip\n\t// HACK: Performance issues with re-parsing the tooltip prevent us defaulting the tooltip to \"<$transclude field='tooltip'><$transclude field='title'/></$transclude>\"\n\tvar tooltipWikiText = this.tooltip || this.getVariable(\"tv-wikilink-tooltip\");\n\tif(tooltipWikiText) {\n\t\tvar tooltipText = this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",tooltipWikiText,{\n\t\t\t\tparseAsInline: true,\n\t\t\t\tvariables: {\n\t\t\t\t\tcurrentTiddler: this.to\n\t\t\t\t},\n\t\t\t\tparentWidget: this\n\t\t\t});\n\t\tdomNode.setAttribute(\"title\",tooltipText);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"click\", handlerObject: this, handlerMethod: \"handleClickEvent\"},\n\t]);\n\tif(this.draggable === \"yes\") {\n\t\t$tw.utils.addEventListeners(domNode,[\n\t\t\t{name: \"dragstart\", handlerObject: this, handlerMethod: \"handleDragStartEvent\"},\n\t\t\t{name: \"dragend\", handlerObject: this, handlerMethod: \"handleDragEndEvent\"}\n\t\t]);\n\t}\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nLinkWidget.prototype.handleClickEvent = function(event) {\n\t// Send the click on its way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1)\n\t});\n\tif(this.domNodes[0].hasAttribute(\"href\")) {\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n};\n\nLinkWidget.prototype.handleDragStartEvent = function(event) {\n\tif(event.target === this.domNodes[0]) {\n\t\tif(this.to) {\n\t\t\t$tw.dragInProgress = true;\n\t\t\t// Set the dragging class on the element being dragged\n\t\t\t$tw.utils.addClass(event.target,\"tc-tiddlylink-dragging\");\n\t\t\t// Create the drag image elements\n\t\t\tthis.dragImage = this.document.createElement(\"div\");\n\t\t\tthis.dragImage.className = \"tc-tiddler-dragger\";\n\t\t\tvar inner = this.document.createElement(\"div\");\n\t\t\tinner.className = \"tc-tiddler-dragger-inner\";\n\t\t\tinner.appendChild(this.document.createTextNode(this.to));\n\t\t\tthis.dragImage.appendChild(inner);\n\t\t\tthis.document.body.appendChild(this.dragImage);\n\t\t\t// Astoundingly, we need to cover the dragger up: http://www.kryogenix.org/code/browser/custom-drag-image.html\n\t\t\tvar cover = this.document.createElement(\"div\");\n\t\t\tcover.className = \"tc-tiddler-dragger-cover\";\n\t\t\tcover.style.left = (inner.offsetLeft - 16) + \"px\";\n\t\t\tcover.style.top = (inner.offsetTop - 16) + \"px\";\n\t\t\tcover.style.width = (inner.offsetWidth + 32) + \"px\";\n\t\t\tcover.style.height = (inner.offsetHeight + 32) + \"px\";\n\t\t\tthis.dragImage.appendChild(cover);\n\t\t\t// Set the data transfer properties\n\t\t\tvar dataTransfer = event.dataTransfer;\n\t\t\t// First the image\n\t\t\tdataTransfer.effectAllowed = \"copy\";\n\t\t\tif(dataTransfer.setDragImage) {\n\t\t\t\tdataTransfer.setDragImage(this.dragImage.firstChild,-16,-16);\n\t\t\t}\n\t\t\t// Then the data\n\t\t\tdataTransfer.clearData();\n\t\t\tvar jsonData = this.wiki.getTiddlerAsJson(this.to),\n\t\t\t\ttextData = this.wiki.getTiddlerText(this.to,\"\"),\n\t\t\t\ttitle = (new RegExp(\"^\" + $tw.config.textPrimitives.wikiLink + \"$\",\"mg\")).exec(this.to) ? this.to : \"[[\" + this.to + \"]]\";\n\t\t\t// IE doesn't like these content types\n\t\t\tif(!$tw.browser.isIE) {\n\t\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\t\tdataTransfer.setData(\"text/plain\",title);\n\t\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t}\n\t\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\tdataTransfer.setData(\"Text\",title);\n\t\t\tevent.stopPropagation();\n\t\t} else {\n\t\t\tevent.preventDefault();\n\t\t}\n\t}\n};\n\nLinkWidget.prototype.handleDragEndEvent = function(event) {\n\tif(event.target === this.domNodes[0]) {\n\t\t$tw.dragInProgress = false;\n\t\t// Remove the dragging class on the element being dragged\n\t\t$tw.utils.removeClass(event.target,\"tc-tiddlylink-dragging\");\n\t\t// Delete the drag image element\n\t\tif(this.dragImage) {\n\t\t\tthis.dragImage.parentNode.removeChild(this.dragImage);\n\t\t}\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.linkClasses = this.getAttribute(\"class\");\n\tthis.tabIndex = this.getAttribute(\"tabindex\");\n\tthis.draggable = this.getAttribute(\"draggable\",\"yes\");\n\tthis.linkTag = this.getAttribute(\"tag\",\"a\");\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedTiddlers[this.to] || changedAttributes[\"aria-label\"] || changedAttributes.tooltip) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.link = LinkWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/link.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/linkcatcher.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/linkcatcher.js\ntype: application/javascript\nmodule-type: widget\n\nLinkcatcher widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkCatcherWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkCatcherWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkCatcherWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkCatcherWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.catchTo = this.getAttribute(\"to\");\n\tthis.catchMessage = this.getAttribute(\"message\");\n\tthis.catchSet = this.getAttribute(\"set\");\n\tthis.catchSetTo = this.getAttribute(\"setTo\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkCatcherWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.set || changedAttributes.setTo) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\n/*\nHandle a tm-navigate event\n*/\nLinkCatcherWidget.prototype.handleNavigateEvent = function(event) {\n\tif(this.catchTo) {\n\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t}\n\tif(this.catchMessage && this.parentWidget) {\n\t\tthis.parentWidget.dispatchEvent({\n\t\t\ttype: this.catchMessage,\n\t\t\tparam: event.navigateTo,\n\t\t\tnavigateTo: event.navigateTo\n\t\t});\n\t}\n\tif(this.catchSet) {\n\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/linkcatcher.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/list.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/list.js\ntype: application/javascript\nmodule-type: widget\n\nList and list item widgets\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\n/*\nThe list widget creates list element sub-widgets that reach back into the list widget for their configuration\n*/\n\nvar ListWidget = function(parseTreeNode,options) {\n\t// Initialise the storyviews if they've not been done already\n\tif(!this.storyViews) {\n\t\tListWidget.prototype.storyViews = {};\n\t\t$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tif(StoryView && !this.document.isTiddlyWikiFakeDom) {\n\t\tthis.storyview = new StoryView(this);\n\t} else {\n\t\tthis.storyview = null;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$tw.utils.each(this.list,function(title,index) {\n\t\t\tmembers.push(self.makeItemTemplate(title));\n\t\t});\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(members);\n\t// Clear the last history\n\tthis.history = [];\n};\n\nListWidget.prototype.getTiddlerList = function() {\n\tvar defaultFilter = \"[!is[system]sort[title]]\";\n\treturn this.wiki.filterTiddlers(this.getAttribute(\"filter\",defaultFilter),this);\n};\n\nListWidget.prototype.getEmptyMessage = function() {\n\tvar emptyMessage = this.getAttribute(\"emptyMessage\",\"\"),\n\t\tparser = this.wiki.parseText(\"text/vnd.tiddlywiki\",emptyMessage,{parseAsInline: true});\n\tif(parser) {\n\t\treturn parser.tree;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n/*\nCompose the template for a list item\n*/\nListWidget.prototype.makeItemTemplate = function(title) {\n\t// Check if the tiddler is a draft\n\tvar tiddler = this.wiki.getTiddler(title),\n\t\tisDraft = tiddler && tiddler.hasField(\"draft.of\"),\n\t\ttemplate = this.template,\n\t\ttemplateTree;\n\tif(isDraft && this.editTemplate) {\n\t\ttemplate = this.editTemplate;\n\t}\n\t// Compose the transclusion of the template\n\tif(template) {\n\t\ttemplateTree = [{type: \"transclude\", attributes: {tiddler: {type: \"string\", value: template}}}];\n\t} else {\n\t\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\t\ttemplateTree = this.parseTreeNode.children;\n\t\t} else {\n\t\t\t// Default template is a link to the title\n\t\t\ttemplateTree = [{type: \"element\", tag: this.parseTreeNode.isBlock ? \"div\" : \"span\", children: [{type: \"link\", attributes: {to: {type: \"string\", value: title}}, children: [\n\t\t\t\t\t{type: \"text\", text: title}\n\t\t\t]}]}];\n\t\t}\n\t}\n\t// Return the list item\n\treturn {type: \"listitem\", itemTitle: title, variableName: this.variableName, children: templateTree};\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tresult;\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshStart) {\n\t\tthis.storyview.refreshStart(changedTiddlers,changedAttributes);\n\t}\n\t// Completely refresh if any of our attributes have changed\n\tif(changedAttributes.filter || changedAttributes.template || changedAttributes.editTemplate || changedAttributes.emptyMessage || changedAttributes.storyview || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\tresult = true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tresult = this.handleListChanges(changedTiddlers);\n\t\t// Handle any changes to the history stack\n\t\tif(this.historyTitle && changedTiddlers[this.historyTitle]) {\n\t\t\tthis.handleHistoryChanges();\n\t\t}\n\t}\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshEnd) {\n\t\tthis.storyview.refreshEnd(changedTiddlers,changedAttributes);\n\t}\n\treturn result;\n};\n\n/*\nHandle any changes to the history list\n*/\nListWidget.prototype.handleHistoryChanges = function() {\n\t// Get the history data\n\tvar newHistory = this.wiki.getTiddlerData(this.historyTitle,[]);\n\t// Ignore any entries of the history that match the previous history\n\tvar entry = 0;\n\twhile(entry < newHistory.length && entry < this.history.length && newHistory[entry].title === this.history[entry].title) {\n\t\tentry++;\n\t}\n\t// Navigate forwards to each of the new tiddlers\n\twhile(entry < newHistory.length) {\n\t\tif(this.storyview && this.storyview.navigateTo) {\n\t\t\tthis.storyview.navigateTo(newHistory[entry]);\n\t\t}\n\t\tentry++;\n\t}\n\t// Update the history\n\tthis.history = newHistory;\n};\n\n/*\nProcess any changes to the list\n*/\nListWidget.prototype.handleListChanges = function(changedTiddlers) {\n\t// Get the new list\n\tvar prevList = this.list;\n\tthis.list = this.getTiddlerList();\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\t// Check if it was empty before\n\t\tif(prevList.length === 0) {\n\t\t\t// If so, just refresh the empty message\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\t// Replace the previous content with the empty message\n\t\t\tfor(t=this.children.length-1; t>=0; t--) {\n\t\t\t\tthis.removeListItem(t);\n\t\t\t}\n\t\t\tvar nextSibling = this.findNextSiblingDomNode();\n\t\t\tthis.makeChildWidgets(this.getEmptyMessage());\n\t\t\tthis.renderChildren(this.parentDomNode,nextSibling);\n\t\t\treturn true;\n\t\t}\n\t} else {\n\t\t// If the list was empty then we need to remove the empty message\n\t\tif(prevList.length === 0) {\n\t\t\tthis.removeChildDomNodes();\n\t\t\tthis.children = [];\n\t\t}\n\t\t// Cycle through the list, inserting and removing list items as needed\n\t\tvar hasRefreshed = false;\n\t\tfor(var t=0; t<this.list.length; t++) {\n\t\t\tvar index = this.findListItem(t,this.list[t]);\n\t\t\tif(index === undefined) {\n\t\t\t\t// The list item must be inserted\n\t\t\t\tthis.insertListItem(t,this.list[t]);\n\t\t\t\thasRefreshed = true;\n\t\t\t} else {\n\t\t\t\t// There are intervening list items that must be removed\n\t\t\t\tfor(var n=index-1; n>=t; n--) {\n\t\t\t\t\tthis.removeListItem(n);\n\t\t\t\t\thasRefreshed = true;\n\t\t\t\t}\n\t\t\t\t// Refresh the item we're reusing\n\t\t\t\tvar refreshed = this.children[t].refresh(changedTiddlers);\n\t\t\t\thasRefreshed = hasRefreshed || refreshed;\n\t\t\t}\n\t\t}\n\t\t// Remove any left over items\n\t\tfor(t=this.children.length-1; t>=this.list.length; t--) {\n\t\t\tthis.removeListItem(t);\n\t\t\thasRefreshed = true;\n\t\t}\n\t\treturn hasRefreshed;\n\t}\n};\n\n/*\nFind the list item with a given title, starting from a specified position\n*/\nListWidget.prototype.findListItem = function(startIndex,title) {\n\twhile(startIndex < this.children.length) {\n\t\tif(this.children[startIndex].parseTreeNode.itemTitle === title) {\n\t\t\treturn startIndex;\n\t\t}\n\t\tstartIndex++;\n\t}\n\treturn undefined;\n};\n\n/*\nInsert a new list item at the specified index\n*/\nListWidget.prototype.insertListItem = function(index,title) {\n\t// Create, insert and render the new child widgets\n\tvar widget = this.makeChildWidget(this.makeItemTemplate(title));\n\twidget.parentDomNode = this.parentDomNode; // Hack to enable findNextSiblingDomNode() to work\n\tthis.children.splice(index,0,widget);\n\tvar nextSibling = widget.findNextSiblingDomNode();\n\twidget.render(this.parentDomNode,nextSibling);\n\t// Animate the insertion if required\n\tif(this.storyview && this.storyview.insert) {\n\t\tthis.storyview.insert(widget);\n\t}\n\treturn true;\n};\n\n/*\nRemove the specified list item\n*/\nListWidget.prototype.removeListItem = function(index) {\n\tvar widget = this.children[index];\n\t// Animate the removal if required\n\tif(this.storyview && this.storyview.remove) {\n\t\tthis.storyview.remove(widget);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n\t// Remove the child widget\n\tthis.children.splice(index,1);\n};\n\nexports.list = ListWidget;\n\nvar ListItemWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListItemWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListItemWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nListItemWidget.prototype.execute = function() {\n\t// Set the current list item title\n\tthis.setVariable(this.parseTreeNode.variableName,this.parseTreeNode.itemTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListItemWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.listitem = ListItemWidget;\n\n})();",
"title": "$:/core/modules/widgets/list.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/macrocall.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/macrocall.js\ntype: application/javascript\nmodule-type: widget\n\nMacrocall widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar MacroCallWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nMacroCallWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nMacroCallWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nMacroCallWidget.prototype.execute = function() {\n\t// Get the parse type if specified\n\tthis.parseType = this.getAttribute(\"$type\",\"text/vnd.tiddlywiki\");\n\tthis.renderOutput = this.getAttribute(\"$output\",\"text/html\");\n\t// Merge together the parameters specified in the parse tree with the specified attributes\n\tvar params = this.parseTreeNode.params ? this.parseTreeNode.params.slice(0) : [];\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparams.push({name: name, value: attribute});\t\t\t\n\t\t}\n\t});\n\t// Get the macro value\n\tvar text = this.getVariable(this.parseTreeNode.name || this.getAttribute(\"$name\"),{params: params}),\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\t// Rerender ourselves\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.macrocall = MacroCallWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/macrocall.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/navigator.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/navigator.js\ntype: application/javascript\nmodule-type: widget\n\nNavigator widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar IMPORT_TITLE = \"$:/Import\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigatorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"},\n\t\t{type: \"tm-edit-tiddler\", handler: \"handleEditTiddlerEvent\"},\n\t\t{type: \"tm-delete-tiddler\", handler: \"handleDeleteTiddlerEvent\"},\n\t\t{type: \"tm-save-tiddler\", handler: \"handleSaveTiddlerEvent\"},\n\t\t{type: \"tm-cancel-tiddler\", handler: \"handleCancelTiddlerEvent\"},\n\t\t{type: \"tm-close-tiddler\", handler: \"handleCloseTiddlerEvent\"},\n\t\t{type: \"tm-close-all-tiddlers\", handler: \"handleCloseAllTiddlersEvent\"},\n\t\t{type: \"tm-close-other-tiddlers\", handler: \"handleCloseOtherTiddlersEvent\"},\n\t\t{type: \"tm-new-tiddler\", handler: \"handleNewTiddlerEvent\"},\n\t\t{type: \"tm-import-tiddlers\", handler: \"handleImportTiddlersEvent\"},\n\t\t{type: \"tm-perform-import\", handler: \"handlePerformImportEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigatorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigatorWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigatorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.storyTitle = this.getAttribute(\"story\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nNavigatorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.story || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nNavigatorWidget.prototype.getStoryList = function() {\n\treturn this.storyTitle ? this.wiki.getTiddlerList(this.storyTitle) : null;\n};\n\nNavigatorWidget.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList}\n\t));\n};\n\nNavigatorWidget.prototype.removeTitleFromStory = function(storyList,title) {\n\tvar p = storyList.indexOf(title);\n\twhile(p !== -1) {\n\t\tstoryList.splice(p,1);\n\t\tp = storyList.indexOf(title);\n\t}\n};\n\nNavigatorWidget.prototype.replaceFirstTitleInStory = function(storyList,oldTitle,newTitle) {\n\tvar pos = storyList.indexOf(oldTitle);\n\tif(pos !== -1) {\n\t\tstoryList[pos] = newTitle;\n\t\tdo {\n\t\t\tpos = storyList.indexOf(oldTitle,pos + 1);\n\t\t\tif(pos !== -1) {\n\t\t\t\tstoryList.splice(pos,1);\n\t\t\t}\n\t\t} while(pos !== -1);\n\t} else {\n\t\tstoryList.splice(0,0,newTitle);\n\t}\n};\n\nNavigatorWidget.prototype.addToStory = function(title,fromTitle) {\n\tvar storyList = this.getStoryList();\n\t// Quit if we cannot get hold of the story list\n\tif(!storyList) {\n\t\treturn;\n\t}\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(title);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(fromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(this.getAttribute(\"openLinkFromInsideRiver\",\"below\")) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(this.getAttribute(\"openLinkFromOutsideRiver\",\"top\") === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,title);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\n*/\nNavigatorWidget.prototype.addToHistory = function(title,fromPageRect) {\n\tthis.wiki.addToHistory(title,fromPageRect,this.historyTitle);\n};\n\n/*\nHandle a tm-navigate event\n*/\nNavigatorWidget.prototype.handleNavigateEvent = function(event) {\n\tif(event.navigateTo) {\n\t\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\t\tif(!event.navigateSuppressNavigation) {\n\t\t\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\n\t\t}\n\t}\n\treturn false;\n};\n\n// Close a specified tiddler\nNavigatorWidget.prototype.handleCloseTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\tstoryList = this.getStoryList();\n\t// Look for tiddlers with this title to close\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Close all tiddlers\nNavigatorWidget.prototype.handleCloseAllTiddlersEvent = function(event) {\n\tthis.saveStoryList([]);\n\treturn false;\n};\n\n// Close other tiddlers\nNavigatorWidget.prototype.handleCloseOtherTiddlersEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle;\n\tthis.saveStoryList([title]);\n\treturn false;\n};\n\n// Place a tiddler in edit mode\nNavigatorWidget.prototype.handleEditTiddlerEvent = function(event) {\n\tvar self = this;\n\tfunction isUnmodifiedShadow(title) {\n\t\treturn self.wiki.isShadowTiddler(title) && !self.wiki.tiddlerExists(title);\n\t}\n\tfunction confirmEditShadow(title) {\n\t\treturn confirm($tw.language.getString(\n\t\t\t\"ConfirmEditShadowTiddler\",\n\t\t\t{variables:\n\t\t\t\t{title: title}\n\t\t\t}\n\t\t));\n\t}\n\tvar title = event.param || event.tiddlerTitle;\n\tif(isUnmodifiedShadow(title) && !confirmEditShadow(title)) {\n\t\treturn false;\n\t}\n\t// Replace the specified tiddler with a draft in edit mode\n\tvar draftTiddler = this.makeDraftTiddler(title),\n\t\tdraftTitle = draftTiddler.fields.title,\n\t\tstoryList = this.getStoryList();\n\tthis.removeTitleFromStory(storyList,draftTitle);\n\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Delete a tiddler\nNavigatorWidget.prototype.handleDeleteTiddlerEvent = function(event) {\n\t// Get the tiddler we're deleting\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList(),\n\t\toriginalTitle = tiddler ? tiddler.fields[\"draft.of\"] : \"\",\n\t\tconfirmationTitle;\n\tif(!tiddler) {\n\t\treturn false;\n\t}\n\t// Check if the tiddler we're deleting is in draft mode\n\tif(originalTitle) {\n\t\t// If so, we'll prompt for confirmation referencing the original tiddler\n\t\tconfirmationTitle = originalTitle;\n\t} else {\n\t\t// If not a draft, then prompt for confirmation referencing the specified tiddler\n\t\tconfirmationTitle = title;\n\t}\n\t// Seek confirmation\n\tif((this.wiki.getTiddler(originalTitle) || (tiddler.fields.text || \"\") !== \"\") && !confirm($tw.language.getString(\n\t\t\t\t\"ConfirmDeleteTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: confirmationTitle}\n\t\t\t\t}\n\t\t\t))) {\n\t\treturn false;\n\t}\n\t// Delete the original tiddler\n\tif(originalTitle) {\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Delete this tiddler\n\tthis.wiki.deleteTiddler(title);\n\t// Remove the closed tiddler from the story\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\treturn false;\n};\n\n/*\nCreate/reuse the draft tiddler for a given title\n*/\nNavigatorWidget.prototype.makeDraftTiddler = function(targetTitle) {\n\t// See if there is already a draft tiddler for this tiddler\n\tvar draftTitle = this.wiki.findDraft(targetTitle);\n\tif(draftTitle) {\n\t\treturn this.wiki.getTiddler(draftTitle);\n\t}\n\t// Get the current value of the tiddler we're editing\n\tvar tiddler = this.wiki.getTiddler(targetTitle);\n\t// Save the initial value of the draft tiddler\n\tdraftTitle = this.generateDraftTitle(targetTitle);\n\tvar draftTiddler = new $tw.Tiddler(\n\t\t\ttiddler,\n\t\t\t{\n\t\t\t\ttitle: draftTitle,\n\t\t\t\t\"draft.title\": targetTitle,\n\t\t\t\t\"draft.of\": targetTitle\n\t\t\t},\n\t\t\tthis.wiki.getModificationFields()\n\t\t);\n\tthis.wiki.addTiddler(draftTiddler);\n\treturn draftTiddler;\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nNavigatorWidget.prototype.generateDraftTitle = function(title) {\n\tvar c = 0,\n\t\tdraftTitle;\n\tdo {\n\t\tdraftTitle = \"Draft \" + (c ? (c + 1) + \" \" : \"\") + \"of '\" + title + \"'\";\n\t\tc++;\n\t} while(this.wiki.tiddlerExists(draftTitle));\n\treturn draftTitle;\n};\n\n// Take a tiddler out of edit mode, saving the changes\nNavigatorWidget.prototype.handleSaveTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList();\n\t// Replace the original tiddler with the draft\n\tif(tiddler) {\n\t\tvar draftTitle = (tiddler.fields[\"draft.title\"] || \"\").trim(),\n\t\t\tdraftOf = (tiddler.fields[\"draft.of\"] || \"\").trim();\n\t\tif(draftTitle) {\n\t\t\tvar isRename = draftOf !== draftTitle,\n\t\t\t\tisConfirmed = true;\n\t\t\tif(isRename && this.wiki.tiddlerExists(draftTitle)) {\n\t\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\t\"ConfirmOverwriteTiddler\",\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{title: draftTitle}\n\t\t\t\t\t}\n\t\t\t\t));\n\t\t\t}\n\t\t\tif(isConfirmed) {\n\t\t\t\t// Save the draft tiddler as the real tiddler\n\t\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\ttitle: draftTitle,\n\t\t\t\t\t\"draft.title\": undefined,\n\t\t\t\t\t\"draft.of\": undefined\n\t\t\t\t},this.wiki.getModificationFields()));\n\t\t\t\t// Remove the draft tiddler\n\t\t\t\tthis.wiki.deleteTiddler(title);\n\t\t\t\t// Remove the original tiddler if we're renaming it\n\t\t\t\tif(isRename) {\n\t\t\t\t\tthis.wiki.deleteTiddler(draftOf);\n\t\t\t\t}\n\t\t\t\t// Replace the draft in the story with the original\n\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t}\n\t\t\t\t// Trigger an autosave\n\t\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Take a tiddler out of edit mode without saving the changes\nNavigatorWidget.prototype.handleCancelTiddlerEvent = function(event) {\n\t// Flip the specified tiddler from draft back to the original\n\tvar draftTitle = event.param || event.tiddlerTitle,\n\t\tdraftTiddler = this.wiki.getTiddler(draftTitle),\n\t\toriginalTitle = draftTiddler && draftTiddler.fields[\"draft.of\"];\n\tif(draftTiddler && originalTitle) {\n\t\t// Ask for confirmation if the tiddler text has changed\n\t\tvar isConfirmed = true,\n\t\t\toriginalTiddler = this.wiki.getTiddler(originalTitle),\n\t\t\tstoryList = this.getStoryList();\n\t\tif(this.wiki.isDraftModified(draftTitle)) {\n\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\"ConfirmCancelTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: draftTitle}\n\t\t\t\t}\n\t\t\t));\n\t\t}\n\t\t// Remove the draft tiddler\n\t\tif(isConfirmed) {\n\t\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\t\tif(originalTiddler) {\n\t\t\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\t\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\t\t} else {\n\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t}\n\t\t\tthis.saveStoryList(storyList);\t\n\t\t}\n\t}\n\treturn false;\n};\n\n// Create a new draft tiddler\n// event.param can either be the title of a template tiddler, or a hashmap of fields.\n//\n// The title of the newly created tiddler follows these rules:\n// * If a hashmap was used and a title field was specified, use that title\n// * If a hashmap was used without a title field, use a default title, if necessary making it unique with a numeric suffix\n// * If a template tiddler was used, use the title of the template, if necessary making it unique with a numeric suffix\n//\n// If a draft of the target tiddler already exists then it is reused\nNavigatorWidget.prototype.handleNewTiddlerEvent = function(event) {\n\t// Get the story details\n\tvar storyList = this.getStoryList(),\n\t\ttemplateTiddler, additionalFields, title, draftTitle, existingTiddler;\n\t// Get the template tiddler (if any)\n\tif(typeof event.param === \"string\") {\n\t\t// Get the template tiddler\n\t\ttemplateTiddler = this.wiki.getTiddler(event.param);\n\t\t// Generate a new title\n\t\ttitle = this.wiki.generateNewTitle(event.param || $tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t}\n\t// Get the specified additional fields\n\tif(typeof event.paramObject === \"object\") {\n\t\tadditionalFields = event.paramObject;\n\t}\n\tif(typeof event.param === \"object\") { // Backwards compatibility with 5.1.3\n\t\tadditionalFields = event.param;\n\t}\n\tif(additionalFields && additionalFields.title) {\n\t\ttitle = additionalFields.title;\n\t}\n\t// Generate a title if we don't have one\n\ttitle = title || this.wiki.generateNewTitle($tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t// Find any existing draft for this tiddler\n\tdraftTitle = this.wiki.findDraft(title);\n\t// Pull in any existing tiddler\n\tif(draftTitle) {\n\t\texistingTiddler = this.wiki.getTiddler(draftTitle);\n\t} else {\n\t\tdraftTitle = this.generateDraftTitle(title);\n\t\texistingTiddler = this.wiki.getTiddler(title);\n\t}\n\t// Merge the tags\n\tvar mergedTags = [];\n\tif(existingTiddler && existingTiddler.fields.tags) {\n\t\t$tw.utils.pushTop(mergedTags,existingTiddler.fields.tags)\n\t}\n\tif(additionalFields && additionalFields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,$tw.utils.parseStringArray(additionalFields.tags));\n\t}\n\tif(templateTiddler && templateTiddler.fields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,templateTiddler.fields.tags);\n\t}\n\t// Save the draft tiddler\n\tvar draftTiddler = new $tw.Tiddler({\n\t\t\ttext: \"\",\n\t\t\t\"draft.title\": title\n\t\t},\n\t\ttemplateTiddler,\n\t\texistingTiddler,\n\t\tadditionalFields,\n\t\tthis.wiki.getCreationFields(),\n\t\t{\n\t\t\ttitle: draftTitle,\n\t\t\t\"draft.of\": title,\n\t\t\ttags: mergedTags\n\t\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(draftTiddler);\n\t// Update the story to insert the new draft at the top and remove any existing tiddler\n\tif(storyList.indexOf(draftTitle) === -1) {\n\t\tvar slot = storyList.indexOf(event.navigateFromTitle);\n\t\tstoryList.splice(slot + 1,0,draftTitle);\n\t}\n\tif(storyList.indexOf(title) !== -1) {\n\t\tstoryList.splice(storyList.indexOf(title),1);\t\t\n\t}\n\tthis.saveStoryList(storyList);\n\t// Add a new record to the top of the history stack\n\tthis.addToHistory(draftTitle);\n\treturn false;\n};\n\n// Import JSON tiddlers into a pending import tiddler\nNavigatorWidget.prototype.handleImportTiddlersEvent = function(event) {\n\tvar self = this;\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\t\n\t} catch(e) {\n\t}\n\t// Get the current $:/Import tiddler\n\tvar importTiddler = this.wiki.getTiddler(IMPORT_TITLE),\n\t\timportData = this.wiki.getTiddlerData(IMPORT_TITLE,{}),\n\t\tnewFields = new Object({\n\t\t\ttitle: IMPORT_TITLE,\n\t\t\ttype: \"application/json\",\n\t\t\t\"plugin-type\": \"import\",\n\t\t\t\"status\": \"pending\"\n\t\t}),\n\t\tincomingTiddlers = [];\n\t// Process each tiddler\n\timportData.tiddlers = importData.tiddlers || {};\n\t$tw.utils.each(tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title) {\n\t\t\tincomingTiddlers.push(title);\n\t\t\timportData.tiddlers[title] = tiddlerFields;\n\t\t}\n\t});\n\t// Give the active upgrader modules a chance to process the incoming tiddlers\n\tvar messages = this.wiki.invokeUpgraders(incomingTiddlers,importData.tiddlers);\n\t$tw.utils.each(messages,function(message,title) {\n\t\tnewFields[\"message-\" + title] = message;\n\t});\n\t// Deselect any suppressed tiddlers\n\t$tw.utils.each(importData.tiddlers,function(tiddler,title) {\n\t\tif($tw.utils.count(tiddler) === 0) {\n\t\t\tnewFields[\"selection-\" + title] = \"unchecked\";\n\t\t}\n\t});\n\t// Save the $:/Import tiddler\n\tnewFields.text = JSON.stringify(importData,null,$tw.config.preferences.jsonSpaces);\n\tthis.wiki.addTiddler(new $tw.Tiddler(importTiddler,newFields));\n\t// Update the story and history details\n\tif(this.getVariable(\"tv-auto-open-on-import\") !== \"no\") {\n\t\tvar storyList = this.getStoryList(),\n\t\t\thistory = [];\n\t\t// Add it to the story\n\t\tif(storyList.indexOf(IMPORT_TITLE) === -1) {\n\t\t\tstoryList.unshift(IMPORT_TITLE);\n\t\t}\n\t\t// And to history\n\t\thistory.push(IMPORT_TITLE);\n\t\t// Save the updated story and history\n\t\tthis.saveStoryList(storyList);\n\t\tthis.addToHistory(history);\t\t\n\t}\n\treturn false;\n};\n\n// \nNavigatorWidget.prototype.handlePerformImportEvent = function(event) {\n\tvar self = this,\n\t\timportTiddler = this.wiki.getTiddler(event.param),\n\t\timportData = this.wiki.getTiddlerData(event.param,{tiddlers: {}}),\n\t\timportReport = [];\n\t// Add the tiddlers to the store\n\timportReport.push(\"The following tiddlers were imported:\\n\");\n\t$tw.utils.each(importData.tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title && importTiddler && importTiddler.fields[\"selection-\" + title] !== \"unchecked\") {\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(tiddlerFields));\n\t\t\timportReport.push(\"# [[\" + tiddlerFields.title + \"]]\");\n\t\t}\n\t});\n\t// Replace the $:/Import tiddler with an import report\n\tthis.wiki.addTiddler(new $tw.Tiddler({\n\t\ttitle: IMPORT_TITLE,\n\t\ttext: importReport.join(\"\\n\"),\n\t\t\"status\": \"complete\"\n\t}));\n\t// Navigate to the $:/Import tiddler\n\tthis.addToHistory([IMPORT_TITLE]);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/navigator.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/password.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/password.js\ntype: application/javascript\nmodule-type: widget\n\nPassword widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar PasswordWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nPasswordWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nPasswordWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the current password\n\tvar password = $tw.browser ? $tw.utils.getPassword(this.passwordName) || \"\" : \"\";\n\t// Create our element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"password\");\n\tdomNode.setAttribute(\"value\",password);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nPasswordWidget.prototype.handleChangeEvent = function(event) {\n\tvar password = this.domNodes[0].value;\n\treturn $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/password.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/radio.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nRadio widget\n\nWill set a field to the selected value:\n\n```\n\t<$radio field=\"myfield\" value=\"check 1\">one</$radio>\n\t<$radio field=\"myfield\" value=\"check 2\">two</$radio>\n\t<$radio field=\"myfield\" value=\"check 3\">three</$radio>\n```\n\n|Parameter |Description |h\n|tiddler |Name of the tiddler in which the field should be set. Defaults to current tiddler |\n|field |The name of the field to be set |\n|value |The value to set |\n|class |Optional class name(s) |\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RadioWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRadioWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRadioWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.radioClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(this.getValue() == this.radioValue) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nRadioWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.radioTitle);\n\treturn tiddler && tiddler.getFieldString(this.radioField);\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioField) {\n\t\tvar tiddler = this.wiki.getTiddler(this.radioTitle),\n\t\t\taddition = {};\n\t\taddition[this.radioField] = this.radioValue;\n\t\tthis.wiki.addTiddler(new $tw.Tiddler({title: this.radioTitle},tiddler,addition,this.wiki.getModificationFields()));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\",\"text\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\tif(this.radioClass !== \"\") {\n\t\tthis.radioClass += \" \";\n\t}\n\tthis.radioClass += \"tc-radio\";\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/radio.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/raw.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/raw.js\ntype: application/javascript\nmodule-type: widget\n\nRaw widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RawWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRawWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRawWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar div = this.document.createElement(\"div\");\n\tdiv.innerHTML=this.parseTreeNode.html;\n\tparent.insertBefore(div,nextSibling);\n\tthis.domNodes.push(div);\t\n};\n\n/*\nCompute the internal state of the widget\n*/\nRawWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRawWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.raw = RawWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/raw.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/reveal.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/reveal.js\ntype: application/javascript\nmodule-type: widget\n\nReveal widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RevealWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRevealWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRevealWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.revealTag && $tw.config.htmlUnsafeElements.indexOf(this.revealTag) === -1) {\n\t\ttag = this.revealTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tc-reveal\");\n\tdomNode.className = classes.join(\" \");\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\t}\n\tif(!this.isOpen) {\n\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t}\n\tthis.domNodes.push(domNode);\n};\n\nRevealWidget.prototype.positionPopup = function(domNode) {\n\tdomNode.style.position = \"absolute\";\n\tdomNode.style.zIndex = \"1000\";\n\tswitch(this.position) {\n\t\tcase \"left\":\n\t\t\tdomNode.style.left = (this.popup.left - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"above\":\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"aboveright\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"right\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"belowleft\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t\tdefault: // Below\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRevealWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.state = this.getAttribute(\"state\");\n\tthis.revealTag = this.getAttribute(\"tag\");\n\tthis.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis.style = this.getAttribute(\"style\",\"\");\n\tthis[\"default\"] = this.getAttribute(\"default\",\"\");\n\tthis.animate = this.getAttribute(\"animate\",\"no\");\n\tthis.retain = this.getAttribute(\"retain\",\"no\");\n\tthis.openAnimation = this.animate === \"no\" ? undefined : \"open\";\n\tthis.closeAnimation = this.animate === \"no\" ? undefined : \"close\";\n\t// Compute the title of the state tiddler and read it\n\tthis.stateTitle = this.state;\n\tthis.readState();\n\t// Construct the child widgets\n\tvar childNodes = this.isOpen ? this.parseTreeNode.children : [];\n\tthis.hasChildNodes = this.isOpen;\n\tthis.makeChildWidgets(childNodes);\n};\n\n/*\nRead the state tiddler\n*/\nRevealWidget.prototype.readState = function() {\n\t// Read the information from the state tiddler\n\tvar state = this.stateTitle ? this.wiki.getTextReference(this.stateTitle,this[\"default\"],this.getVariable(\"currentTiddler\")) : this[\"default\"];\n\tswitch(this.type) {\n\t\tcase \"popup\":\n\t\t\tthis.readPopupState(state);\n\t\t\tbreak;\n\t\tcase \"match\":\n\t\t\tthis.readMatchState(state);\n\t\t\tbreak;\n\t\tcase \"nomatch\":\n\t\t\tthis.readMatchState(state);\n\t\t\tthis.isOpen = !this.isOpen;\n\t\t\tbreak;\n\t}\n};\n\nRevealWidget.prototype.readMatchState = function(state) {\n\tthis.isOpen = state === this.text;\n};\n\nRevealWidget.prototype.readPopupState = function(state) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tmatch = popupLocationRegExp.exec(state);\n\t// Check if the state matches the location regexp\n\tif(match) {\n\t\t// If so, we're open\n\t\tthis.isOpen = true;\n\t\t// Get the location\n\t\tthis.popup = {\n\t\t\tleft: parseFloat(match[1]),\n\t\t\ttop: parseFloat(match[2]),\n\t\t\twidth: parseFloat(match[3]),\n\t\t\theight: parseFloat(match[4])\n\t\t};\n\t} else {\n\t\t// If not, we're closed\n\t\tthis.isOpen = false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRevealWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.state || changedAttributes.type || changedAttributes.text || changedAttributes.position || changedAttributes[\"default\"] || changedAttributes.animate) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false,\n\t\t\tcurrentlyOpen = this.isOpen;\n\t\tthis.readState();\n\t\tif(this.isOpen !== currentlyOpen) {\n\t\t\tif(this.retain === \"yes\") {\n\t\t\t\tthis.updateState();\n\t\t\t} else {\n\t\t\t\tthis.refreshSelf();\n\t\t\t\trefreshed = true;\n\t\t\t}\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\n\t// Read the current state\n\tthis.readState();\n\t// Construct the child nodes if needed\n\tvar domNode = this.domNodes[0];\n\tif(this.isOpen && !this.hasChildNodes) {\n\t\tthis.hasChildNodes = true;\n\t\tthis.makeChildWidgets(this.parseTreeNode.children);\n\t\tthis.renderChildren(domNode,null);\n\t}\n\t// Animate our DOM node\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\n\t}\n\tif(this.isOpen) {\n\t\tdomNode.removeAttribute(\"hidden\");\n $tw.anim.perform(this.openAnimation,domNode);\n\t} else {\n\t\t$tw.anim.perform(this.closeAnimation,domNode,{callback: function() {\n\t\t\tdomNode.setAttribute(\"hidden\",\"true\");\n }});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/reveal.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/scrollable.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/scrollable.js\ntype: application/javascript\nmodule-type: widget\n\nScrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ScrollableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.scaleFactor = 1;\n\tthis.addEventListeners([\n\t\t{type: \"tm-scroll\", handler: \"handleScrollEvent\"}\n\t]);\n\tif($tw.browser) {\n\t\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\t\twindow.webkitRequestAnimationFrame ||\n\t\t\twindow.mozRequestAnimationFrame ||\n\t\t\tfunction(callback) {\n\t\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t\t};\n\t\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\t\twindow.webkitCancelAnimationFrame ||\n\t\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\t\twindow.mozCancelAnimationFrame ||\n\t\t\twindow.mozCancelRequestAnimationFrame ||\n\t\t\tfunction(id) {\n\t\t\t\twindow.clearTimeout(id);\n\t\t\t};\n\t}\n};\n\n/*\nInherit from the base widget class\n*/\nScrollableWidget.prototype = new Widget();\n\nScrollableWidget.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle a scroll event\n*/\nScrollableWidget.prototype.handleScrollEvent = function(event) {\n\t// Pass the scroll event through if our offsetsize is larger than our scrollsize\n\tif(this.outerDomNode.scrollWidth <= this.outerDomNode.offsetWidth && this.outerDomNode.scrollHeight <= this.outerDomNode.offsetHeight && this.fallthrough === \"yes\") {\n\t\treturn true;\n\t}\n\tthis.scrollIntoView(event.target);\n\treturn false; // Handled event\n};\n\n/*\nScroll an element into view\n*/\nScrollableWidget.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = {\n\t\tx: this.outerDomNode.scrollLeft,\n\t\ty: this.outerDomNode.scrollTop\n\t};\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar scrollableBounds = this.outerDomNode.getBoundingClientRect(),\n\t\tclientTargetBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientTargetBounds.left + scrollPosition.x - scrollableBounds.left,\n\t\t\ttop: clientTargetBounds.top + scrollPosition.y - scrollableBounds.top,\n\t\t\twidth: clientTargetBounds.width,\n\t\t\theight: clientTargetBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is already visible then stay where we are\n\t\t\tif(targetPos >= currentPos && (targetPos + targetSize) <= (currentPos + currentSize)) {\n\t\t\t\treturn currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to its top/left\n\t\t\t} else if(targetPos <= currentPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\treturn targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\treturn currentPos;\n\t\t\t}\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,this.outerDomNode.offsetWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,this.outerDomNode.offsetHeight);\n\t// Only scroll if necessary\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tself.outerDomNode.scrollLeft = scrollPosition.x + (endX - scrollPosition.x) * t;\n\t\t\tself.outerDomNode.scrollTop = scrollPosition.y + (endY - scrollPosition.y) * t;\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nScrollableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create elements\n\tthis.outerDomNode = this.document.createElement(\"div\");\n\t$tw.utils.setStyle(this.outerDomNode,[\n\t\t{overflowY: \"auto\"},\n\t\t{overflowX: \"auto\"},\n\t\t{webkitOverflowScrolling: \"touch\"}\n\t]);\n\tthis.innerDomNode = this.document.createElement(\"div\");\n\tthis.outerDomNode.appendChild(this.innerDomNode);\n\t// Assign classes\n\tthis.outerDomNode.className = this[\"class\"] || \"\";\n\t// Insert element\n\tparent.insertBefore(this.outerDomNode,nextSibling);\n\tthis.renderChildren(this.innerDomNode,null);\n\tthis.domNodes.push(this.outerDomNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nScrollableWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.fallthrough = this.getAttribute(\"fallthrough\",\"yes\");\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nScrollableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.scrollable = ScrollableWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/scrollable.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/select.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/select.js\ntype: application/javascript\nmodule-type: widget\n\nSelect widget:\n\n```\n<$select tiddler=\"MyTiddler\" field=\"text\">\n<$list filter=\"[tag[chapter]]\">\n<option value=<<currentTiddler>>>\n<$view field=\"description\"/>\n</option>\n</$list>\n</$select>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SelectWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSelectWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSelectWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\tthis.setSelectValue();\n\t$tw.utils.addEventListeners(this.getSelectDomNode(),[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n};\n\n/*\nHandle a change event\n*/\nSelectWidget.prototype.handleChangeEvent = function(event) {\n\tvar value = this.getSelectDomNode().value;\n\tthis.wiki.setText(this.selectTitle,this.selectField,this.selectIndex,value);\n};\n\n/*\nIf necessary, set the value of the select element to the current value\n*/\nSelectWidget.prototype.setSelectValue = function() {\n\tvar value = this.selectDefault;\n\t// Get the value\n\tif(this.selectIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.selectTitle,this.selectIndex);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.selectTitle);\n\t\tif(tiddler) {\n\t\t\tif(this.selectField === \"text\") {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.selectTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.selectField)) {\n\t\t\t\t\tvalue = tiddler.getFieldString(this.selectField);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.selectField === \"title\") {\n\t\t\t\tvalue = this.selectTitle;\n\t\t\t}\n\t\t}\n\t}\n\t// Assign it to the select element if it's different than the current value\n\tvar domNode = this.getSelectDomNode();\n\tif(domNode.value !== value) {\n\t\tdomNode.value = value;\n\t}\n};\n\n/*\nGet the DOM node of the select element\n*/\nSelectWidget.prototype.getSelectDomNode = function() {\n\treturn this.children[0].domNodes[0];\n};\n\n/*\nCompute the internal state of the widget\n*/\nSelectWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.selectTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.selectField = this.getAttribute(\"field\",\"text\");\n\tthis.selectIndex = this.getAttribute(\"index\");\n\tthis.selectClass = this.getAttribute(\"class\");\n\tthis.selectDefault = this.getAttribute(\"default\");\n\t// Make the child widgets\n\tvar selectNode = {\n\t\ttype: \"element\",\n\t\ttag: \"select\",\n\t\tchildren: this.parseTreeNode.children\n\t};\n\tif(this.selectClass) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"class\",this.selectClass);\n\t}\n\tthis.makeChildWidgets([selectNode]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSelectWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// If we're using a different tiddler/field/index then completely refresh ourselves\n\tif(changedAttributes.selectTitle || changedAttributes.selectField || changedAttributes.selectIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t// If the target tiddler value has changed, just update setting and refresh the children\n\t} else {\n\t\tvar childrenRefreshed = this.refreshChildren(changedTiddlers);\n\t\tif(changedTiddlers[this.selectTitle] || childrenRefreshed) {\n\t\t\tthis.setSelectValue();\n\t\t} \n\t\treturn childrenRefreshed;\n\t}\n};\n\nexports.select = SelectWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/select.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/set.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/set.js\ntype: application/javascript\nmodule-type: widget\n\nSet variable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.setName = this.getAttribute(\"name\",\"currentTiddler\");\n\tthis.setFilter = this.getAttribute(\"filter\");\n\tthis.setValue = this.getAttribute(\"value\");\n\tthis.setEmptyValue = this.getAttribute(\"emptyValue\");\n\t// Set context variable\n\tvar value = this.setValue;\n\tif(this.setFilter) {\n\t\tvar results = this.wiki.filterTiddlers(this.setFilter,this);\n\t\tif(!this.setValue) {\n\t\t\tvalue = $tw.utils.stringifyList(results);\n\t\t}\n\t\tif(results.length === 0 && this.setEmptyValue !== undefined) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t}\n\t}\n\tthis.setVariable(this.setName,value,this.parseTreeNode.params);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.filter || changedAttributes.value || changedAttributes.emptyValue) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/set.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/text.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/text.js\ntype: application/javascript\nmodule-type: widget\n\nText node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TextNodeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTextNodeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTextNodeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\ttext = text.replace(/\\r/mg,\"\");\n\tvar textNode = this.document.createTextNode(text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTextNodeWidget.prototype.execute = function() {\n\t// Nothing to do for a text node\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTextNodeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.text = TextNodeWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/tiddler.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/tiddler.js\ntype: application/javascript\nmodule-type: widget\n\nTiddler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTiddlerWidget.prototype.execute = function() {\n\tthis.tiddlerState = this.computeTiddlerState();\n\tthis.setVariable(\"currentTiddler\",this.tiddlerState.currentTiddler);\n\tthis.setVariable(\"missingTiddlerClass\",this.tiddlerState.missingTiddlerClass);\n\tthis.setVariable(\"shadowTiddlerClass\",this.tiddlerState.shadowTiddlerClass);\n\tthis.setVariable(\"systemTiddlerClass\",this.tiddlerState.systemTiddlerClass);\n\tthis.setVariable(\"tiddlerTagClasses\",this.tiddlerState.tiddlerTagClasses);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nCompute the tiddler state flags\n*/\nTiddlerWidget.prototype.computeTiddlerState = function() {\n\t// Get our parameters\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Compute the state\n\tvar state = {\n\t\tcurrentTiddler: this.tiddlerTitle || \"\",\n\t\tmissingTiddlerClass: (this.wiki.tiddlerExists(this.tiddlerTitle) || this.wiki.isShadowTiddler(this.tiddlerTitle)) ? \"tc-tiddler-exists\" : \"tc-tiddler-missing\",\n\t\tshadowTiddlerClass: this.wiki.isShadowTiddler(this.tiddlerTitle) ? \"tc-tiddler-shadow\" : \"\",\n\t\tsystemTiddlerClass: this.wiki.isSystemTiddler(this.tiddlerTitle) ? \"tc-tiddler-system\" : \"\",\n\t\ttiddlerTagClasses: this.getTagClasses()\n\t};\n\t// Compute a simple hash to make it easier to detect changes\n\tstate.hash = state.currentTiddler + state.missingTiddlerClass + state.shadowTiddlerClass + state.systemTiddlerClass + state.tiddlerTagClasses;\n\treturn state;\n};\n\n/*\nCreate a string of CSS classes derived from the tags of the current tiddler\n*/\nTiddlerWidget.prototype.getTagClasses = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\tif(tiddler) {\n\t\tvar tags = [];\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\ttags.push(\"tc-tagged-\" + encodeURIComponent(tag));\n\t\t});\n\t\treturn tags.join(\" \");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tnewTiddlerState = this.computeTiddlerState();\n\tif(changedAttributes.tiddler || newTiddlerState.hash !== this.tiddlerState.hash) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.tiddler = TiddlerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/tiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/transclude.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/transclude.js\ntype: application/javascript\nmodule-type: widget\n\nTransclude widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TranscludeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTranscludeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTranscludeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTranscludeWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.transcludeTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.transcludeSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.transcludeField = this.getAttribute(\"field\");\n\tthis.transcludeIndex = this.getAttribute(\"index\");\n\tthis.transcludeMode = this.getAttribute(\"mode\");\n\t// Parse the text reference\n\tvar parseAsInline = !this.parseTreeNode.isBlock;\n\tif(this.transcludeMode === \"inline\") {\n\t\tparseAsInline = true;\n\t} else if(this.transcludeMode === \"block\") {\n\t\tparseAsInline = false;\n\t}\n\tvar parser = this.wiki.parseTextReference(\n\t\t\t\t\t\tthis.transcludeTitle,\n\t\t\t\t\t\tthis.transcludeField,\n\t\t\t\t\t\tthis.transcludeIndex,\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\tparseAsInline: parseAsInline,\n\t\t\t\t\t\t\tsubTiddler: this.transcludeSubTiddler\n\t\t\t\t\t\t}),\n\t\tparseTreeNodes = parser ? parser.tree : this.parseTreeNode.children;\n\t// Set context variables for recursion detection\n\tvar recursionMarker = this.makeRecursionMarker();\n\tthis.setVariable(\"transclusion\",recursionMarker);\n\t// Check for recursion\n\tif(parser) {\n\t\tif(this.parentWidget && this.parentWidget.hasVariable(\"transclusion\",recursionMarker)) {\n\t\t\tparseTreeNodes = [{type: \"element\", tag: \"span\", attributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-error\"}\n\t\t\t}, children: [\n\t\t\t\t{type: \"text\", text: \"Recursive transclusion error in transclude widget\"}\n\t\t\t]}];\n\t\t}\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nCompose a string comprising the title, field and/or index to identify this transclusion for recursion detection\n*/\nTranscludeWidget.prototype.makeRecursionMarker = function() {\n\tvar output = [];\n\toutput.push(\"{\");\n\toutput.push(this.getVariable(\"currentTiddler\",{defaultValue: \"\"}));\n\toutput.push(\"|\");\n\toutput.push(this.transcludeTitle || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeField || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeIndex || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeSubTiddler || \"\");\n\toutput.push(\"}\");\n\treturn output.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTranscludeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedTiddlers[this.transcludeTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.transclude = TranscludeWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/transclude.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/vars.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/vars.js\ntype: application/javascript\nmodule-type: widget\n\nThis widget allows multiple variables to be set in one go:\n\n```\n\\define helloworld() Hello world!\n<$vars greeting=\"Hi\" me={{!!title}} sentence=<<helloworld>>>\n <<greeting>>! I am <<me>> and I say: <<sentence>>\n</$vars>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar VarsWidget = function(parseTreeNode,options) {\n\t// Call the constructor\n\tWidget.call(this);\n\t// Initialise\t\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nVarsWidget.prototype = Object.create(Widget.prototype);\n\n/*\nRender this widget into the DOM\n*/\nVarsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nVarsWidget.prototype.execute = function() {\n\t// Parse variables\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(val,key) {\n\t\tif(key.charAt(0) !== \"$\") {\n\t\t\tself.setVariable(key,val);\n\t\t}\n\t});\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nVarsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"vars\"] = VarsWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/vars.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/view.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/view.js\ntype: application/javascript\nmodule-type: widget\n\nView widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ViewWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nViewWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nViewWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tif(this.text) {\n\t\tvar textNode = this.document.createTextNode(this.text);\n\t\tparent.insertBefore(textNode,nextSibling);\n\t\tthis.domNodes.push(textNode);\n\t} else {\n\t\tthis.makeChildWidgets();\n\t\tthis.renderChildren(parent,nextSibling);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nViewWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.viewTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.viewSubtiddler = this.getAttribute(\"subtiddler\");\n\tthis.viewField = this.getAttribute(\"field\",\"text\");\n\tthis.viewIndex = this.getAttribute(\"index\");\n\tthis.viewFormat = this.getAttribute(\"format\",\"text\");\n\tthis.viewTemplate = this.getAttribute(\"template\",\"\");\n\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified();\n\t\t\tbreak;\n\t\tcase \"htmlencoded\":\n\t\t\tthis.text = this.getValueAsHtmlEncoded();\n\t\t\tbreak;\n\t\tcase \"urlencoded\":\n\t\t\tthis.text = this.getValueAsUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"doubleurlencoded\":\n\t\t\tthis.text = this.getValueAsDoubleUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"date\":\n\t\t\tthis.text = this.getValueAsDate(this.viewTemplate);\n\t\t\tbreak;\n\t\tcase \"relativedate\":\n\t\t\tthis.text = this.getValueAsRelativeDate();\n\t\t\tbreak;\n\t\tcase \"stripcomments\":\n\t\t\tthis.text = this.getValueAsStrippedComments();\n\t\t\tbreak;\n\t\tcase \"jsencoded\":\n\t\t\tthis.text = this.getValueAsJsEncoded();\n\t\t\tbreak;\n\t\tdefault: // \"text\"\n\t\t\tthis.text = this.getValueAsText();\n\t\t\tbreak;\n\t}\n};\n\n/*\nThe various formatter functions are baked into this widget for the moment. Eventually they will be replaced by macro functions\n*/\n\n/*\nRetrieve the value of the widget. Options are:\nasString: Optionally return the value as a string\n*/\nViewWidget.prototype.getValue = function(options) {\n\toptions = options || {};\n\tvar value = options.asString ? \"\" : undefined;\n\tif(this.viewIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.viewTitle,this.viewIndex);\n\t} else {\n\t\tvar tiddler;\n\t\tif(this.viewSubtiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.viewTitle,this.viewSubtiddler);\t\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\t\t}\n\t\tif(tiddler) {\n\t\t\tif(this.viewField === \"text\" && !this.viewSubtiddler) {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.viewTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.viewField)) {\n\t\t\t\t\tif(options.asString) {\n\t\t\t\t\t\tvalue = tiddler.getFieldString(this.viewField);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvalue = tiddler.fields[this.viewField];\t\t\t\t\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.viewField === \"title\") {\n\t\t\t\tvalue = this.viewTitle;\n\t\t\t}\n\t\t}\n\t}\n\treturn value;\n};\n\nViewWidget.prototype.getValueAsText = function() {\n\treturn this.getValue({asString: true});\n};\n\nViewWidget.prototype.getValueAsHtmlWikified = function() {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{parentWidget: this});\n};\n\nViewWidget.prototype.getValueAsHtmlEncoded = function() {\n\treturn $tw.utils.htmlEncode(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsUrlEncoded = function() {\n\treturn encodeURIComponent(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsDoubleUrlEncoded = function() {\n\treturn encodeURIComponent(encodeURIComponent(this.getValueAsText()));\n};\n\nViewWidget.prototype.getValueAsDate = function(format) {\n\tformat = format || \"YYYY MM DD 0hh:0mm\";\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.formatDateString(value,format);\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsRelativeDate = function(format) {\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.getRelativeDate((new Date()) - (new Date(value))).description;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsStrippedComments = function() {\n\tvar lines = this.getValueAsText().split(\"\\n\"),\n\t\tout = [];\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar text = lines[line];\n\t\tif(!/^\\s*\\/\\/#/.test(text)) {\n\t\t\tout.push(text);\n\t\t}\n\t}\n\treturn out.join(\"\\n\");\n};\n\nViewWidget.prototype.getValueAsJsEncoded = function() {\n\treturn $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/view.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/widget.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/widget.js\ntype: application/javascript\nmodule-type: widget\n\nWidget base class\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate a widget object for a parse tree node\n\tparseTreeNode: reference to the parse tree node to be rendered\n\toptions: see below\nOptions include:\n\twiki: mandatory reference to wiki associated with this render tree\n\tparentWidget: optional reference to a parent renderer node for the context chain\n\tdocument: optional document object to use instead of global document\n*/\nvar Widget = function(parseTreeNode,options) {\n\tif(arguments.length > 0) {\n\t\tthis.initialise(parseTreeNode,options);\n\t}\n};\n\n/*\nInitialise widget properties. These steps are pulled out of the constructor so that we can reuse them in subclasses\n*/\nWidget.prototype.initialise = function(parseTreeNode,options) {\n\toptions = options || {};\n\t// Save widget info\n\tthis.parseTreeNode = parseTreeNode;\n\tthis.wiki = options.wiki;\n\tthis.parentWidget = options.parentWidget;\n\tthis.variablesConstructor = function() {};\n\tthis.variablesConstructor.prototype = this.parentWidget ? this.parentWidget.variables : {};\n\tthis.variables = new this.variablesConstructor();\n\tthis.document = options.document;\n\tthis.attributes = {};\n\tthis.children = [];\n\tthis.domNodes = [];\n\tthis.eventListeners = {};\n\t// Hashmap of the widget classes\n\tif(!this.widgetClasses) {\n\t\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWidget.prototype.execute = function() {\n\tthis.makeChildWidgets();\n};\n\n/*\nSet the value of a context variable\nname: name of the variable\nvalue: value of the variable\nparams: array of {name:, default:} for each parameter\n*/\nWidget.prototype.setVariable = function(name,value,params) {\n\tthis.variables[name] = {value: value, params: params};\n};\n\n/*\nGet the prevailing value of a context variable\nname: name of variable\noptions: see below\nOptions include\nparams: array of {name:, value:} for each parameter\ndefaultValue: default value if the variable is not defined\n*/\nWidget.prototype.getVariable = function(name,options) {\n\toptions = options || {};\n\tvar actualParams = options.params || [],\n\t\tparentWidget = this.parentWidget;\n\t// Check for the variable defined in the parent widget (or an ancestor in the prototype chain)\n\tif(parentWidget && name in parentWidget.variables) {\n\t\tvar variable = parentWidget.variables[name],\n\t\t\tvalue = variable.value;\n\t\t// Substitute any parameters specified in the definition\n\t\tvalue = this.substituteVariableParameters(value,variable.params,actualParams);\n\t\tvalue = this.substituteVariableReferences(value);\n\t\treturn value;\n\t}\n\t// If the variable doesn't exist in the parent widget then look for a macro module\n\treturn this.evaluateMacroModule(name,actualParams,options.defaultValue);\n};\n\nWidget.prototype.substituteVariableParameters = function(text,formalParams,actualParams) {\n\tif(formalParams) {\n\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\tparamInfo, paramValue;\n\t\t// Step through each of the parameters in the macro definition\n\t\tfor(var p=0; p<formalParams.length; p++) {\n\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\tparamInfo = formalParams[p];\n\t\t\tparamValue = undefined;\n\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\tnextAnonParameter++;\n\t\t\t}\n\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t}\n\t\t\t// If we've still not got a value, use the default, if any\n\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t// Replace any instances of this parameter\n\t\t\ttext = text.replace(new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(paramInfo.name) + \"\\\\$\",\"mg\"),paramValue);\n\t\t}\n\t}\n\treturn text;\n};\n\nWidget.prototype.substituteVariableReferences = function(text) {\n\tvar self = this;\n\treturn (text || \"\").replace(/\\$\\(([^\\)\\$]+)\\)\\$/g,function(match,p1,offset,string) {\n\t\treturn self.getVariable(p1,{defaultValue: \"\"});\n\t});\n};\n\nWidget.prototype.evaluateMacroModule = function(name,actualParams,defaultValue) {\n\tif($tw.utils.hop($tw.macros,name)) {\n\t\tvar macro = $tw.macros[name],\n\t\t\targs = [];\n\t\tif(macro.params.length > 0) {\n\t\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\t\tparamInfo, paramValue;\n\t\t\t// Step through each of the parameters in the macro definition\n\t\t\tfor(var p=0; p<macro.params.length; p++) {\n\t\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\t\tparamInfo = macro.params[p];\n\t\t\t\tparamValue = undefined;\n\t\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\t\tnextAnonParameter++;\n\t\t\t\t}\n\t\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t\t}\n\t\t\t\t// If we've still not got a value, use the default, if any\n\t\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t\t// Save the parameter\n\t\t\t\targs.push(paramValue);\n\t\t\t}\n\t\t}\n\t\telse for(var i=0; i<actualParams.length; ++i) {\n\t\t\targs.push(actualParams[i].value);\n\t\t}\n\t\treturn (macro.run.apply(this,args) || \"\").toString();\n\t} else {\n\t\treturn defaultValue;\n\t}\n};\n\n/*\nCheck whether a given context variable value exists in the parent chain\n*/\nWidget.prototype.hasVariable = function(name,value) {\n\tvar node = this;\n\twhile(node) {\n\t\tif($tw.utils.hop(node.variables,name) && node.variables[name].value === value) {\n\t\t\treturn true;\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn false;\n};\n\n/*\nConstruct a qualifying string based on a hash of concatenating the values of a given variable in the parent chain\n*/\nWidget.prototype.getStateQualifier = function(name) {\n\tname = name || \"transclusion\";\n\tvar output = [],\n\t\tnode = this;\n\twhile(node && node.parentWidget) {\n\t\tif($tw.utils.hop(node.parentWidget.variables,name)) {\n\t\t\toutput.push(node.getVariable(name));\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn $tw.utils.hashString(output.join(\"\"));\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"indirect\") {\n\t\t\tvalue = self.wiki.getTextReference(attribute.textReference,\"\",self.getVariable(\"currentTiddler\"));\n\t\t} else if(attribute.type === \"macro\") {\n\t\t\tvalue = self.getVariable(attribute.value.name,{params: attribute.value.params});\n\t\t} else { // String attribute\n\t\t\tvalue = attribute.value;\n\t\t}\n\t\t// Check whether the attribute has changed\n\t\tif(self.attributes[name] !== value) {\n\t\t\tself.attributes[name] = value;\n\t\t\tchangedAttributes[name] = true;\n\t\t}\n\t});\n\treturn changedAttributes;\n};\n\n/*\nCheck for the presence of an attribute\n*/\nWidget.prototype.hasAttribute = function(name) {\n\treturn $tw.utils.hop(this.attributes,name);\n};\n\n/*\nGet the value of an attribute\n*/\nWidget.prototype.getAttribute = function(name,defaultText) {\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\treturn this.attributes[name];\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nAssign the computed attributes of the widget to a domNode\noptions include:\nexcludeEventAttributes: ignores attributes whose name begins with \"on\"\n*/\nWidget.prototype.assignAttributes = function(domNode,options) {\n\toptions = options || {};\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(v,a) {\n\t\t// Check exclusions\n\t\tif(options.excludeEventAttributes && a.substr(0,2) === \"on\") {\n\t\t\tv = undefined;\n\t\t}\n\t\tif(v !== undefined) {\n\t\t\tvar b = a.split(\":\");\n\t\t\t// Setting certain attributes can cause a DOM error (eg xmlns on the svg element)\n\t\t\ttry {\n\t\t\t\tif (b.length == 2 && b[0] == \"xlink\"){\n\t\t\t\t\tdomNode.setAttributeNS(\"http://www.w3.org/1999/xlink\",b[1],v);\n\t\t\t\t} else {\n\t\t\t\t\tdomNode.setAttributeNS(null,a,v);\n\t\t\t\t}\n\t\t\t} catch(e) {\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nMake child widgets correspondng to specified parseTreeNodes\n*/\nWidget.prototype.makeChildWidgets = function(parseTreeNodes) {\n\tthis.children = [];\n\tvar self = this;\n\t$tw.utils.each(parseTreeNodes || (this.parseTreeNode && this.parseTreeNode.children),function(childNode) {\n\t\tself.children.push(self.makeChildWidget(childNode));\n\t});\n};\n\n/*\nConstruct the widget object for a parse tree node\n*/\nWidget.prototype.makeChildWidget = function(parseTreeNode) {\n\tvar WidgetClass = this.widgetClasses[parseTreeNode.type];\n\tif(!WidgetClass) {\n\t\tWidgetClass = this.widgetClasses.text;\n\t\tparseTreeNode = {type: \"text\", text: \"Undefined widget '\" + parseTreeNode.type + \"'\"};\n\t}\n\treturn new WidgetClass(parseTreeNode,{\n\t\twiki: this.wiki,\n\t\tvariables: {},\n\t\tparentWidget: this,\n\t\tdocument: this.document\n\t});\n};\n\n/*\nGet the next sibling of this widget\n*/\nWidget.prototype.nextSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index < this.parentWidget.children.length-1) {\n\t\t\treturn this.parentWidget.children[index+1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the previous sibling of this widget\n*/\nWidget.prototype.previousSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index > 0) {\n\t\t\treturn this.parentWidget.children[index-1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRender the children of this widget into the DOM\n*/\nWidget.prototype.renderChildren = function(parent,nextSibling) {\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.render(parent,nextSibling);\n\t});\n};\n\n/*\nAdd a list of event listeners from an array [{type:,handler:},...]\n*/\nWidget.prototype.addEventListeners = function(listeners) {\n\tvar self = this;\n\t$tw.utils.each(listeners,function(listenerInfo) {\n\t\tself.addEventListener(listenerInfo.type,listenerInfo.handler);\n\t});\n};\n\n/*\nAdd an event listener\n*/\nWidget.prototype.addEventListener = function(type,handler) {\n\tvar self = this;\n\tif(typeof handler === \"string\") { // The handler is a method name on this widget\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn self[handler].call(self,event);\n\t\t};\n\t} else { // The handler is a function\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn handler.call(self,event);\n\t\t};\n\t}\n};\n\n/*\nDispatch an event to a widget. If the widget doesn't handle the event then it is also dispatched to the parent widget\n*/\nWidget.prototype.dispatchEvent = function(event) {\n\t// Dispatch the event if this widget handles it\n\tvar listener = this.eventListeners[event.type];\n\tif(listener) {\n\t\t// Don't propagate the event if the listener returned false\n\t\tif(!listener(event)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Dispatch the event to the parent widget\n\tif(this.parentWidget) {\n\t\treturn this.parentWidget.dispatchEvent(event);\n\t}\n\treturn true;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nRebuild a previously rendered widget\n*/\nWidget.prototype.refreshSelf = function() {\n\tvar nextSibling = this.findNextSiblingDomNode();\n\tthis.removeChildDomNodes();\n\tthis.render(this.parentDomNode,nextSibling);\n};\n\n/*\nRefresh all the children of a widget\n*/\nWidget.prototype.refreshChildren = function(changedTiddlers) {\n\tvar self = this,\n\t\trefreshed = false;\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\trefreshed = childWidget.refresh(changedTiddlers) || refreshed;\n\t});\n\treturn refreshed;\n};\n\n/*\nFind the next sibling in the DOM to this widget. This is done by scanning the widget tree through all next siblings and their descendents that share the same parent DOM node\n*/\nWidget.prototype.findNextSiblingDomNode = function(startIndex) {\n\t// Refer to this widget by its index within its parents children\n\tvar parent = this.parentWidget,\n\t\tindex = startIndex !== undefined ? startIndex : parent.children.indexOf(this);\nif(index === -1) {\n\tthrow \"node not found in parents children\";\n}\n\t// Look for a DOM node in the later siblings\n\twhile(++index < parent.children.length) {\n\t\tvar domNode = parent.children[index].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\t// Go back and look for later siblings of our parent if it has the same parent dom node\n\tvar grandParent = parent.parentWidget;\n\tif(grandParent && parent.parentDomNode === this.parentDomNode) {\n\t\tindex = grandParent.children.indexOf(parent);\n\t\tif(index !== -1) {\n\t\t\treturn parent.findNextSiblingDomNode(index);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nFind the first DOM node generated by a widget or its children\n*/\nWidget.prototype.findFirstDomNode = function() {\n\t// Return the first dom node of this widget, if we've got one\n\tif(this.domNodes.length > 0) {\n\t\treturn this.domNodes[0];\n\t}\n\t// Otherwise, recursively call our children\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar domNode = this.children[t].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRemove any DOM nodes created by this widget or its children\n*/\nWidget.prototype.removeChildDomNodes = function() {\n\t// If this widget has directly created DOM nodes, delete them and exit. This assumes that any child widgets are contained within the created DOM nodes, which would normally be the case\n\tif(this.domNodes.length > 0) {\n\t\t$tw.utils.each(this.domNodes,function(domNode) {\n\t\t\tdomNode.parentNode.removeChild(domNode);\n\t\t});\n\t\tthis.domNodes = [];\n\t} else {\n\t\t// Otherwise, ask the child widgets to delete their DOM nodes\n\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\n/*\nInvoke the action widgets that are descendents of the current widget.\n*/\nWidget.prototype.invokeActions = function(triggeringWidget,event) {\n\tvar handled = false;\n\t// For each child widget\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar child = this.children[t];\n\t\t// Invoke the child if it is an action widget\n\t\tif(child.invokeAction && child.invokeAction(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\t// Propagate through through the child if it permits it\n\t\tif(child.allowActionPropagation() && child.invokeActions(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t}\n\treturn handled;\n};\n\n\nWidget.prototype.allowActionPropagation = function() {\n\treturn true;\n};\n\nexports.widget = Widget;\n\n})();\n",
"title": "$:/core/modules/widgets/widget.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/wiki.js": {
"text": "/*\\\ntitle: $:/core/modules/wiki.js\ntype: application/javascript\nmodule-type: wikimethod\n\nExtension methods for the $tw.Wiki object\n\nAdds the following properties to the wiki object:\n\n* `eventListeners` is a hashmap by type of arrays of listener functions\n* `changedTiddlers` is a hashmap describing changes to named tiddlers since wiki change events were last dispatched. Each entry is a hashmap containing two fields:\n\tmodified: true/false\n\tdeleted: true/false\n* `changeCount` is a hashmap by tiddler title containing a numerical index that starts at zero and is incremented each time a tiddler is created changed or deleted\n* `caches` is a hashmap by tiddler title containing a further hashmap of named cache objects. Caches are automatically cleared when a tiddler is modified or deleted\n* `globalCache` is a hashmap by cache name of cache objects that are cleared whenever any tiddler change occurs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar USER_NAME_TITLE = \"$:/status/UserName\";\n\n/*\nGet the value of a text reference. Text references can have any of these forms:\n\t<tiddlertitle>\n\t<tiddlertitle>!!<fieldname>\n\t!!<fieldname> - specifies a field of the current tiddlers\n\t<tiddlertitle>##<index>\n*/\nexports.getTextReference = function(textRef,defaultText,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tif(tr.field) {\n\t\tvar tiddler = this.getTiddler(title);\n\t\tif(tr.field === \"title\") { // Special case so we can return the title of a non-existent tiddler\n\t\t\treturn title;\n\t\t} else if(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\treturn tiddler.getFieldString(tr.field);\n\t\t} else {\n\t\t\treturn defaultText;\n\t\t}\n\t} else if(tr.index) {\n\t\treturn this.extractTiddlerDataItem(title,tr.index,defaultText);\n\t} else {\n\t\treturn this.getTiddlerText(title,defaultText);\n\t}\n};\n\nexports.setTextReference = function(textRef,value,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tthis.setText(title,tr.field,tr.index,value);\n};\n\nexports.setText = function(title,field,index,value) {\n\t// Check if it is a reference to a tiddler field\n\tif(index) {\n\t\tvar data = this.getTiddlerData(title,Object.create(null));\n\t\tdata[index] = value;\n\t\tthis.setTiddlerData(title,data,this.getModificationFields());\n\t} else {\n\t\tvar tiddler = this.getTiddler(title),\n\t\t\tfields = {title: title};\n\t\tfields[field || \"text\"] = value;\n\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t}\n};\n\nexports.deleteTextReference = function(textRef,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle,tiddler,fields;\n\t// Check if it is a reference to a tiddler\n\tif(tr.title && !tr.field) {\n\t\tthis.deleteTiddler(tr.title);\n\t// Else check for a field reference\n\t} else if(tr.field) {\n\t\ttitle = tr.title || currTiddlerTitle;\n\t\ttiddler = this.getTiddler(title);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\tfields = Object.create(null);\n\t\t\tfields[tr.field] = undefined;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\n\t}\n};\n\nexports.addEventListener = function(type,listener) {\n\tthis.eventListeners = this.eventListeners || {};\n\tthis.eventListeners[type] = this.eventListeners[type] || [];\n\tthis.eventListeners[type].push(listener);\t\n};\n\nexports.removeEventListener = function(type,listener) {\n\tvar listeners = this.eventListeners[type];\n\tif(listeners) {\n\t\tvar p = listeners.indexOf(listener);\n\t\tif(p !== -1) {\n\t\t\tlisteners.splice(p,1);\n\t\t}\n\t}\n};\n\nexports.dispatchEvent = function(type /*, args */) {\n\tvar args = Array.prototype.slice.call(arguments,1),\n\t\tlisteners = this.eventListeners[type];\n\tif(listeners) {\n\t\tfor(var p=0; p<listeners.length; p++) {\n\t\t\tvar listener = listeners[p];\n\t\t\tlistener.apply(listener,args);\n\t\t}\n\t}\n};\n\n/*\nCauses a tiddler to be marked as changed, incrementing the change count, and triggers event handlers.\nThis method should be called after the changes it describes have been made to the wiki.tiddlers[] array.\n\ttitle: Title of tiddler\n\tisDeleted: defaults to false (meaning the tiddler has been created or modified),\n\t\ttrue if the tiddler has been deleted\n*/\nexports.enqueueTiddlerEvent = function(title,isDeleted) {\n\t// Record the touch in the list of changed tiddlers\n\tthis.changedTiddlers = this.changedTiddlers || Object.create(null);\n\tthis.changedTiddlers[title] = this.changedTiddlers[title] || Object.create(null);\n\tthis.changedTiddlers[title][isDeleted ? \"deleted\" : \"modified\"] = true;\n\t// Increment the change count\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\tthis.changeCount[title]++;\n\t} else {\n\t\tthis.changeCount[title] = 1;\n\t}\n\t// Trigger events\n\tthis.eventListeners = this.eventListeners || {};\n\tif(!this.eventsTriggered) {\n\t\tvar self = this;\n\t\t$tw.utils.nextTick(function() {\n\t\t\tvar changes = self.changedTiddlers;\n\t\t\tself.changedTiddlers = Object.create(null);\n\t\t\tself.eventsTriggered = false;\n\t\t\tif($tw.utils.count(changes) > 0) {\n\t\t\t\tself.dispatchEvent(\"change\",changes);\n\t\t\t}\n\t\t});\n\t\tthis.eventsTriggered = true;\n\t}\n};\n\nexports.getSizeOfTiddlerEventQueue = function() {\n\treturn $tw.utils.count(this.changedTiddlers);\n};\n\nexports.clearTiddlerEventQueue = function() {\n\tthis.changedTiddlers = Object.create(null);\n\tthis.changeCount = Object.create(null);\n};\n\nexports.getChangeCount = function(title) {\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\treturn this.changeCount[title];\n\t} else {\n\t\treturn 0;\n\t}\n};\n\n/*\nGenerate an unused title from the specified base\n*/\nexports.generateNewTitle = function(baseTitle,options) {\n\toptions = options || {};\n\tvar c = 0,\n\t\ttitle = baseTitle;\n\twhile(this.tiddlerExists(title) || this.isShadowTiddler(title) || this.findDraft(title)) {\n\t\ttitle = baseTitle + \n\t\t\t(options.prefix || \" \") + \n\t\t\t(++c);\n\t}\n\treturn title;\n};\n\nexports.isSystemTiddler = function(title) {\n\treturn title.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title.indexOf(\"$:/temp/\") === 0;\n};\n\nexports.isImageTiddler = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\t\t\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/vnd.tiddlywiki\"];\n\t\treturn !!contentTypeInfo && contentTypeInfo.flags.indexOf(\"image\") !== -1;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLike addTiddler() except it will silently reject any plugin tiddlers that are older than the currently loaded version. Returns true if the tiddler was imported\n*/\nexports.importTiddler = function(tiddler) {\n\tvar existingTiddler = this.getTiddler(tiddler.fields.title);\n\t// Check if we're dealing with a plugin\n\tif(tiddler && tiddler.hasField(\"plugin-type\") && tiddler.hasField(\"version\") && existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t// Reject the incoming plugin if it is older\n\t\tif(!$tw.utils.checkVersions(tiddler.fields.version,existingTiddler.fields.version)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Fall through to adding the tiddler\n\tthis.addTiddler(tiddler);\n\treturn true;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is created\n*/\nexports.getCreationFields = function() {\n\tvar fields = {\n\t\t\tcreated: new Date()\n\t\t},\n\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\tif(creator) {\n\t\tfields.creator = creator;\n\t}\n\treturn fields;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tvar fields = Object.create(null),\n\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\tfields.modified = new Date();\n\tif(modifier) {\n\t\tfields.modifier = modifier;\n\t}\n\treturn fields;\n};\n\n/*\nReturn a sorted array of tiddler titles. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.getTiddlers = function(options) {\n\toptions = options || Object.create(null);\n\tvar self = this,\n\t\tsortField = options.sortField || \"title\",\n\t\ttiddlers = [], t, titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tif(options.includeSystem || !self.isSystemTiddler(title)) {\n\t\t\tif(!options.excludeTag || !tiddler.hasTag(options.excludeTag)) {\n\t\t\t\ttiddlers.push(tiddler);\n\t\t\t}\n\t\t}\n\t});\n\ttiddlers.sort(function(a,b) {\n\t\tvar aa = a.fields[sortField].toLowerCase() || \"\",\n\t\t\tbb = b.fields[sortField].toLowerCase() || \"\";\n\t\tif(aa < bb) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(aa > bb) {\n\t\t\t\treturn 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n\tfor(t=0; t<tiddlers.length; t++) {\n\t\ttitles.push(tiddlers[t].fields.title);\n\t}\n\treturn titles;\n};\n\nexports.countTiddlers = function(excludeTag) {\n\tvar tiddlers = this.getTiddlers({excludeTag: excludeTag});\n\treturn $tw.utils.count(tiddlers);\n};\n\n/*\nReturns a function iterator(callback) that iterates through the specified titles, and invokes the callback with callback(tiddler,title)\n*/\nexports.makeTiddlerIterator = function(titles) {\n\tvar self = this;\n\tif(!$tw.utils.isArray(titles)) {\n\t\ttitles = Object.keys(titles);\n\t} else {\n\t\ttitles = titles.slice(0);\n\t}\n\treturn function(callback) {\n\t\ttitles.forEach(function(title) {\n\t\t\tcallback(self.getTiddler(title),title);\n\t\t});\n\t};\n};\n\n/*\nSort an array of tiddler titles by a specified field\n\ttitles: array of titles (sorted in place)\n\tsortField: name of field to sort by\n\tisDescending: true if the sort should be descending\n\tisCaseSensitive: true if the sort should consider upper and lower case letters to be different\n*/\nexports.sortTiddlers = function(titles,sortField,isDescending,isCaseSensitive,isNumeric) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\n\t\tvar x,y,\n\t\t\tcompareNumbers = function(x,y) {\n\t\t\t\tvar result = \n\t\t\t\t\tisNaN(x) && !isNaN(y) ? (isDescending ? -1 : 1) :\n\t\t\t\t\t!isNaN(x) && isNaN(y) ? (isDescending ? 1 : -1) :\n\t\t\t\t\t (isDescending ? y - x : x - y);\n\t\t\t\treturn result;\n\t\t\t};\n\t\tif(sortField !== \"title\") {\n\t\t\tvar tiddlerA = self.getTiddler(a),\n\t\t\t\ttiddlerB = self.getTiddler(b);\n\t\t\tif(tiddlerA) {\n\t\t\t\ta = tiddlerA.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\ta = \"\";\n\t\t\t}\n\t\t\tif(tiddlerB) {\n\t\t\t\tb = tiddlerB.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\tb = \"\";\n\t\t\t}\n\t\t}\n\t\tx = Number(a);\n\t\ty = Number(b);\n\t\tif(isNumeric && (!isNaN(x) || !isNaN(y))) {\n\t\t\treturn compareNumbers(x,y);\n\t\t} else if($tw.utils.isDate(a) && $tw.utils.isDate(b)) {\n\t\t\treturn isDescending ? b - a : a - b;\n\t\t} else {\n\t\t\ta = String(a);\n\t\t\tb = String(b);\n\t\t\tif(!isCaseSensitive) {\n\t\t\t\ta = a.toLowerCase();\n\t\t\t\tb = b.toLowerCase();\n\t\t\t}\n\t\t\treturn isDescending ? b.localeCompare(a) : a.localeCompare(b);\n\t\t}\n\t});\n};\n\n/*\nFor every tiddler invoke a callback(title,tiddler) with `this` set to the wiki object. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.forEachTiddler = function(/* [options,]callback */) {\n\tvar arg = 0,\n\t\toptions = arguments.length >= 2 ? arguments[arg++] : {},\n\t\tcallback = arguments[arg++],\n\t\ttitles = this.getTiddlers(options),\n\t\tt, tiddler;\n\tfor(t=0; t<titles.length; t++) {\n\t\ttiddler = this.getTiddler(titles[t]);\n\t\tif(tiddler) {\n\t\t\tcallback.call(this,tiddler.fields.title,tiddler);\n\t\t}\n\t}\n};\n\n/*\nReturn an array of tiddler titles that are directly linked from the specified tiddler\n*/\nexports.getTiddlerLinks = function(title) {\n\tvar self = this;\n\t// We'll cache the links so they only get computed if the tiddler changes\n\treturn this.getCacheForTiddler(title,\"links\",function() {\n\t\t// Parse the tiddler\n\t\tvar parser = self.parseTiddler(title);\n\t\t// Count up the links\n\t\tvar links = [],\n\t\t\tcheckParseTree = function(parseTree) {\n\t\t\t\tfor(var t=0; t<parseTree.length; t++) {\n\t\t\t\t\tvar parseTreeNode = parseTree[t];\n\t\t\t\t\tif(parseTreeNode.type === \"link\" && parseTreeNode.attributes.to && parseTreeNode.attributes.to.type === \"string\") {\n\t\t\t\t\t\tvar value = parseTreeNode.attributes.to.value;\n\t\t\t\t\t\tif(links.indexOf(value) === -1) {\n\t\t\t\t\t\t\tlinks.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif(parseTreeNode.children) {\n\t\t\t\t\t\tcheckParseTree(parseTreeNode.children);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t};\n\t\tif(parser) {\n\t\t\tcheckParseTree(parser.tree);\n\t\t}\n\t\treturn links;\n\t});\n};\n\n/*\nReturn an array of tiddler titles that link to the specified tiddler\n*/\nexports.getTiddlerBacklinks = function(targetTitle) {\n\tvar self = this,\n\t\tbacklinks = [];\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\tif(links.indexOf(targetTitle) !== -1) {\n\t\t\tbacklinks.push(title);\n\t\t}\n\t});\n\treturn backlinks;\n};\n\n/*\nReturn a hashmap of tiddler titles that are referenced but not defined. Each value is the number of times the missing tiddler is referenced\n*/\nexports.getMissingTitles = function() {\n\tvar self = this,\n\t\tmissing = [];\n// We should cache the missing tiddler list, even if we recreate it every time any tiddler is modified\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tif((!self.tiddlerExists(link) && !self.isShadowTiddler(link)) && missing.indexOf(link) === -1) {\n\t\t\t\tmissing.push(link);\n\t\t\t}\n\t\t});\n\t});\n\treturn missing;\n};\n\nexports.getOrphanTitles = function() {\n\tvar self = this,\n\t\torphans = this.getTiddlers();\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\tvar self = this;\n\treturn this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\tvar tagmap = self.getTagMap();\n\t\treturn self.sortByList(tagmap[tag],tag);\n\t});\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = Object.create(null),\n\t\t\tstoreTags = function(tagArray,title) {\n\t\t\t\tif(tagArray) {\n\t\t\t\t\tfor(var index=0; index<tagArray.length; index++) {\n\t\t\t\t\t\tvar tag = tagArray[index];\n\t\t\t\t\t\tif($tw.utils.hop(tags,tag)) {\n\t\t\t\t\t\t\ttags[tag].push(title);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\ttags[tag] = [title];\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t},\n\t\t\ttitle, tiddler;\n\t\t// Collect up all the tags\n\t\tself.eachShadow(function(tiddler,title) {\n\t\t\tif(!self.tiddlerExists(title)) {\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t\t}\n\t\t});\n\t\tself.each(function(tiddler,title) {\n\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t});\n\t\treturn tags;\n\t});\n};\n\n/*\nLookup a given tiddler and return a list of all the tiddlers that include it in the specified list field\n*/\nexports.findListingsOfTiddler = function(targetTitle,fieldName) {\n\tfieldName = fieldName || \"list\";\n\tvar titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tvar list = $tw.utils.parseStringArray(tiddler.fields[fieldName]);\n\t\tif(list && list.indexOf(targetTitle) !== -1) {\n\t\t\ttitles.push(title);\n\t\t}\n\t});\n\treturn titles;\n};\n\n/*\nSorts an array of tiddler titles according to an ordered list\n*/\nexports.sortByList = function(array,listTitle) {\n\tvar list = this.getTiddlerList(listTitle);\n\tif(!array || array.length === 0) {\n\t\treturn [];\n\t} else {\n\t\tvar titles = [], t, title;\n\t\t// First place any entries that are present in the list\n\t\tfor(t=0; t<list.length; t++) {\n\t\t\ttitle = list[t];\n\t\t\tif(array.indexOf(title) !== -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Then place any remaining entries\n\t\tfor(t=0; t<array.length; t++) {\n\t\t\ttitle = array[t];\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Finally obey the list-before and list-after fields of each tiddler in turn\n\t\tvar sortedTitles = titles.slice(0);\n\t\tfor(t=0; t<sortedTitles.length; t++) {\n\t\t\ttitle = sortedTitles[t];\n\t\t\tvar currPos = titles.indexOf(title),\n\t\t\t\tnewPos = -1,\n\t\t\t\ttiddler = this.getTiddler(title);\n\t\t\tif(tiddler) {\n\t\t\t\tvar beforeTitle = tiddler.fields[\"list-before\"],\n\t\t\t\t\tafterTitle = tiddler.fields[\"list-after\"];\n\t\t\t\tif(beforeTitle === \"\") {\n\t\t\t\t\tnewPos = 0;\n\t\t\t\t} else if(beforeTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(beforeTitle);\n\t\t\t\t} else if(afterTitle) {\n\t\t\t\t\tnewPos = titles.indexOf(afterTitle);\n\t\t\t\t\tif(newPos >= 0) {\n\t\t\t\t\t\t++newPos;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif(newPos === -1) {\n\t\t\t\t\tnewPos = currPos;\n\t\t\t\t}\n\t\t\t\tif(newPos !== currPos) {\n\t\t\t\t\ttitles.splice(currPos,1);\n\t\t\t\t\tif(newPos >= currPos) {\n\t\t\t\t\t\tnewPos--;\n\t\t\t\t\t}\n\t\t\t\t\ttitles.splice(newPos,0,title);\n\t\t\t\t}\n\t\t\t}\n\n\t\t}\n\t\treturn titles;\n\t}\n};\n\nexports.getSubTiddler = function(title,subTiddlerTitle) {\n\tvar bundleInfo = this.getPluginInfo(title) || this.getTiddlerData(title);\n\tif(bundleInfo && bundleInfo.tiddlers) {\n\t\tvar subTiddler = bundleInfo.tiddlers[subTiddlerTitle];\n\t\tif(subTiddler) {\n\t\t\treturn new $tw.Tiddler(subTiddler);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRetrieve a tiddler as a JSON string of the fields\n*/\nexports.getTiddlerAsJson = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\tvar fields = Object.create(null);\n\t\t$tw.utils.each(tiddler.fields,function(value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\treturn JSON.stringify(fields);\n\t} else {\n\t\treturn JSON.stringify({title: title});\n\t}\n};\n\n/*\nGet the content of a tiddler as a JavaScript object. How this is done depends on the type of the tiddler:\n\napplication/json: the tiddler JSON is parsed into an object\napplication/x-tiddler-dictionary: the tiddler is parsed as sequence of name:value pairs\n\nOther types currently just return null.\n\ntitleOrTiddler: string tiddler title or a tiddler object\ndefaultData: default data to be returned if the tiddler is missing or doesn't contain data\n*/\nexports.getTiddlerData = function(titleOrTiddler,defaultData) {\n\tvar tiddler = titleOrTiddler,\n\t\tdata;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler && tiddler.fields.text) {\n\t\tswitch(tiddler.fields.type) {\n\t\t\tcase \"application/json\":\n\t\t\t\t// JSON tiddler\n\t\t\t\ttry {\n\t\t\t\t\tdata = JSON.parse(tiddler.fields.text);\n\t\t\t\t} catch(ex) {\n\t\t\t\t\treturn defaultData;\n\t\t\t\t}\n\t\t\t\treturn data;\n\t\t\tcase \"application/x-tiddler-dictionary\":\n\t\t\t\treturn $tw.utils.parseFields(tiddler.fields.text);\n\t\t}\n\t}\n\treturn defaultData;\n};\n\n/*\nExtract an indexed field from within a data tiddler\n*/\nexports.extractTiddlerDataItem = function(titleOrTiddler,index,defaultText) {\n\tvar data = this.getTiddlerData(titleOrTiddler,Object.create(null)),\n\t\ttext;\n\tif(data && $tw.utils.hop(data,index)) {\n\t\ttext = data[index];\n\t}\n\tif(typeof text === \"string\" || typeof text === \"number\") {\n\t\treturn text.toString();\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nSet a tiddlers content to a JavaScript object. Currently this is done by setting the tiddler's type to \"application/json\" and setting the text to the JSON text of the data.\ntitle: title of tiddler\ndata: object that can be serialised to JSON\nfields: optional hashmap of additional tiddler fields to be set\n*/\nexports.setTiddlerData = function(title,data,fields) {\n\tvar existingTiddler = this.getTiddler(title),\n\t\tnewFields = {\n\t\t\ttitle: title\n\t};\n\tif(existingTiddler && existingTiddler.fields.type === \"application/x-tiddler-dictionary\") {\n\t\tnewFields.text = $tw.utils.makeTiddlerDictionary(data);\n\t} else {\n\t\tnewFields.type = \"application/json\";\n\t\tnewFields.text = JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n\t}\n\tthis.addTiddler(new $tw.Tiddler(this.getCreationFields(),existingTiddler,fields,newFields,this.getModificationFields()));\n};\n\n/*\nReturn the content of a tiddler as an array containing each line\n*/\nexports.getTiddlerList = function(title,field,index) {\n\tif(index) {\n\t\treturn $tw.utils.parseStringArray(this.extractTiddlerDataItem(title,index,\"\"));\n\t}\n\tfield = field || \"list\";\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\treturn ($tw.utils.parseStringArray(tiddler.fields[field]) || []).slice(0);\n\t}\n\treturn [];\n};\n\n// Return a named global cache object. Global cache objects are cleared whenever a tiddler change occurs\nexports.getGlobalCache = function(cacheName,initializer) {\n\tthis.globalCache = this.globalCache || Object.create(null);\n\tif($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = Object.create(null);\n};\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\n// Temporarily disable caching so that tweakParseTreeNode() works\nreturn initializer();\n\n//\tthis.caches = this.caches || Object.create(null);\n//\tvar caches = this.caches[title];\n//\tif(caches && caches[cacheName]) {\n//\t\treturn caches[cacheName];\n//\t} else {\n//\t\tif(!caches) {\n//\t\t\tcaches = Object.create(null);\n//\t\t\tthis.caches[title] = caches;\n//\t\t}\n//\t\tcaches[cacheName] = initializer();\n//\t\treturn caches[cacheName];\n//\t}\n};\n\n// Clear all caches associated with a particular tiddler\nexports.clearCache = function(title) {\n\tthis.caches = this.caches || Object.create(null);\n\tif($tw.utils.hop(this.caches,title)) {\n\t\tdelete this.caches[title];\n\t}\n};\n\nexports.initParsers = function(moduleType) {\n\t// Install the parser modules\n\t$tw.Wiki.parsers = {};\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(\"parser\",function(title,module) {\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\t$tw.Wiki.parsers[f] = module[f]; // Store the parser class\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nParse a block of text of a specified MIME type\n\ttype: content type of text to be parsed\n\ttext: text\n\toptions: see below\nOptions include:\n\tparseAsInline: if true, the text of the tiddler will be parsed as an inline run\n\t_canonical_uri: optional string of the canonical URI of this content\n*/\nexports.old_parseText = function(type,text,options) {\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.utils.getFileExtensionInfo(type)) {\n\t\tParser = $tw.Wiki.parsers[$tw.utils.getFileExtensionInfo(type).type];\n\t}\n\tif(!Parser) {\n\t\tParser = $tw.Wiki.parsers[options.defaultType || \"text/vnd.tiddlywiki\"];\n\t}\n\tif(!Parser) {\n\t\treturn null;\n\t}\n\t// Return the parser instance\n\treturn new Parser(type,text,{\n\t\tparseAsInline: options.parseAsInline,\n\t\twiki: this,\n\t\t_canonical_uri: options._canonical_uri\n\t});\n};\n\n/*\nParse a tiddler according to its MIME type\n*/\nexports.old_parseTiddler = function(title,options) {\n\toptions = $tw.utils.extend({},options);\n\tvar cacheType = options.parseAsInline ? \"newInlineParseTree\" : \"newBlockParseTree\",\n\t\ttiddler = this.getTiddler(title),\n\t\tself = this;\n\treturn tiddler ? this.getCacheForTiddler(title,cacheType,function() {\n\t\t\tif(tiddler.hasField(\"_canonical_uri\")) {\n\t\t\t\toptions._canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t}\n\t\t\treturn self.old_parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\nvar tweakMacroDefinition = function(nodeList) {\n\tif(nodeList && nodeList[0] && nodeList[0].type === \"macrodef\") {\n\t\tnodeList[0].type = \"set\";\n\t\tnodeList[0].attributes = {\n\t\t\tname: {type: \"string\", value: nodeList[0].name},\n\t\t\tvalue: {type: \"string\", value: nodeList[0].text}\n\t\t};\n\t\tnodeList[0].children = nodeList.slice(1);\n\t\tnodeList.splice(1,nodeList.length-1);\n\t\ttweakMacroDefinition(nodeList[0].children);\n\t}\n};\n\nvar tweakParser = function(parser) {\n\t// Move any macro definitions to contain the body tree\n\ttweakMacroDefinition(parser.tree);\n};\n\nexports.parseText = function(type,text,options) {\n\tvar parser = this.old_parseText(type,text,options);\n\tif(parser) {\n\t\ttweakParser(parser);\n\t}\n\treturn parser;\n};\n\nexports.parseTiddler = function(title,options) {\n\tvar parser = this.old_parseTiddler(title,options);\n\tif(parser) {\n\t\ttweakParser(parser);\n\t}\n\treturn parser;\n};\n\nexports.parseTextReference = function(title,field,index,options) {\n\tvar tiddler,text;\n\tif(options.subTiddler) {\n\t\ttiddler = this.getSubTiddler(title,options.subTiddler);\n\t} else {\n\t\ttiddler = this.getTiddler(title);\n\t\tif(field === \"text\" || (!field && !index)) {\n\t\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\t\treturn this.parseTiddler(title,options);\n\t\t}\n\t}\n\tif(field === \"text\" || (!field && !index)) {\n\t\tif(tiddler && tiddler.fields) {\n\t\t\treturn this.parseText(tiddler.fields.type || \"text/vnd.tiddlywiki\",tiddler.fields.text,options);\t\t\t\n\t\t} else {\n\t\t\treturn null;\n\t\t}\n\t} else if(field) {\n\t\tif(field === \"title\") {\n\t\t\ttext = title;\n\t\t} else {\n\t\t\tif(!tiddler || !tiddler.hasField(field)) {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t\ttext = tiddler.fields[field];\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text.toString(),options);\n\t} else if(index) {\n\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\ttext = this.extractTiddlerDataItem(tiddler,index,undefined);\n\t\tif(text === undefined) {\n\t\t\treturn null;\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text,options);\n\t}\n};\n\n/*\nMake a widget tree for a parse tree\nparser: parser object\noptions: see below\nOptions include:\ndocument: optional document to use\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.makeWidget = function(parser,options) {\n\toptions = options || {};\n\tvar widgetNode = {\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},\n\t\tcurrWidgetNode = widgetNode;\n\t// Create set variable widgets for each variable\n\t$tw.utils.each(options.variables,function(value,name) {\n\t\tvar setVariableWidget = {\n\t\t\ttype: \"set\",\n\t\t\tattributes: {\n\t\t\t\tname: {type: \"string\", value: name},\n\t\t\t\tvalue: {type: \"string\", value: value}\n\t\t\t},\n\t\t\tchildren: []\n\t\t};\n\t\tcurrWidgetNode.children = [setVariableWidget];\n\t\tcurrWidgetNode = setVariableWidget;\n\t});\n\t// Add in the supplied parse tree nodes\n\tcurrWidgetNode.children = parser ? parser.tree : [];\n\t// Create the widget\n\treturn new widget.widget(widgetNode,{\n\t\twiki: this,\n\t\tdocument: options.document || $tw.fakeDocument,\n\t\tparentWidget: options.parentWidget\n\t});\n};\n\n/*\nMake a widget tree for transclusion\ntitle: target tiddler title\noptions: as for wiki.makeWidget() plus:\noptions.field: optional field to transclude (defaults to \"text\")\noptions.mode: transclusion mode \"inline\" or \"block\"\noptions.children: optional array of children for the transclude widget\n*/\nexports.makeTranscludeWidget = function(title,options) {\n\toptions = options || {};\n\tvar parseTree = {tree: [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"div\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"transclude\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttiddler: {\n\t\t\t\t\t\tname: \"tiddler\",\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: title}},\n\t\t\t\tisBlock: !options.parseAsInline}]}\n\t]};\n\tif(options.field) {\n\t\tparseTree.tree[0].children[0].attributes.field = {type: \"string\", value: options.field};\n\t}\n\tif(options.mode) {\n\t\tparseTree.tree[0].children[0].attributes.mode = {type: \"string\", value: options.mode};\n\t}\n\tif(options.children) {\n\t\tparseTree.tree[0].children[0].children = options.children;\n\t}\n\treturn $tw.wiki.makeWidget(parseTree,options);\n};\n\n/*\nParse text in a specified format and render it into another format\n\toutputType: content type for the output\n\ttextType: content type of the input text\n\ttext: input text\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderText = function(outputType,textType,text,options) {\n\toptions = options || {};\n\tvar parser = this.parseText(textType,text,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : container.textContent;\n};\n\n/*\nParse text from a tiddler and render it into another format\n\toutputType: content type for the output\n\ttitle: title of the tiddler to be rendered\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderTiddler = function(outputType,title,options) {\n\toptions = options || {};\n\tvar parser = this.parseTiddler(title,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : (outputType === \"text/plain-formatted\" ? container.formattedTextContent : container.textContent);\n};\n\n/*\nReturn an array of tiddler titles that match a search string\n\ttext: The text string to search for\n\toptions: see below\nOptions available:\n\tsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\n\texclude: An array of tiddler titles to exclude from the search\n\tinvert: If true returns tiddlers that do not contain the specified string\n\tcaseSensitive: If true forces a case sensitive search\n\tliteral: If true, searches for literal string, rather than separate search terms\n\tfield: If specified, restricts the search to the specified field\n*/\nexports.search = function(text,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tt,\n\t\tinvert = !!options.invert;\n\t// Convert the search string into a regexp for each term\n\tvar terms, searchTermsRegExps,\n\t\tflags = options.caseSensitive ? \"\" : \"i\";\n\tif(options.literal) {\n\t\tif(text.length === 0) {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + $tw.utils.escapeRegExp(text) + \")\",flags)];\n\t\t}\n\t} else {\n\t\tterms = text.split(/ +/);\n\t\tif(terms.length === 1 && terms[0] === \"\") {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [];\n\t\t\tfor(t=0; t<terms.length; t++) {\n\t\t\t\tsearchTermsRegExps.push(new RegExp(\"(\" + $tw.utils.escapeRegExp(terms[t]) + \")\",flags));\n\t\t\t}\n\t\t}\n\t}\n\t// Function to check a given tiddler for the search term\n\tvar searchTiddler = function(title) {\n\t\tif(!searchTermsRegExps) {\n\t\t\treturn true;\n\t\t}\n\t\tvar tiddler = self.getTiddler(title);\n\t\tif(!tiddler) {\n\t\t\ttiddler = new $tw.Tiddler({title: title, text: \"\", type: \"text/vnd.tiddlywiki\"});\n\t\t}\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type] || $tw.config.contentTypeInfo[\"text/vnd.tiddlywiki\"],\n\t\t\tmatch;\n\t\tfor(var t=0; t<searchTermsRegExps.length; t++) {\n\t\t\tmatch = false;\n\t\t\tif(options.field) {\n\t\t\t\tmatch = searchTermsRegExps[t].test(tiddler.getFieldString(options.field));\n\t\t\t} else {\n\t\t\t\t// Search title, tags and body\n\t\t\t\tif(contentTypeInfo.encoding === \"utf8\") {\n\t\t\t\t\tmatch = match || searchTermsRegExps[t].test(tiddler.fields.text);\n\t\t\t\t}\n\t\t\t\tvar tags = tiddler.fields.tags ? tiddler.fields.tags.join(\"\\0\") : \"\";\n\t\t\t\tmatch = match || searchTermsRegExps[t].test(tags) || searchTermsRegExps[t].test(tiddler.fields.title);\n\t\t\t}\n\t\t\tif(!match) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\treturn true;\n\t};\n\t// Loop through all the tiddlers doing the search\n\tvar results = [],\n\t\tsource = options.source || this.each;\n\tsource(function(tiddler,title) {\n\t\tif(searchTiddler(title) !== options.invert) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\t// Remove any of the results we have to exclude\n\tif(options.exclude) {\n\t\tfor(t=0; t<options.exclude.length; t++) {\n\t\t\tvar p = results.indexOf(options.exclude[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tresults.splice(p,1);\n\t\t\t}\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nTrigger a load for a tiddler if it is skinny. Returns the text, or undefined if the tiddler is missing, null if the tiddler is being lazily loaded.\n*/\nexports.getTiddlerText = function(title,defaultText) {\n\tvar tiddler = this.getTiddler(title);\n\t// Return undefined if the tiddler isn't found\n\tif(!tiddler) {\n\t\treturn defaultText;\n\t}\n\tif(tiddler.fields.text !== undefined) {\n\t\t// Just return the text if we've got it\n\t\treturn tiddler.fields.text;\n\t} else {\n\t\t// Tell any listeners about the need to lazily load this tiddler\n\t\tthis.dispatchEvent(\"lazyLoad\",title);\n\t\t// Indicate that the text is being loaded\n\t\treturn null;\n\t}\n};\n\n/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,callback) {\n\tvar result = [],\n\t\toutstanding = files.length;\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],function(tiddlerFieldsArray) {\n\t\t\tresult.push.apply(result,tiddlerFieldsArray);\n\t\t\tif(--outstanding === 0) {\n\t\t\t\tcallback(result);\n\t\t\t}\n\t\t});\n\t}\n\treturn files.length;\n};\n\n/*\nRead a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFile = function(file,callback) {\n\t// Get the type, falling back to the filename extension\n\tvar self = this,\n\t\ttype = file.type;\n\tif(type === \"\" || !type) {\n\t\tvar dotPos = file.name.lastIndexOf(\".\");\n\t\tif(dotPos !== -1) {\n\t\t\tvar fileExtensionInfo = $tw.utils.getFileExtensionInfo(file.name.substr(dotPos));\n\t\t\tif(fileExtensionInfo) {\n\t\t\t\ttype = fileExtensionInfo.type;\n\t\t\t}\n\t\t}\n\t}\n\t// Figure out if we're reading a binary file\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[type],\n\t\tisBinary = contentTypeInfo ? contentTypeInfo.encoding === \"base64\" : false;\n\t// Log some debugging information\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Importing file '\" + file.name + \"', type: '\" + type + \"', isBinary: \" + isBinary);\n\t}\n\t// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\t// Deserialise the file contents\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\t// Are we binary?\n\t\tif(isBinary) {\n\t\t\t// The base64 section starts after the first comma in the data URI\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttiddlerFields.text = text.substr(commaPos+1);\n\t\t\t\tcallback([tiddlerFields]);\n\t\t\t}\n\t\t} else {\n\t\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\t\tif(encryptedJson) {\n\t\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t});\n\t\t\t} else {\n\t\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields));\n\t\t\t}\n\t\t}\n\t};\n\t// Kick off the read\n\tif(isBinary) {\n\t\treader.readAsDataURL(file);\n\t} else {\n\t\treader.readAsText(file);\n\t}\n};\n\n/*\nFind any existing draft of a specified tiddler\n*/\nexports.findDraft = function(targetTitle) {\n\tvar draftTitle = undefined;\n\tthis.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tif(tiddler.fields[\"draft.title\"] && tiddler.fields[\"draft.of\"] === targetTitle) {\n\t\t\tdraftTitle = title;\n\t\t}\n\t});\n\treturn draftTitle;\n}\n\n/*\nCheck whether the specified draft tiddler has been modified\n*/\nexports.isDraftModified = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(!tiddler.isDraft()) {\n\t\treturn false;\n\t}\n\tvar ignoredFields = [\"created\", \"modified\", \"title\", \"draft.title\", \"draft.of\"],\n\t\torigTiddler = this.getTiddler(tiddler.fields[\"draft.of\"]);\n\tif(!origTiddler) {\n\t\treturn tiddler.fields.text !== \"\";\n\t}\n\treturn tiddler.fields[\"draft.title\"] !== tiddler.fields[\"draft.of\"] || !tiddler.isEqual(origTiddler,ignoredFields);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\nhistoryTitle: title of history tiddler (defaults to $:/HistoryList)\n*/\nexports.addToHistory = function(title,fromPageRect,historyTitle) {\n\thistoryTitle = historyTitle || \"$:/HistoryList\";\n\tvar titles = $tw.utils.isArray(title) ? title : [title];\n\t// Add a new record to the top of the history stack\n\tvar historyList = this.getTiddlerData(historyTitle,[]);\n\t$tw.utils.each(titles,function(title) {\n\t\thistoryList.push({title: title, fromPageRect: fromPageRect});\n\t});\n\tthis.setTiddlerData(historyTitle,historyList,{\"current-tiddler\": titles[titles.length-1]});\n};\n\n/*\nInvoke the available upgrader modules\ntitles: array of tiddler titles to be processed\ntiddlers: hashmap by title of tiddler fields of pending import tiddlers. These can be modified by the upgraders. An entry with no fields indicates a tiddler that was pending import has been suppressed. When entries are added to the pending import the tiddlers hashmap may have entries that are not present in the titles array\nReturns a hashmap of messages keyed by tiddler title.\n*/\nexports.invokeUpgraders = function(titles,tiddlers) {\n\t// Collect up the available upgrader modules\n\tvar self = this;\n\tif(!this.upgraderModules) {\n\t\tthis.upgraderModules = [];\n\t\t$tw.modules.forEachModuleOfType(\"upgrader\",function(title,module) {\n\t\t\tif(module.upgrade) {\n\t\t\t\tself.upgraderModules.push(module);\n\t\t\t}\n\t\t});\n\t}\n\t// Invoke each upgrader in turn\n\tvar messages = {};\n\tfor(var t=0; t<this.upgraderModules.length; t++) {\n\t\tvar upgrader = this.upgraderModules[t],\n\t\t\tupgraderMessages = upgrader.upgrade(this,titles,tiddlers);\n\t\t$tw.utils.extend(messages,upgraderMessages);\n\t}\n\treturn messages;\n};\n\n})();\n",
"title": "$:/core/modules/wiki.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/palettes/Blanca": {
"title": "$:/palettes/Blanca",
"name": "Blanca",
"description": "A clean white palette to let you focus",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #66cccc\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ffffff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #7897f3\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ccc\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ffffff\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #7897f3\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #eeeeee\ntab-border-selected: #cccccc\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffeedd\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: #eee\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #ff9900\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Blue": {
"title": "$:/palettes/Blue",
"name": "Blue",
"description": "A blue theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333353\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ddddff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #5959c0\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: #ccccdd\ntab-border-selected: #ccccdd\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #eeeeff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #666666\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #ffffff\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #ffffff\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #5959c0\ntoolbar-new-button: #5eb95e\ntoolbar-options-button: rgb(128, 88, 165)\ntoolbar-save-button: #0e90d2\ntoolbar-info-button: #0e90d2\ntoolbar-edit-button: rgb(243, 123, 29)\ntoolbar-close-button: #dd514c\ntoolbar-delete-button: #dd514c\ntoolbar-cancel-button: rgb(243, 123, 29)\ntoolbar-done-button: #5eb95e\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Muted": {
"title": "$:/palettes/Muted",
"name": "Muted",
"description": "Bright tiddlers on a muted background",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #6f6f70\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #29a6ee\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #c2c1c2\nsidebar-foreground-shadow: rgba(255,255,255,0)\nsidebar-foreground: #d3d2d4\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #6f6f70\nsidebar-tab-background: #666667\nsidebar-tab-border-selected: #999\nsidebar-tab-border: #515151\nsidebar-tab-divider: #999\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: #999\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #d1d0d2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #d5ad34\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastLight": {
"title": "$:/palettes/ContrastLight",
"name": "Contrast (Light)",
"description": "High contrast and unambiguous (light version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #000\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #000\ntag-foreground: #fff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastDark": {
"title": "$:/palettes/ContrastDark",
"name": "Contrast (Dark)",
"description": "High contrast and unambiguous (dark version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #000\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #fff\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #fff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/DarkPhotos": {
"created": "20150402111612188",
"description": "Good with dark photo backgrounds",
"modified": "20150402112344080",
"name": "DarkPhotos",
"tags": "$:/tags/Palette",
"title": "$:/palettes/DarkPhotos",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: \nbutton-foreground: \nbutton-border: \ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #ddd\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #336438\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #ccf\nsidebar-controls-foreground: #fff\nsidebar-foreground-shadow: rgba(0,0,0, 0.5)\nsidebar-foreground: #fff\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #eee\nsidebar-tab-background-selected: rgba(255,255,255, 0.8)\nsidebar-tab-background: rgba(255,255,255, 0.4)\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: rgba(255,255,255, 0.2)\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #aaf\nsidebar-tiddler-link-foreground: #ddf\nsite-title-foreground: #fff\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Rocker": {
"title": "$:/palettes/Rocker",
"name": "Rocker",
"description": "A dark theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #cc0000\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.0)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #000\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #ffbb99\nsidebar-tiddler-link-foreground: #cc0000\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffbb99\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #cc0000\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/SolarFlare": {
"title": "$:/palettes/SolarFlare",
"name": "Solar Flare",
"description": "Warm, relaxing earth colours",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": ": Background Tones\n\nbase03: #002b36\nbase02: #073642\n\n: Content Tones\n\nbase01: #586e75\nbase00: #657b83\nbase0: #839496\nbase1: #93a1a1\n\n: Background Tones\n\nbase2: #eee8d5\nbase3: #fdf6e3\n\n: Accent Colors\n\nyellow: #b58900\norange: #cb4b16\nred: #dc322f\nmagenta: #d33682\nviolet: #6c71c4\nblue: #268bd2\ncyan: #2aa198\ngreen: #859900\n\n: Additional Tones (RA)\n\nbase10: #c0c4bb\nviolet-muted: #7c81b0\nblue-muted: #4e7baa\n\nyellow-hot: #ffcc44\norange-hot: #eb6d20\nred-hot: #ff2222\nblue-hot: #2298ee\ngreen-hot: #98ee22\n\n: Palette\n\n: Do not use colour macro for background and foreground\nbackground: #fdf6e3\n download-foreground: <<colour background>>\n dragger-foreground: <<colour background>>\n dropdown-background: <<colour background>>\n modal-background: <<colour background>>\n sidebar-foreground-shadow: <<colour background>>\n tiddler-background: <<colour background>>\n tiddler-border: <<colour background>>\n tiddler-link-background: <<colour background>>\n tab-background-selected: <<colour background>>\n dropdown-tab-background-selected: <<colour tab-background-selected>>\nforeground: #657b83\n dragger-background: <<colour foreground>>\n tab-foreground: <<colour foreground>>\n tab-foreground-selected: <<colour tab-foreground>>\n sidebar-tab-foreground-selected: <<colour tab-foreground-selected>>\n sidebar-tab-foreground: <<colour tab-foreground>>\n sidebar-button-foreground: <<colour foreground>>\n sidebar-controls-foreground: <<colour foreground>>\n sidebar-foreground: <<colour foreground>>\n: base03\n: base02\n: base01\n alert-muted-foreground: <<colour base01>>\n: base00\n code-foreground: <<colour base00>>\n message-foreground: <<colour base00>>\n tag-foreground: <<colour base00>>\n: base0\n sidebar-tiddler-link-foreground: <<colour base0>>\n: base1\n muted-foreground: <<colour base1>>\n blockquote-bar: <<colour muted-foreground>>\n dropdown-border: <<colour muted-foreground>>\n sidebar-muted-foreground: <<colour muted-foreground>>\n tiddler-title-foreground: <<colour muted-foreground>>\n site-title-foreground: <<colour tiddler-title-foreground>>\n: base2\n modal-footer-background: <<colour base2>>\n page-background: <<colour base2>>\n modal-backdrop: <<colour page-background>>\n notification-background: <<colour page-background>>\n code-background: <<colour page-background>>\n code-border: <<colour code-background>>\n pre-background: <<colour page-background>>\n pre-border: <<colour pre-background>>\n sidebar-tab-background-selected: <<colour page-background>>\n table-header-background: <<colour base2>>\n tag-background: <<colour base2>>\n tiddler-editor-background: <<colour base2>>\n tiddler-info-background: <<colour base2>>\n tiddler-info-tab-background: <<colour base2>>\n tab-background: <<colour base2>>\n dropdown-tab-background: <<colour tab-background>>\n: base3\n alert-background: <<colour base3>>\n message-background: <<colour base3>>\n: yellow\n: orange\n: red\n: magenta\n alert-highlight: <<colour magenta>>\n: violet\n external-link-foreground: <<colour violet>>\n: blue\n: cyan\n: green\n: base10\n tiddler-controls-foreground: <<colour base10>>\n: violet-muted\n external-link-foreground-visited: <<colour violet-muted>>\n: blue-muted\n primary: <<colour blue-muted>>\n download-background: <<colour primary>>\n tiddler-link-foreground: <<colour primary>>\n\nalert-border: #b99e2f\ndirty-indicator: #ff0000\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nmessage-border: #cfd6e6\nmodal-border: #999999\nsidebar-controls-foreground-hover:\nsidebar-muted-foreground-hover:\nsidebar-tab-background: #ded8c5\nsidebar-tiddler-link-foreground-hover:\nstatic-alert-foreground: #aaaaaa\ntab-border: #cccccc\n modal-footer-border: <<colour tab-border>>\n modal-header-border: <<colour tab-border>>\n notification-border: <<colour tab-border>>\n sidebar-tab-border: <<colour tab-border>>\n tab-border-selected: <<colour tab-border>>\n sidebar-tab-border-selected: <<colour tab-border-selected>>\ntab-divider: #d8d8d8\n sidebar-tab-divider: <<colour tab-divider>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-border: #dddddd\ntiddler-subtitle-foreground: #c0c0c0\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Vanilla": {
"title": "$:/palettes/Vanilla",
"name": "Vanilla",
"description": "Pale and unobtrusive",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #f4f4f4\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #aaaaaa\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #f4f4f4\nsidebar-tab-background: #e0e0e0\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: #e4e4e4\nsidebar-tab-foreground-selected:\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #999999\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/core/readme": {
"title": "$:/core/readme",
"text": "This plugin contains TiddlyWiki's core components, comprising:\n\n* JavaScript code modules\n* Icons\n* Templates needed to create TiddlyWiki's user interface\n* British English (''en-GB'') translations of the localisable strings used by the core\n"
},
"$:/core/templates/MOTW.html": {
"title": "$:/core/templates/MOTW.html",
"text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)http://tiddlywiki.com --> "
},
"$:/core/templates/alltiddlers.template.html": {
"title": "$:/core/templates/alltiddlers.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "<!-- This template is provided for backwards compatibility with older versions of TiddlyWiki -->\n\n<$set name=\"exportFilter\" value=\"[!is[system]sort[title]]\">\n\n{{$:/core/templates/exporters/StaticRiver}}\n\n</$set>\n"
},
"$:/core/templates/canonical-uri-external-image": {
"title": "$:/core/templates/canonical-uri-external-image",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external images.\n\nChange the `./images/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./images/<$view field=\"title\" format=\"doubleurlencoded\"/>"
},
"$:/core/templates/css-tiddler": {
"title": "$:/core/templates/css-tiddler",
"text": "<!--\n\nThis template is used for saving CSS tiddlers as a style tag with data attributes representing the tiddler fields.\n\n-->`<style`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/css\">`<$view field=\"text\" format=\"text\" />`</style>`"
},
"$:/core/templates/exporters/CsvFile": {
"title": "$:/core/templates/exporters/CsvFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/CsvFile}}",
"extension": ".csv",
"text": "\\define renderContent()\n<$text text=<<csvtiddlers filter:\"\"\"$(exportFilter)$\"\"\" format:\"quoted-comma-sep\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/JsonFile": {
"title": "$:/core/templates/exporters/JsonFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/JsonFile}}",
"extension": ".json",
"text": "\\define renderContent()\n<$text text=<<jsontiddlers filter:\"\"\"$(exportFilter)$\"\"\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/StaticRiver": {
"title": "$:/core/templates/exporters/StaticRiver",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/StaticRiver}}",
"extension": ".html",
"text": "\\define tv-wikilink-template() #$uri_encoded$\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n<section class=\"tc-story-river\">\n{{$:/core/templates/exporters/StaticRiver/Content||$:/core/templates/html-tiddler}}\n</section>\n</body>\n</html>\n"
},
"$:/core/templates/exporters/StaticRiver/Content": {
"title": "$:/core/templates/exporters/StaticRiver/Content",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ ||$:/core/templates/static-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<<renderContent>>\n</$importvariables>\n"
},
"$:/core/templates/exporters/TidFile": {
"title": "$:/core/templates/exporters/TidFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/TidFile}}",
"extension": ".tid",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ +[limit[1]] ||$:/core/templates/tid-tiddler}}}\n\\end\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\"><<renderContent>></$importvariables>"
},
"$:/core/templates/html-div-tiddler": {
"title": "$:/core/templates/html-div-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as an HTML DIV tag with attributes representing the tiddler fields.\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"'></$fields>`>\n<pre>`<$view field=\"text\" format=\"htmlencoded\" />`</pre>\n</div>`\n"
},
"$:/core/templates/html-tiddler": {
"title": "$:/core/templates/html-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw HTML\n\n--><$view field=\"text\" format=\"htmlwikified\" />"
},
"$:/core/templates/javascript-tiddler": {
"title": "$:/core/templates/javascript-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields.\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\">`<$view field=\"text\" format=\"text\" />`</script>`"
},
"$:/core/templates/module-tiddler": {
"title": "$:/core/templates/module-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields. The body of the tiddler is wrapped in a call to the `$tw.modules.define` function in order to define the body of the tiddler as a module\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\" data-module=\"yes\">$tw.modules.define(\"`<$view field=\"title\" format=\"jsencoded\" />`\",\"`<$view field=\"module-type\" format=\"jsencoded\" />`\",function(module,exports,require) {`<$view field=\"text\" format=\"text\" />`});\n</script>`"
},
"$:/core/templates/plain-text-tiddler": {
"title": "$:/core/templates/plain-text-tiddler",
"text": "<$view field=\"text\" format=\"text\" />"
},
"$:/core/save/all": {
"title": "$:/core/save/all",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/empty": {
"title": "$:/core/save/empty",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-images": {
"title": "$:/core/save/lazy-images",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] -[!is[system]is[image]] +[sort[title]] \n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/templates/single.tiddler.window": {
"title": "$:/core/templates/single.tiddler.window",
"text": "<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"tempCurrentTiddler\" value=<<currentTiddler>>>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=<<tempCurrentTiddler>>>\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$transclude mode=\"block\"/>\n\n</$navigator>\n\n</$importvariables>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n"
},
"$:/core/templates/split-recipe": {
"title": "$:/core/templates/split-recipe",
"text": "<$list filter=\"[!is[system]]\">\ntiddler: <$view field=\"title\" format=\"urlencoded\"/>.tid\n</$list>\n"
},
"$:/core/templates/static-tiddler": {
"title": "$:/core/templates/static-tiddler",
"text": "<a name=<<currentTiddler>>>\n<$transclude tiddler=\"$:/core/ui/ViewTemplate\"/>\n</a>"
},
"$:/core/templates/static.area": {
"title": "$:/core/templates/static.area",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n{{$:/core/templates/static.content||$:/core/templates/html-tiddler}}\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\nThis file contains an encrypted ~TiddlyWiki. Enable ~JavaScript and enter the decryption password when prompted.\n</$reveal>\n"
},
"$:/core/templates/static.content": {
"title": "$:/core/templates/static.content",
"type": "text/vnd.tiddlywiki",
"text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|http://tiddlywiki.com]] contains the following tiddlers:\n\n<ul>\n<$list filter=<<saveTiddlerFilter>>>\n<li><$view field=\"title\" format=\"text\"></$view></li>\n</$list>\n</ul>\n"
},
"$:/core/templates/static.template.css": {
"title": "$:/core/templates/static.template.css",
"text": "{{$:/boot/boot.css||$:/core/templates/plain-text-tiddler}}\n\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n"
},
"$:/core/templates/static.template.html": {
"title": "$:/core/templates/static.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "\\define tv-wikilink-template() static/$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n{{$:/core/ui/PageTemplate||$:/core/templates/html-tiddler}}\n</body>\n</html>\n"
},
"$:/core/templates/static.tiddler.html": {
"title": "$:/core/templates/static.tiddler.html",
"text": "\\define tv-wikilink-template() $uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`<$view field=\"caption\"><$view field=\"title\"/></$view>: {{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n<$view tiddler=\"$:/core/ui/ViewTemplate\" format=\"htmlwikified\"/>\n</$importvariables>`\n</section>\n</body>\n</html>\n`"
},
"$:/core/templates/store.area.template.html": {
"title": "$:/core/templates/store.area.template.html",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n`<div id=\"storeArea\" style=\"display:none;\">`\n<$list filter=<<saveTiddlerFilter>> template=\"$:/core/templates/html-div-tiddler\"/>\n`</div>`\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n`<!--~~ Encrypted tiddlers ~~-->`\n`<pre id=\"encryptedStoreArea\" type=\"text/plain\" style=\"display:none;\">`\n<$encrypt filter=<<saveTiddlerFilter>>/>\n`</pre>`\n</$reveal>"
},
"$:/core/templates/tid-tiddler": {
"title": "$:/core/templates/tid-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers in TiddlyWeb *.tid format\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>`\n`<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/tiddler-metadata": {
"title": "$:/core/templates/tiddler-metadata",
"text": "<!--\n\nThis template is used for saving tiddler metadata *.meta files\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>"
},
"$:/core/templates/tiddlywiki5.html": {
"title": "$:/core/templates/tiddlywiki5.html",
"text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=edge\" />\t\t<!-- Force IE standards mode for Intranet and HTA - should be the first meta -->\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n</head>\n<body class=\"tc-body\">\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n{{$:/core/templates/static.area}}\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n{{$:/core/templates/store.area.template.html}}\n<!--~~ Library modules ~~-->\n<div id=\"libraryModules\" style=\"display:none;\">\n{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/javascript-tiddler}}}\n</div>\n<!--~~ Boot kernel prologue ~~-->\n<div id=\"bootKernelPrefix\" style=\"display:none;\">\n{{ $:/boot/bootprefix.js ||$:/core/templates/javascript-tiddler}}\n</div>\n<!--~~ Boot kernel ~~-->\n<div id=\"bootKernel\" style=\"display:none;\">\n{{ $:/boot/boot.js ||$:/core/templates/javascript-tiddler}}\n</div>\n</body>\n</html>\n"
},
"$:/core/templates/version": {
"title": "$:/core/templates/version",
"text": "<<version>>"
},
"$:/core/templates/wikified-tiddler": {
"title": "$:/core/templates/wikified-tiddler",
"text": "<$transclude />"
},
"$:/core/ui/AdvancedSearch/Filter": {
"title": "$:/core/ui/AdvancedSearch/Filter",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Filter/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Filter/Hint>>\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n<$macrocall $name=\"exportButton\" exportFilter={{$:/temp/advancedsearch}} lingoBase=\"$:/language/Buttons/ExportTiddlers/\"/>\n</$reveal>\n</div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Filter]]\"><$link to={{!!filter}}><$transclude field=\"description\"/></$link>\n</$list>\n</div>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\n<div class=\"tc-search-results\">\n<<lingo Filter/Matches>>\n<$list filter={{$:/temp/advancedsearch}} template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Shadows": {
"title": "$:/core/ui/AdvancedSearch/Shadows",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Shadows/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Shadows/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[all[shadows]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo Shadows/Matches>>\n\n<$list filter=\"[all[shadows]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Standard": {
"title": "$:/core/ui/AdvancedSearch/Standard",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Standard/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"searchTiddler\" value=\"$:/temp/advancedsearch\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/System": {
"title": "$:/core/ui/AdvancedSearch/System",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/System/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo System/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[is[system]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo System/Matches>>\n\n<$list filter=\"[is[system]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/AdvancedSearch": {
"title": "$:/AdvancedSearch",
"icon": "$:/core/images/advanced-search-button",
"color": "#bbb",
"text": "<div class=\"tc-advanced-search\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch]!has[draft.of]]\" \"$:/core/ui/AdvancedSearch/System\">>\n</div>\n"
},
"$:/core/ui/AlertTemplate": {
"title": "$:/core/ui/AlertTemplate",
"text": "<div class=\"tc-alert\">\n<div class=\"tc-alert-toolbar\">\n<$button message=\"tm-delete-tiddler\" class=\"tc-btn-invisible\">\n{{$:/core/images/delete-button}}</$button>\n</div>\n<div class=\"tc-alert-subtitle\">\n<$view field=\"component\"/> - <$view field=\"modified\" format=\"date\" template=\"0hh:0mm:0ss DD MM YYYY\"/> <$reveal type=\"nomatch\" state=\"!!count\" text=\"\"><span class=\"tc-alert-highlight\">(count: <$view field=\"count\"/>)</span></$reveal>\n</div>\n<div class=\"tc-alert-body\">\n\n<$transclude/>\n\n</div>\n</div>\n"
},
"$:/core/ui/BinaryWarning": {
"title": "$:/core/ui/BinaryWarning",
"text": "\\define lingo-base() $:/language/BinaryWarning/\n<div class=\"tc-binary-warning\">\n\n<<lingo Prompt>>\n\n</div>\n"
},
"$:/core/ui/Components/tag-link": {
"title": "$:/core/ui/Components/tag-link",
"text": "<$link>\n<$set name=\"backgroundColor\" value={{!!color}}>\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\"/>\n</span>\n</$set>\n</$link>"
},
"$:/core/ui/ControlPanel/Advanced": {
"title": "$:/core/ui/ControlPanel/Advanced",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Advanced/Caption}}",
"text": "{{$:/language/ControlPanel/Advanced/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Advanced]!has[draft.of]]\" \"$:/core/ui/ControlPanel/TiddlerFields\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Appearance": {
"title": "$:/core/ui/ControlPanel/Appearance",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Appearance/Caption}}",
"text": "{{$:/language/ControlPanel/Appearance/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Appearance]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Theme\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Basics": {
"title": "$:/core/ui/ControlPanel/Basics",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Basics/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n\n\\define show-filter-count(filter)\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $value=\"\"\"$filter$\"\"\"/>\n<$action-setfield $tiddler=\"$:/state/tab--1498284803\" $value=\"$:/core/ui/AdvancedSearch/Filter\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n''<$count filter=\"\"\"$filter$\"\"\"/>''\n{{$:/core/images/advanced-search-button}}\n</$button>\n\\end\n\n|<<lingo Version/Prompt>> |''<<version>>'' |\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/status/UserName\"><<lingo Username/Prompt>></$link> |<$edit-text tiddler=\"$:/status/UserName\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/AnimationDuration\"><<lingo AnimDuration/Prompt>></$link> |<$edit-text tiddler=\"$:/config/AnimationDuration\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n|<$link to=\"$:/config/NewJournal/Title\"><<lingo NewJournal/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Title\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Tags\"><<lingo NewJournal/Tags/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Tags\" default=\"\" tag=\"input\"/> |\n|<<lingo Language/Prompt>> |{{$:/snippets/minilanguageswitcher}} |\n|<<lingo Tiddlers/Prompt>> |<<show-filter-count \"[!is[system]sort[title]]\">> |\n|<<lingo Tags/Prompt>> |<<show-filter-count \"[tags[]sort[title]]\">> |\n|<<lingo SystemTiddlers/Prompt>> |<<show-filter-count \"[is[system]sort[title]]\">> |\n|<<lingo ShadowTiddlers/Prompt>> |<<show-filter-count \"[all[shadows]sort[title]]\">> |\n|<<lingo OverriddenShadowTiddlers/Prompt>> |<<show-filter-count \"[is[tiddler]is[shadow]sort[title]]\">> |\n"
},
"$:/core/ui/ControlPanel/EditorTypes": {
"title": "$:/core/ui/ControlPanel/EditorTypes",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/EditorTypes/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/EditorTypes/\n\n<<lingo Hint>>\n\n<table>\n<tbody>\n<tr>\n<th><<lingo Type/Caption>></th>\n<th><<lingo Editor/Caption>></th>\n</tr>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/config/EditorTypeMappings/]sort[title]]\">\n<tr>\n<td>\n<$link>\n<$list filter=\"[all[current]removeprefix[$:/config/EditorTypeMappings/]]\">\n<$text text={{!!title}}/>\n</$list>\n</$link>\n</td>\n<td>\n<$view field=\"text\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/Info": {
"title": "$:/core/ui/ControlPanel/Info",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Info/Caption}}",
"text": "{{$:/language/ControlPanel/Info/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Info]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Basics\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/LoadedModules": {
"title": "$:/core/ui/ControlPanel/LoadedModules",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/LoadedModules/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n<<lingo LoadedModules/Hint>>\n\n{{$:/snippets/modules}}\n"
},
"$:/core/ui/ControlPanel/Modals/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Modals/AddPlugins",
"subtitle": "{{$:/core/images/download-button}} {{$:/language/ControlPanel/Plugins/Add/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define install-plugin-button()\n<$button>\n<$action-sendmessage $message=\"tm-load-plugin-from-library\" url={{!!url}} title={{$(assetInfo)$!!original-title}}/>\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"install\"\"\">\nreinstall\n</$list>\n</$button>\n\\end\n\n\\define popup-state-macro()\n$:/state/add-plugin-info/$(connectionTiddler)$/$(assetInfo)$\n\\end\n\n\\define display-plugin-info(type)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<div class=\"tc-plugin-info\">\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$list filter=\"[<assetInfo>has[icon]]\" emptyMessage=\"\"\"<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\"\"\">\n<img src={{$(assetInfo)$!!icon}}/>\n</$list>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1><$view tiddler=<<assetInfo>> field=\"description\"/></h1>\n<h2><$view tiddler=<<assetInfo>> field=\"original-title\"/></h2>\n<div><em><$view tiddler=<<assetInfo>> field=\"version\"/></em></div>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<<install-plugin-button>>\n</div>\n</div>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-message\">\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\" emptyMessage=\"\"\"This plugin is not currently installed\"\"\">\n<em>\nThis plugin is already installed at version <$text text=<<installedVersion>>/>\n</em>\n</$list>\n</div>\n<div class=\"tc-plugin-info-dropdown-body\">\n<$transclude tiddler=<<assetInfo>> field=\"readme\" mode=\"block\"/>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n\\define load-plugin-library-button()\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-load-plugin-library\" url={{!!url}} infoTitlePrefix=\"$:/temp/RemoteAssetInfo/\"/>\n{{$:/core/images/chevron-right}} open plugin library\n</$button>\n\\end\n\n\\define display-server-assets(type)\nSearch: <$edit-text tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" default=\"\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<div class=\"tc-plugin-library-listing\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]search{$:/temp/RemoteAssetSearch/$(currentTiddler)$}sort[description]]\" variable=\"assetInfo\">\n<<display-plugin-info \"$type$\">>\n</$list>\n</div>\n\\end\n\n\\define display-server-connection()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/ServerConnection]suffix{!!url}]\" variable=\"connectionTiddler\" emptyMessage=<<load-plugin-library-button>>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Add/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Add/Themes]] [[$:/core/ui/ControlPanel/Plugins/Add/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Add/Plugins\">>\n\n</$list>\n\\end\n\n\\define plugin-library-listing()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/PluginLibrary]]\">\n<div class=\"tc-plugin-library\">\n\n!! <$link><$transclude field=\"caption\"><$view field=\"title\"/></$transclude></$link>\n\n//<$view field=\"url\"/>//\n\n<$transclude/>\n\n<<display-server-connection>>\n</div>\n</$list>\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<div>\n<<plugin-library-listing>>\n</div>\n\n</$importvariables>\n"
},
"$:/core/ui/ControlPanel/Palette": {
"title": "$:/core/ui/ControlPanel/Palette",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Palette/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n\n{{$:/snippets/paletteswitcher}}\n\n<$reveal type=\"nomatch\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"yes\"><<lingo ShowEditor/Caption>></$button>\n\n</$reveal>\n\n<$reveal type=\"match\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"no\"><<lingo HideEditor/Caption>></$button>\n{{$:/snippets/paletteeditor}}\n\n</$reveal>\n\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[language]]\"/>)",
"text": "<<display-server-assets language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[plugin]]\"/>)",
"text": "<<display-server-assets plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[theme]]\"/>)",
"text": "<<display-server-assets theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[language]]\"/>)",
"text": "<<plugin-table language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[plugin]]\"/>)",
"text": "<<plugin-table plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[theme]]\"/>)",
"text": "<<plugin-table theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define popup-state-macro()\n$(qualified-state)$-$(currentTiddler)$\n\\end\n\n\\define tabs-state-macro()\n$(popup-state)$-$(pluginInfoType)$\n\\end\n\n\\define plugin-icon-title()\n$(currentTiddler)$/icon\n\\end\n\n\\define plugin-disable-title()\n$:/config/Plugins/Disabled/$(currentTiddler)$\n\\end\n\n\\define plugin-table-body(type,disabledMessage)\n<div class=\"tc-plugin-info-chunk tc-small-icon\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<plugin-icon-title>>>\n<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\n</$transclude>\n</div>\n<div class=\"tc-plugin-info-chunk\">\n<h1>\n''<$view field=\"description\"><$view field=\"title\"/></$view>'' $disabledMessage$\n</h1>\n<h2>\n<$view field=\"title\"/>\n</h2>\n<h2>\n<div><em><$view field=\"version\"/></em></div>\n</h2>\n</div>\n\\end\n\n\\define plugin-table(type)\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n<$list filter=\"[!has[draft.of]plugin-type[$type$]sort[description]]\" emptyMessage=<<lingo \"Empty/Hint\">>>\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info\">\n<<plugin-table-body type:\"$type$\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info tc-plugin-info-disabled\">\n<<plugin-table-body type:\"$type$\" disabledMessage:\"<$macrocall $name='lingo' title='Disabled/Status'/>\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-body\">\n<$list filter=\"[all[current]] -[[$:/core]]\">\n<div style=\"float:right;\">\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"yes\" tooltip={{$:/language/ControlPanel/Plugins/Disable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Disable/Caption}}>\n<<lingo Disable/Caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"no\" tooltip={{$:/language/ControlPanel/Plugins/Enable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Enable/Caption}}>\n<<lingo Enable/Caption>>\n</$button>\n</$reveal>\n</div>\n</$list>\n<$reveal type=\"nomatch\" text=\"\" state=\"!!list\">\n<$macrocall $name=\"tabs\" state=<<tabs-state-macro>> tabsList={{!!list}} default=\"readme\" template=\"$:/core/ui/PluginInfo\"/>\n</$reveal>\n<$reveal type=\"match\" text=\"\" state=\"!!list\">\nNo information provided\n</$reveal>\n</div>\n</div>\n</$reveal>\n</$set>\n</$list>\n</$set>\n\\end\n\n<$button message=\"tm-modal\" param=\"$:/core/ui/ControlPanel/Modals/AddPlugins\" tooltip={{$:/language/ControlPanel/Plugins/Add/Hint}} class=\"tc-btn-big-green\" style=\"background:blue;\">\n{{$:/core/images/download-button}} <<lingo Add/Caption>>\n</$button>\n\n<<lingo Installed/Hint>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Installed/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Installed/Themes]] [[$:/core/ui/ControlPanel/Plugins/Installed/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Installed/Plugins\">>\n"
},
"$:/core/ui/ControlPanel/Saving": {
"title": "$:/core/ui/ControlPanel/Saving",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Saving/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/\n\\define backupURL()\nhttp://$(userName)$.tiddlyspot.com/backup/\n\\end\n\\define backupLink()\n<$reveal type=\"nomatch\" state=\"$:/UploadName\" text=\"\">\n<$set name=\"userName\" value={{$:/UploadName}}>\n<$reveal type=\"match\" state=\"$:/UploadURL\" text=\"\">\n<<backupURL>>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/UploadURL\" text=\"\">\n<$macrocall $name=resolvePath source={{$:/UploadBackupDir}} root={{$:/UploadURL}}>>\n</$reveal>\n</$set>\n</$reveal>\n\\end\n! <<lingo TiddlySpot/Heading>>\n\n<<lingo TiddlySpot/Description>>\n\n|<<lingo TiddlySpot/UserName>> |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|<<lingo TiddlySpot/Password>> |<$password name=\"upload\"/> |\n|<<lingo TiddlySpot/Backups>> |<<backupLink>> |\n\n''<<lingo TiddlySpot/Advanced/Heading>>''\n\n|<<lingo TiddlySpot/ServerURL>> |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|<<lingo TiddlySpot/Filename>> |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|<<lingo TiddlySpot/UploadDir>> |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|<<lingo TiddlySpot/BackupDir>> |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n<<lingo TiddlySpot/Hint>>"
},
"$:/core/ui/ControlPanel/Settings/AutoSave": {
"title": "$:/core/ui/ControlPanel/Settings/AutoSave",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/AutoSave/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/AutoSave/\n\n<$link to=\"$:/config/AutoSave\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"yes\"> <<lingo Enabled/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"no\"> <<lingo Disabled/Description>> </$radio>\n"
},
"$:/core/buttonstyles/Borderless": {
"title": "$:/core/buttonstyles/Borderless",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless}}",
"text": "tc-btn-invisible"
},
"$:/core/buttonstyles/Boxed": {
"title": "$:/core/buttonstyles/Boxed",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed}}",
"text": "tc-btn-boxed"
},
"$:/core/buttonstyles/Rounded": {
"title": "$:/core/buttonstyles/Rounded",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded}}",
"text": "tc-btn-rounded"
},
"$:/core/ui/ControlPanel/Settings/DefaultSidebarTab": {
"caption": "{{$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption}}",
"tags": "$:/tags/ControlPanel/Settings",
"title": "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultSidebarTab/\n\n<$link to=\"$:/config/DefaultSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/LinkToBehaviour": {
"title": "$:/core/ui/ControlPanel/Settings/LinkToBehaviour",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/LinkToBehaviour/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/LinkToBehaviour/\n\n<$link to=\"$:/config/Navigation/openLinkFromInsideRiver\"><<lingo \"InsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromInsideRiver\">\n <option value=\"above\"><<lingo \"OpenAbove\">></option>\n <option value=\"below\"><<lingo \"OpenBelow\">></option>\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n\n<$link to=\"$:/config/Navigation/openLinkFromOutsideRiver\"><<lingo \"OutsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromOutsideRiver\">\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationAddressBar": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationAddressBar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationAddressBar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationAddressBar/\n\n<$link to=\"$:/config/Navigation/UpdateAddressBar\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permaview\"> <<lingo Permaview/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permalink\"> <<lingo Permalink/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationHistory": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationHistory",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationHistory/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationHistory/\n<$link to=\"$:/config/Navigation/UpdateHistory\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/TitleLinks": {
"title": "$:/core/ui/ControlPanel/Settings/TitleLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/TitleLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/TitleLinks/\n<$link to=\"$:/config/Tiddlers/TitleLinks\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtonStyle/\n<$link to=\"$:/config/Toolbar/ButtonClass\"><<lingo \"Hint\">></$link>\n\n<$select tiddler=\"$:/config/Toolbar/ButtonClass\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ToolbarButtonStyle]]\">\n<option value={{!!text}}>{{!!caption}}</option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtons": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtons",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtons/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtons/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Icons\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Toolbar/Icons\"><<lingo Icons/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Text\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Toolbar/Text\"><<lingo Text/Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings": {
"title": "$:/core/ui/ControlPanel/Settings",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Settings/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n<<lingo Hint>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ControlPanel/StoryView": {
"title": "$:/core/ui/ControlPanel/StoryView",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/StoryView/Caption}}",
"text": "{{$:/snippets/viewswitcher}}\n"
},
"$:/core/ui/ControlPanel/Theme": {
"title": "$:/core/ui/ControlPanel/Theme",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Theme/Caption}}",
"text": "{{$:/snippets/themeswitcher}}\n"
},
"$:/core/ui/ControlPanel/TiddlerFields": {
"title": "$:/core/ui/ControlPanel/TiddlerFields",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/TiddlerFields/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo TiddlerFields/Hint>>\n\n{{$:/snippets/allfields}}"
},
"$:/core/ui/ControlPanel/Toolbars/EditToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/EditToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars/PageControls": {
"title": "$:/core/ui/ControlPanel/Toolbars/PageControls",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/PageControls/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ViewToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/ViewToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/ViewToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n\n{{$:/language/ControlPanel/Toolbars/ViewToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>> field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars": {
"title": "$:/core/ui/ControlPanel/Toolbars",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Toolbars/Caption}}",
"text": "{{$:/language/ControlPanel/Toolbars/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Toolbars]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Toolbars/ViewToolbar\" \"$:/state/tabs/controlpanel/toolbars\" \"tc-vertical\">>\n</div>\n"
},
"$:/ControlPanel": {
"title": "$:/ControlPanel",
"icon": "$:/core/images/options-button",
"color": "#bbb",
"text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Info\">>\n</div>\n"
},
"$:/core/ui/DefaultSearchResultList": {
"title": "$:/core/ui/DefaultSearchResultList",
"tags": "$:/tags/SearchResults",
"caption": "{{$:/language/Search/DefaultResults/Caption}}",
"text": "\\define searchResultList()\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[!is[system]search{$(searchTiddler)$}]\"/>\"\"\">\n\n{{$:/language/Search/Matches}}\n\n</$set>\n\n//<small>Title matches:</small>//\n\n<$list filter=\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n//<small>All matches:</small>//\n\n<$list filter=\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\\end\n<<searchResultList>>\n"
},
"$:/core/ui/EditTemplate/body": {
"title": "$:/core/ui/EditTemplate/body",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Body/\n<$list filter=\"[is[current]has[_canonical_uri]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo External/Hint>>\n\n<a href={{!!_canonical_uri}}><$text text={{!!_canonical_uri}}/></a>\n\n<$edit-text field=\"_canonical_uri\" class=\"tc-edit-fields\"></$edit-text>\n\n</div>\n\n</$list>\n\n<$list filter=\"[is[current]!has[_canonical_uri]]\">\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\">\n\n<em class=\"tc-edit\"><<lingo Hint>></em> <$button type=\"set\" set=\"$:/state/showeditpreview\" setTo=\"no\"><<lingo Preview/Button/Hide>></$button>\n\n<div class=\"tc-tiddler-preview\">\n<div class=\"tc-tiddler-preview-preview\">\n<$set name=\"tv-tiddler-preview\" value=\"yes\">\n\n<$transclude />\n\n</$set>\n</div>\n\n<div class=\"tc-tiddler-preview-edit\">\n<$edit field=\"text\" class=\"tc-edit-texteditor\" placeholder={{$:/language/EditTemplate/Body/Placeholder}}/>\n\n</div>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\">\n\n<em class=\"tc-edit\"><<lingo Hint>></em> <$button type=\"set\" set=\"$:/state/showeditpreview\" setTo=\"yes\"><<lingo Preview/Button/Show>></$button>\n<$edit field=\"text\" class=\"tc-edit-texteditor\" placeholder={{$:/language/EditTemplate/Body/Placeholder}}/>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/EditTemplate/controls": {
"title": "$:/core/ui/EditTemplate/controls",
"tags": "$:/tags/EditTemplate",
"text": "\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title tc-tiddler-edit-title\">\n<$view field=\"title\"/>\n<span class=\"tc-tiddler-controls tc-titlebar\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list></span>\n<div style=\"clear: both;\"></div>\n</div>\n"
},
"$:/core/ui/EditTemplate/fields": {
"title": "$:/core/ui/EditTemplate/fields",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define config-title()\n$:/config/EditTemplateFields/Visibility/$(currentField)$\n\\end\n\n\\define config-filter()\n[[hide]] -[title{$(config-title)$}]\n\\end\n\n\\define new-field-inner()\n<$reveal type=\"nomatch\" text=\"\" default=<<name>>>\n<$button>\n<$action-sendmessage $message=\"tm-add-field\" $name=<<name>> $value=<<value>>/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldname\"/>\n<$action-deletetiddler $tiddler=\"$:/temp/newfieldvalue\"/>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" text=\"\" default=<<name>>>\n<$button>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n\\end\n\n\\define new-field()\n<$set name=\"name\" value={{$:/temp/newfieldname}}>\n<$set name=\"value\" value={{$:/temp/newfieldvalue}}>\n<<new-field-inner>>\n</$set>\n</$set>\n\\end\n\n<div class=\"tc-edit-fields\">\n<table class=\"tc-edit-fields\">\n<tbody>\n<$list filter=\"[all[current]fields[]] +[sort[title]]\" variable=\"currentField\">\n<$list filter=<<config-filter>> variable=\"temp\">\n<tr class=\"tc-edit-field\">\n<td class=\"tc-edit-field-name\">\n<$text text=<<currentField>>/>:</td>\n<td class=\"tc-edit-field-value\">\n<$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}}/>\n</td>\n<td class=\"tc-edit-field-remove\">\n<$button class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Field/Remove/Hint}} aria-label={{$:/language/EditTemplate/Field/Remove/Caption}}>\n<$action-deletefield $field=<<currentField>>/>\n{{$:/core/images/delete-button}}\n</$button>\n</td>\n</tr>\n</$list>\n</$list>\n</tbody>\n</table>\n</div>\n\n<$fieldmangler>\n<div class=\"tc-edit-field-add\">\n<em class=\"tc-edit\">\n<<lingo Fields/Add/Prompt>>\n</em>\n<span class=\"tc-edit-field-add-name\">\n<$edit-text tiddler=\"$:/temp/newfieldname\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Name/Placeholder}} focusPopup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span>\n<$button popup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Field/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Field/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/field-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"$:/temp/newfieldname\">\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/User>>\n</div>\n<$list filter=\"[!is[shadow]!is[system]fields[]sort[]] -created -creator -draft.of -draft.title -modified -modifier -tags -text -title -type\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/System>>\n</div>\n<$list filter=\"[fields[]sort[]] -[!is[shadow]!is[system]fields[]]\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<<currentField>>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n<span class=\"tc-edit-field-add-value\">\n<$edit-text tiddler=\"$:/temp/newfieldvalue\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} class=\"tc-edit-texteditor\"/>\n</span>\n<span class=\"tc-edit-field-add-button\">\n<$macrocall $name=\"new-field\"/>\n</span>\n</div>\n</$fieldmangler>\n\n"
},
"$:/core/ui/EditTemplate/shadow": {
"title": "$:/core/ui/EditTemplate/shadow",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Shadow/\n<$list filter=\"[all[current]get[draft.of]is[shadow]!is[tiddler]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n</div>\n</$list>\n\n<$list filter=\"[all[current]get[draft.of]is[shadow]is[tiddler]]\">\n<div class=\"tc-message-box\">\n\n<<lingo OverriddenWarning>>\n\n</div>\n</$list>\n"
},
"$:/core/ui/EditTemplate/tags": {
"title": "$:/core/ui/EditTemplate/tags",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define tag-styles()\nbackground-color:$(backgroundColor)$;\n\\end\n<div class=\"tc-edit-tags\">\n<$fieldmangler>\n<$list filter=\"[all[current]tags[]sort[title]]\" storyview=\"pop\"><$set name=\"backgroundColor\" value={{!!color}}><span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\" />\n<$button message=\"tm-remove-tag\" param={{!!title}} class=\"tc-btn-invisible tc-remove-tag-button\">×</$button></span>\n</$set>\n</$list>\n\n<div class=\"tc-edit-add-tag\">\n<span class=\"tc-add-tag-name\">\n<$edit-text tiddler=\"$:/temp/NewTagName\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Tags/Add/Placeholder}} focusPopup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-edit-texteditor tc-popup-handle\"/>\n</span> <$button popup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Tags/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Tags/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <span class=\"tc-add-tag-button\">\n<$button message=\"tm-add-tag\" param={{$:/temp/NewTagName}} set=\"$:/temp/NewTagName\" setTo=\"\" class=\"\">\n<<lingo Tags/Add/Button>>\n</$button>\n</span>\n</div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/tags-auto-complete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown\">\n<$linkcatcher set=\"$:/temp/NewTagName\" setTo=\"\" message=\"tm-add-tag\">\n<$list filter=\"[tags[]!is[system]search:title{$:/temp/NewTagName}sort[]]\">\n{{||$:/core/ui/Components/tag-link}}\n</$list>\n<hr>\n<$list filter=\"[tags[]is[system]search:title{$:/temp/NewTagName}sort[]]\">\n{{||$:/core/ui/Components/tag-link}}\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n</$fieldmangler>\n</div>"
},
"$:/core/ui/EditTemplate/title": {
"title": "$:/core/ui/EditTemplate/title",
"tags": "$:/tags/EditTemplate",
"text": "<$edit-text field=\"draft.title\" class=\"tc-titlebar tc-edit-texteditor\" focus=\"true\"/>"
},
"$:/core/ui/EditTemplate/type": {
"title": "$:/core/ui/EditTemplate/type",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n<div class=\"tc-type-selector\"><$fieldmangler>\n<em class=\"tc-edit\"><<lingo Type/Prompt>></em> <$edit-text field=\"type\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Type/Placeholder}} focusPopup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-edit-typeeditor tc-popup-handle\"/> <$button popup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Type/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Type/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <$button message=\"tm-remove-field\" param=\"type\" class=\"tc-btn-invisible tc-btn-icon\" tooltip={{$:/language/EditTemplate/Type/Delete/Hint}} aria-label={{$:/language/EditTemplate/Type/Delete/Caption}}>{{$:/core/images/delete-button}}</$button>\n</$fieldmangler></div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/type-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"!!type\">\n<$list filter='[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]each[group]sort[group]]'>\n<div class=\"tc-dropdown-item\">\n<$text text={{!!group}}/>\n</div>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]group{!!group}] +[sort[description]]\"><$link to={{!!name}}><$view field=\"description\"/> (<$view field=\"name\"/>)</$link>\n</$list>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>"
},
"$:/core/ui/EditTemplate": {
"title": "$:/core/ui/EditTemplate",
"text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<div class=<<frame-classes>>>\n<$set name=\"storyTiddler\" value=<<currentTiddler>>>\n<$keyboard key=\"escape\" message=\"tm-cancel-tiddler\">\n<$keyboard key=\"ctrl+enter\" message=\"tm-save-tiddler\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditTemplate]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n</$list>\n</$keyboard>\n</$keyboard>\n</$set>\n</div>\n"
},
"$:/core/ui/Buttons/cancel": {
"title": "$:/core/ui/Buttons/cancel",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/cancel-button}} {{$:/language/Buttons/Cancel/Caption}}",
"description": "{{$:/language/Buttons/Cancel/Hint}}",
"text": "<$button message=\"tm-cancel-tiddler\" tooltip={{$:/language/Buttons/Cancel/Hint}} aria-label={{$:/language/Buttons/Cancel/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/cancel-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Cancel/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/delete": {
"title": "$:/core/ui/Buttons/delete",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/delete-button}} {{$:/language/Buttons/Delete/Caption}}",
"description": "{{$:/language/Buttons/Delete/Hint}}",
"text": "<$button message=\"tm-delete-tiddler\" tooltip={{$:/language/Buttons/Delete/Hint}} aria-label={{$:/language/Buttons/Delete/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/delete-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Delete/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save": {
"title": "$:/core/ui/Buttons/save",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/done-button}} {{$:/language/Buttons/Save/Caption}}",
"description": "{{$:/language/Buttons/Save/Hint}}",
"text": "<$button message=\"tm-save-tiddler\" tooltip={{$:/language/Buttons/Save/Hint}} aria-label={{$:/language/Buttons/Save/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/done-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Save/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/Filters/AllTags": {
"title": "$:/core/Filters/AllTags",
"tags": "$:/tags/Filter",
"filter": "[tags[]!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTags}}",
"text": ""
},
"$:/core/Filters/AllTiddlers": {
"title": "$:/core/Filters/AllTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTiddlers}}",
"text": ""
},
"$:/core/Filters/Drafts": {
"title": "$:/core/Filters/Drafts",
"tags": "$:/tags/Filter",
"filter": "[has[draft.of]sort[title]]",
"description": "{{$:/language/Filters/Drafts}}",
"text": ""
},
"$:/core/Filters/Missing": {
"title": "$:/core/Filters/Missing",
"tags": "$:/tags/Filter",
"filter": "[all[missing]sort[title]]",
"description": "{{$:/language/Filters/Missing}}",
"text": ""
},
"$:/core/Filters/Orphans": {
"title": "$:/core/Filters/Orphans",
"tags": "$:/tags/Filter",
"filter": "[all[orphans]sort[title]]",
"description": "{{$:/language/Filters/Orphans}}",
"text": ""
},
"$:/core/Filters/OverriddenShadowTiddlers": {
"title": "$:/core/Filters/OverriddenShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[shadow]]",
"description": "{{$:/language/Filters/OverriddenShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentSystemTiddlers": {
"title": "$:/core/Filters/RecentSystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentSystemTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentTiddlers": {
"title": "$:/core/Filters/RecentTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentTiddlers}}",
"text": ""
},
"$:/core/Filters/ShadowTiddlers": {
"title": "$:/core/Filters/ShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[all[shadows]sort[title]]",
"description": "{{$:/language/Filters/ShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/SystemTags": {
"title": "$:/core/Filters/SystemTags",
"tags": "$:/tags/Filter",
"filter": "[all[shadows+tiddlers]tags[]is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTags}}",
"text": ""
},
"$:/core/Filters/SystemTiddlers": {
"title": "$:/core/Filters/SystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTiddlers}}",
"text": ""
},
"$:/core/Filters/TypedTiddlers": {
"title": "$:/core/Filters/TypedTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[type]each[type]sort[type]] -[type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Filters/TypedTiddlers}}",
"text": ""
},
"$:/core/ui/ImportListing": {
"title": "$:/core/ui/ImportListing",
"text": "\\define lingo-base() $:/language/Import/\n\\define messageField()\nmessage-$(payloadTiddler)$\n\\end\n\\define selectionField()\nselection-$(payloadTiddler)$\n\\end\n\\define previewPopupState()\n$(currentTiddler)$!!popup-$(payloadTiddler)$\n\\end\n<table>\n<tbody>\n<tr>\n<th>\n<<lingo Listing/Select/Caption>>\n</th>\n<th>\n<<lingo Listing/Title/Caption>>\n</th>\n<th>\n<<lingo Listing/Status/Caption>>\n</th>\n</tr>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<tr>\n<td>\n<$checkbox field=<<selectionField>> checked=\"checked\" unchecked=\"unchecked\" default=\"checked\"/>\n</td>\n<td>\n<$reveal type=\"nomatch\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"yes\">\n{{$:/core/images/right-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<previewPopupState>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<previewPopupState>> setTo=\"no\">\n{{$:/core/images/down-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n</td>\n<td>\n<$view field=<<messageField>>/>\n</td>\n</tr>\n<tr>\n<td colspan=\"3\">\n<$reveal type=\"match\" text=\"yes\" state=<<previewPopupState>>>\n<$transclude subtiddler=<<payloadTiddler>> mode=\"block\"/>\n</$reveal>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ListItemTemplate": {
"title": "$:/core/ui/ListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</div>"
},
"$:/core/ui/MissingTemplate": {
"title": "$:/core/ui/MissingTemplate",
"text": "<div class=\"tc-tiddler-missing\">\n<$button popup=<<qualify \"$:/state/popup/missing\">> class=\"tc-btn-invisible tc-missing-tiddler-label\">\n<$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/missing\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]backlinks[]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</div>\n"
},
"$:/core/ui/MoreSideBar/All": {
"title": "$:/core/ui/MoreSideBar/All",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/All/Caption}}",
"text": "<$list filter={{$:/core/Filters/AllTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Drafts": {
"title": "$:/core/ui/MoreSideBar/Drafts",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Drafts/Caption}}",
"text": "<$list filter={{$:/core/Filters/Drafts!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Missing": {
"title": "$:/core/ui/MoreSideBar/Missing",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Missing/Caption}}",
"text": "<$list filter={{$:/core/Filters/Missing!!filter}} template=\"$:/core/ui/MissingTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Orphans": {
"title": "$:/core/ui/MoreSideBar/Orphans",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Orphans/Caption}}",
"text": "<$list filter={{$:/core/Filters/Orphans!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Recent": {
"title": "$:/core/ui/MoreSideBar/Recent",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/MoreSideBar/Shadows": {
"title": "$:/core/ui/MoreSideBar/Shadows",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Shadows/Caption}}",
"text": "<$list filter={{$:/core/Filters/ShadowTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/System": {
"title": "$:/core/ui/MoreSideBar/System",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/System/Caption}}",
"text": "<$list filter={{$:/core/Filters/SystemTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Tags": {
"title": "$:/core/ui/MoreSideBar/Tags",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Tags/Caption}}",
"text": "<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n{{$:/core/ui/Buttons/tag-manager}}\n\n</$set>\n\n</$set>\n\n</$set>\n\n<$list filter={{$:/core/Filters/AllTags!!filter}}>\n\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/>\n\n</$list>\n\n<hr class=\"tc-untagged-separator\">\n\n{{$:/core/ui/UntaggedTemplate}}\n"
},
"$:/core/ui/MoreSideBar/Types": {
"title": "$:/core/ui/MoreSideBar/Types",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Types/Caption}}",
"text": "<$list filter={{$:/core/Filters/TypedTiddlers!!filter}}>\n<div class=\"tc-menu-list-item\">\n<$view field=\"type\"/>\n<$list filter=\"[type{!!type}!is[system]sort[title]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</div>\n</$list>\n"
},
"$:/core/ui/Buttons/advanced-search": {
"title": "$:/core/ui/Buttons/advanced-search",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/advanced-search-button}} {{$:/language/Buttons/AdvancedSearch/Caption}}",
"description": "{{$:/language/Buttons/AdvancedSearch/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/advanced-search-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/AdvancedSearch/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/AdvancedSearch]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/close-all": {
"title": "$:/core/ui/Buttons/close-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/close-all-button}} {{$:/language/Buttons/CloseAll/Caption}}",
"description": "{{$:/language/Buttons/CloseAll/Hint}}",
"text": "<$button message=\"tm-close-all-tiddlers\" tooltip={{$:/language/Buttons/CloseAll/Hint}} aria-label={{$:/language/Buttons/CloseAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/control-panel": {
"title": "$:/core/ui/Buttons/control-panel",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/options-button}} {{$:/language/Buttons/ControlPanel/Caption}}",
"description": "{{$:/language/Buttons/ControlPanel/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/ControlPanel\" tooltip={{$:/language/Buttons/ControlPanel/Hint}} aria-label={{$:/language/Buttons/ControlPanel/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/options-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/ControlPanel/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/ControlPanel]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/encryption": {
"title": "$:/core/ui/Buttons/encryption",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/locked-padlock}} {{$:/language/Buttons/Encryption/Caption}}",
"description": "{{$:/language/Buttons/Encryption/Hint}}",
"text": "<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-clear-password\" tooltip={{$:/language/Buttons/Encryption/ClearPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/ClearPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/locked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/ClearPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-set-password\" tooltip={{$:/language/Buttons/Encryption/SetPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/SetPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/unlocked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/SetPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>"
},
"$:/core/ui/Buttons/export-page": {
"title": "$:/core/ui/Buttons/export-page",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportPage/Caption}}",
"description": "{{$:/language/Buttons/ExportPage/Hint}}",
"text": "<$macrocall $name=\"exportButton\" exportFilter=\"[!is[system]sort[title]]\" lingoBase=\"$:/language/Buttons/ExportPage/\"/>"
},
"$:/core/ui/Buttons/full-screen": {
"title": "$:/core/ui/Buttons/full-screen",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/full-screen-button}} {{$:/language/Buttons/FullScreen/Caption}}",
"description": "{{$:/language/Buttons/FullScreen/Hint}}",
"text": "<$button message=\"tm-full-screen\" tooltip={{$:/language/Buttons/FullScreen/Hint}} aria-label={{$:/language/Buttons/FullScreen/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/full-screen-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FullScreen/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/home": {
"title": "$:/core/ui/Buttons/home",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/home-button}} {{$:/language/Buttons/Home/Caption}}",
"description": "{{$:/language/Buttons/Home/Hint}}",
"text": "<$button message=\"tm-home\" tooltip={{$:/language/Buttons/Home/Hint}} aria-label={{$:/language/Buttons/Home/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/home-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Home/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/import": {
"title": "$:/core/ui/Buttons/import",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/import-button}} {{$:/language/Buttons/Import/Caption}}",
"description": "{{$:/language/Buttons/Import/Hint}}",
"text": "<div class=\"tc-file-input-wrapper\">\n<$button tooltip={{$:/language/Buttons/Import/Hint}} aria-label={{$:/language/Buttons/Import/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/import-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Import/Caption}}/></span>\n</$list>\n</$button>\n<$browse tooltip={{$:/language/Buttons/Import/Hint}}/>\n</div>"
},
"$:/core/ui/Buttons/language": {
"title": "$:/core/ui/Buttons/language",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/globe}} {{$:/language/Buttons/Language/Caption}}",
"description": "{{$:/language/Buttons/Language/Hint}}",
"text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/language\">> tooltip={{$:/language/Buttons/Language/Hint}} aria-label={{$:/language/Buttons/Language/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value={{$:/language}}>\n<$image source=<<flag-title>>/>\n</$set>\n</span>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Language/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/language\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down tc-drop-down-language-chooser\">\n<$linkcatcher to=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<$link>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/language\" text=<<currentTiddler>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/language\" text=<<currentTiddler>>>\n \n</$reveal>\n</span>\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value=<<currentTiddler>>>\n<$transclude subtiddler=<<flag-title>>>\n<$list filter=\"[all[current]field:title[$:/languages/en-GB]]\">\n<$transclude tiddler=\"$:/languages/en-GB/icon\"/>\n</$list>\n</$transclude>\n</$set>\n</span>\n<$view field=\"description\">\n<$view field=\"name\">\n<$view field=\"title\"/>\n</$view>\n</$view>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/more-page-actions": {
"title": "$:/core/ui/Buttons/more-page-actions",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]] -[[$:/core/ui/Buttons/more-page-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-journal": {
"title": "$:/core/ui/Buttons/new-journal",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournal/Caption}}",
"description": "{{$:/language/Buttons/NewJournal/Hint}}",
"text": "\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournal/Hint}} aria-label={{$:/language/Buttons/NewJournal/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=\"$(journalTags)$\"/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournal/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<<journalButton>>\n</$set></$set>"
},
"$:/core/ui/Buttons/new-tiddler": {
"title": "$:/core/ui/Buttons/new-tiddler",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-button}} {{$:/language/Buttons/NewTiddler/Caption}}",
"description": "{{$:/language/Buttons/NewTiddler/Hint}}",
"text": "<$button message=\"tm-new-tiddler\" tooltip={{$:/language/Buttons/NewTiddler/Hint}} aria-label={{$:/language/Buttons/NewTiddler/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewTiddler/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/palette": {
"title": "$:/core/ui/Buttons/palette",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/palette}} {{$:/language/Buttons/Palette/Caption}}",
"description": "{{$:/language/Buttons/Palette/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/palette\">> tooltip={{$:/language/Buttons/Palette/Hint}} aria-label={{$:/language/Buttons/Palette/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/palette}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Palette/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/palette\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\" style=\"font-size:0.7em;\">\n{{$:/snippets/paletteswitcher}}\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/refresh": {
"title": "$:/core/ui/Buttons/refresh",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/refresh-button}} {{$:/language/Buttons/Refresh/Caption}}",
"description": "{{$:/language/Buttons/Refresh/Hint}}",
"text": "<$button message=\"tm-browser-refresh\" tooltip={{$:/language/Buttons/Refresh/Hint}} aria-label={{$:/language/Buttons/Refresh/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/refresh-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Refresh/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save-wiki": {
"title": "$:/core/ui/Buttons/save-wiki",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/save-button}} {{$:/language/Buttons/SaveWiki/Caption}}",
"description": "{{$:/language/Buttons/SaveWiki/Hint}}",
"text": "<$button message=\"tm-save-wiki\" param={{$:/config/SaveWikiButton/Template}} tooltip={{$:/language/Buttons/SaveWiki/Hint}} aria-label={{$:/language/Buttons/SaveWiki/Caption}} class=<<tv-config-toolbar-class>>>\n<span class=\"tc-dirty-indicator\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/save-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/SaveWiki/Caption}}/></span>\n</$list>\n</span>\n</$button>"
},
"$:/core/ui/Buttons/storyview": {
"title": "$:/core/ui/Buttons/storyview",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/storyview-classic}} {{$:/language/Buttons/StoryView/Caption}}",
"description": "{{$:/language/Buttons/StoryView/Hint}}",
"text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/storyview\">> tooltip={{$:/language/Buttons/StoryView/Hint}} aria-label={{$:/language/Buttons/StoryView/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n<$set name=\"storyview\" value={{$:/view}}>\n<$transclude tiddler=<<icon>>/>\n</$set>\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/StoryView/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/storyview\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/view\">\n<$list filter=\"[storyviews[]]\" variable=\"storyview\">\n<$link to=<<storyview>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/view\" text=<<storyview>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/view\" text=<<storyview>>>\n \n</$reveal>\n</span>\n<$transclude tiddler=<<icon>>/>\n<$text text=<<storyview>>/></$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/Buttons/tag-manager": {
"title": "$:/core/ui/Buttons/tag-manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/tag-button}} {{$:/language/Buttons/TagManager/Caption}}",
"description": "{{$:/language/Buttons/TagManager/Hint}}",
"text": "\\define control-panel-button(class)\n<$button to=\"$:/TagManager\" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/tag-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TagManager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/TagManager]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/theme": {
"title": "$:/core/ui/Buttons/theme",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/theme-button}} {{$:/language/Buttons/Theme/Caption}}",
"description": "{{$:/language/Buttons/Theme/Hint}}",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/theme\">> tooltip={{$:/language/Buttons/Theme/Hint}} aria-label={{$:/language/Buttons/Theme/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/theme-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Theme/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/theme\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\" variable=\"themeTitle\">\n<$link to=<<themeTitle>>>\n<span class=\"tc-drop-down-bullet\">\n<$reveal type=\"match\" state=\"$:/theme\" text=<<themeTitle>>>\n•\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/theme\" text=<<themeTitle>>>\n \n</$reveal>\n</span>\n<$view tiddler=<<themeTitle>> field=\"name\"/>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>"
},
"$:/core/ui/PageTemplate/pagecontrols": {
"title": "$:/core/ui/PageTemplate/pagecontrols",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-page-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\">\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n</$reveal>\n</$list>\n</div>\n\n"
},
"$:/core/ui/PageStylesheet": {
"title": "$:/core/ui/PageStylesheet",
"text": "<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
},
"$:/core/ui/PageTemplate/alerts": {
"title": "$:/core/ui/PageTemplate/alerts",
"tags": "$:/tags/PageTemplate",
"text": "<div class=\"tc-alerts\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Alert]!has[draft.of]]\" template=\"$:/core/ui/AlertTemplate\" storyview=\"pop\"/>\n\n</div>\n"
},
"$:/core/ui/PageTemplate/pluginreloadwarning": {
"title": "$:/core/ui/PageTemplate/pluginreloadwarning",
"tags": "$:/tags/PageTemplate",
"text": "\\define lingo-base() $:/language/\n\n<$list filter=\"[has[plugin-type]haschanged[]!plugin-type[import]limit[1]]\">\n\n<$reveal type=\"nomatch\" state=\"$:/temp/HidePluginWarning\" text=\"yes\">\n\n<div class=\"tc-plugin-reload-warning\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<<lingo PluginReloadWarning>> <$button set=\"$:/temp/HidePluginWarning\" setTo=\"yes\" class=\"tc-btn-invisible\">{{$:/core/images/close-button}}</$button>\n\n</$set>\n\n</div>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/PageTemplate/sidebar": {
"title": "$:/core/ui/PageTemplate/sidebar",
"tags": "$:/tags/PageTemplate",
"text": "<$scrollable fallthrough=\"no\" class=\"tc-sidebar-scrollable\">\n\n<div class=\"tc-sidebar-header\">\n\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\" retain=\"yes\">\n\n<h1 class=\"tc-site-title\">\n\n<$transclude tiddler=\"$:/SiteTitle\" mode=\"inline\"/>\n\n</h1>\n\n<div class=\"tc-site-subtitle\">\n\n<$transclude tiddler=\"$:/SiteSubtitle\" mode=\"inline\"/>\n\n</div>\n\n{{||$:/core/ui/PageTemplate/pagecontrols}}\n\n<$transclude tiddler=\"$:/core/ui/SideBarLists\" mode=\"inline\"/>\n\n</$reveal>\n\n</div>\n\n</$scrollable>"
},
"$:/core/ui/PageTemplate/story": {
"title": "$:/core/ui/PageTemplate/story",
"tags": "$:/tags/PageTemplate",
"text": "<section class=\"tc-story-river\">\n\n<section class=\"story-backdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AboveStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" template=\"$:/core/ui/ViewTemplate\" editTemplate=\"$:/core/ui/EditTemplate\" storyview={{$:/view}} emptyMessage={{$:/config/EmptyStoryMessage}}/>\n\n<section class=\"story-frontdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/BelowStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n</section>\n"
},
"$:/core/ui/PageTemplate/topleftbar": {
"title": "$:/core/ui/PageTemplate/topleftbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-left\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopLeftBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate/toprightbar": {
"title": "$:/core/ui/PageTemplate/toprightbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-right\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopRightBar]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate": {
"title": "$:/core/ui/PageTemplate",
"text": "\\define containerClasses()\ntc-page-container tc-page-view-$(themeTitle)$ tc-language-$(languageTitle)$\n\\end\n\n<$importvariables filter=\"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\">\n\n<$set name=\"tv-config-toolbar-icons\" value={{$:/config/Toolbar/Icons}}>\n\n<$set name=\"tv-config-toolbar-text\" value={{$:/config/Toolbar/Text}}>\n\n<$set name=\"tv-config-toolbar-class\" value={{$:/config/Toolbar/ButtonClass}}>\n\n<$set name=\"themeTitle\" value={{$:/view}}>\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$set name=\"currentTiddler\" value=\"\">\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}}>\n\n<$dropzone>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageTemplate]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n\n</$dropzone>\n\n</$navigator>\n\n</div>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$importvariables>\n"
},
"$:/core/ui/PluginInfo": {
"title": "$:/core/ui/PluginInfo",
"text": "\\define localised-info-tiddler-title()\n$(currentTiddler)$/$(languageTitle)$/$(currentTab)$\n\\end\n\\define info-tiddler-title()\n$(currentTiddler)$/$(currentTab)$\n\\end\n<$transclude tiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<info-tiddler-title>> mode=\"block\">\nNo ''\"<$text text=<<currentTab>>/>\"'' found\n</$transclude>\n</$transclude>\n</$transclude>\n"
},
"$:/core/ui/SearchResults": {
"title": "$:/core/ui/SearchResults",
"text": "<div class=\"tc-search-results\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n\n</div>\n"
},
"$:/core/ui/SideBar/More": {
"title": "$:/core/ui/SideBar/More",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/More/Caption}}",
"text": "<div class=\"tc-more-sidebar\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Tags\" \"$:/state/tab/moresidebar\" \"tc-vertical\">>\n</div>\n"
},
"$:/core/ui/SideBar/Open": {
"title": "$:/core/ui/SideBar/Open",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Open/Caption}}",
"text": "\\define lingo-base() $:/language/CloseAll/\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" storyview=\"pop\">\n\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=\"tc-btn-invisible tc-btn-mini\">×</$button> <$link to={{!!title}}><$view field=\"title\"/></$link>\n\n</$list>\n\n<$button message=\"tm-close-all-tiddlers\" class=\"tc-btn-invisible tc-btn-mini\"><<lingo Button>></$button>\n"
},
"$:/core/ui/SideBar/Recent": {
"title": "$:/core/ui/SideBar/Recent",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/SideBar/Tools": {
"title": "$:/core/ui/SideBar/Tools",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n<<lingo Basics/Version/Prompt>> <<version>>\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<div style=\"position:relative;\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</div>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/SideBarLists": {
"title": "$:/core/ui/SideBarLists",
"text": "<div class=\"tc-sidebar-lists\">\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" text={{$:/temp/search}}/>\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n{{$:/core/images/advanced-search-button}}\n</$button>\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/advanced-search-button}}\n</$button>\n</$reveal>\n</div>\n\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<$set name=\"searchTiddler\" value=\"$:/temp/search\">\n{{$:/core/ui/SearchResults}}\n</$set>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\" default={{$:/config/DefaultSidebarTab}} state=\"$:/state/tab/sidebar\" />\n\n</$reveal>\n\n</div>\n"
},
"$:/TagManager": {
"title": "$:/TagManager",
"icon": "$:/core/images/tag-button",
"color": "#bbb",
"text": "\\define lingo-base() $:/language/TagManager/\n\\define iconEditorTab(type)\n<$list filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[sort[title]] +[$type$is[system]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n\\end\n\\define iconEditor(title)\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/icon/$title$\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/icon/$title$\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$title$!!icon\">\n<<iconEditorTab type:\"!\">>\n<hr/>\n<<iconEditorTab type:\"\">>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\\define qualifyTitle(title)\n$title$$(currentTiddler)$\n\\end\n\\define toggleButton(state)\n<$reveal state=\"$state$\" type=\"match\" text=\"closed\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"open\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n<$reveal state=\"$state$\" type=\"match\" text=\"open\" default=\"closed\">\n<$button set=\"$state$\" setTo=\"closed\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n\\end\n<table class=\"tc-tag-manager-table\">\n<tbody>\n<tr>\n<th><<lingo Colour/Heading>></th>\n<th class=\"tc-tag-manager-tag\"><<lingo Tag/Heading>></th>\n<th><<lingo Count/Heading>></th>\n<th><<lingo Icon/Heading>></th>\n<th><<lingo Info/Heading>></th>\n</tr>\n<$list filter=\"[tags[]!is[system]sort[title]]\">\n<tr>\n<td><$edit-text field=\"color\" tag=\"input\" type=\"color\"/></td>\n<td><$transclude tiddler=\"$:/core/ui/TagTemplate\"/></td>\n<td><$count filter=\"[all[current]tagging[]]\"/></td>\n<td>\n<$macrocall $name=\"iconEditor\" title={{!!title}}/>\n</td>\n<td>\n<$macrocall $name=\"toggleButton\" state=<<qualifyTitle \"$:/state/tag-manager/\">> /> \n</td>\n</tr>\n<tr>\n<td></td>\n<td colspan=\"4\">\n<$reveal state=<<qualifyTitle \"$:/state/tag-manager/\">> type=\"match\" text=\"open\" default=\"\">\n<table>\n<tbody>\n<tr><td><<lingo Colour/Heading>></td><td><$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/></td></tr>\n<tr><td><<lingo Icon/Heading>></td><td><$edit-text field=\"icon\" tag=\"input\" size=\"45\"/></td></tr>\n</tbody>\n</table>\n</$reveal>\n</td>\n</tr>\n</$list>\n<tr>\n<td></td>\n<td>\n{{$:/core/ui/UntaggedTemplate}}\n</td>\n<td>\n<small class=\"tc-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n</td>\n<td></td>\n<td></td>\n</tr>\n</tbody>\n</table>\n"
},
"$:/core/ui/TagTemplate": {
"title": "$:/core/ui/TagTemplate",
"text": "\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB)\n<$set name=\"foregroundColor\" value=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">>>\n<$set name=\"backgroundColor\" value=\"\"\"$colour$\"\"\">\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-tag-label\" style=<<tag-styles>>>\n<$transclude tiddler={{!!icon}}/> <$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\"><div class=\"tc-drop-down\"><$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]tagging[]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</$set>\n</$set>\n\\end\n\n\\define tag-body(colour,palette)\n<span class=\"tc-tag-list-item\">\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}}/>\n</span>\n\\end\n\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}}/>\n"
},
"$:/core/ui/TiddlerFieldTemplate": {
"title": "$:/core/ui/TiddlerFieldTemplate",
"text": "<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<listItem>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<listItem>>/>\n</td>\n</tr>"
},
"$:/core/ui/TiddlerFields": {
"title": "$:/core/ui/TiddlerFields",
"text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/PluginInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/PluginInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<$list filter=\"[all[current]has[plugin-type]]\">\n\n! <<lingo Heading>>\n\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/ShadowInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/ShadowInfo/\n<$set name=\"infoTiddler\" value=<<currentTiddler>>>\n\n''<<lingo Heading>>''\n\n<$list filter=\"[all[current]!is[shadow]]\">\n\n<<lingo NotShadow/Hint>>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]]\">\n\n<<lingo Shadow/Hint>>\n\n<$list filter=\"[all[current]shadowsource[]]\">\n\n<$set name=\"pluginTiddler\" value=<<currentTiddler>>>\n<<lingo Shadow/Source>>\n</$set>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\">\n\n<<lingo OverriddenShadow/Hint>>\n\n</$list>\n\n\n</$list>\n</$set>\n"
},
"$:/core/ui/TiddlerInfo/Advanced": {
"title": "$:/core/ui/TiddlerInfo/Advanced",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Advanced/Caption}}",
"text": "<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo/Advanced]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Fields": {
"title": "$:/core/ui/TiddlerInfo/Fields",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Fields/Caption}}",
"text": "<$transclude tiddler=\"$:/core/ui/TiddlerFields\"/>\n"
},
"$:/core/ui/TiddlerInfo/List": {
"title": "$:/core/ui/TiddlerInfo/List",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/List/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[list{!!title}]\" emptyMessage=<<lingo List/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Listed": {
"title": "$:/core/ui/TiddlerInfo/Listed",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Listed/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]listed[]!is[system]]\" emptyMessage=<<lingo Listed/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/References": {
"title": "$:/core/ui/TiddlerInfo/References",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/References/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]backlinks[]sort[title]]\" emptyMessage=<<lingo References/Empty>> template=\"$:/core/ui/ListItemTemplate\">\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Tagging": {
"title": "$:/core/ui/TiddlerInfo/Tagging",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tagging/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]tagging[]]\" emptyMessage=<<lingo Tagging/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Tools": {
"title": "$:/core/ui/TiddlerInfo/Tools",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/TiddlerInfo": {
"title": "$:/core/ui/TiddlerInfo",
"text": "<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo]!has[draft.of]]\" default={{$:/config/TiddlerInfo/Default}}/>"
},
"$:/core/ui/TopBar/menu": {
"title": "$:/core/ui/TopBar/menu",
"tags": "$:/tags/TopRightBar",
"text": "<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"no\" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}}</$button>\n</$reveal>\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"no\">\n<$button set=\"$:/state/sidebar\" setTo=\"yes\" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-left}}</$button>\n</$reveal>\n"
},
"$:/core/ui/UntaggedTemplate": {
"title": "$:/core/ui/UntaggedTemplate",
"text": "\\define lingo-base() $:/language/SideBar/\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-untagged-label tc-tag-label\">\n<<lingo Tags/Untagged/Caption>>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[untagged[]!is[system]] -[tags[]] +[sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/body": {
"title": "$:/core/ui/ViewTemplate/body",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"tc-tiddler-body\">\n\n<$list filter=\"[all[current]!has[plugin-type]!field:hide-body[yes]]\">\n\n<$transclude>\n\n<$transclude tiddler=\"$:/language/MissingTiddler/Hint\"/>\n\n</$transclude>\n\n</$list>\n\n</div>\n"
},
"$:/core/ui/ViewTemplate/classic": {
"title": "$:/core/ui/ViewTemplate/classic",
"tags": "$:/tags/ViewTemplate $:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/ClassicWarning/\n<$list filter=\"[all[current]type[text/x-tiddlywiki]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Hint>>\n\n<$button set=\"!!type\" setTo=\"text/vnd.tiddlywiki\"><<lingo Upgrade/Caption>></$button>\n\n</div>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/import": {
"title": "$:/core/ui/ViewTemplate/import",
"tags": "$:/tags/ViewTemplate",
"text": "\\define lingo-base() $:/language/Import/\n\n<$list filter=\"[all[current]field:plugin-type[import]]\">\n\n<div class=\"tc-import\">\n\n<<lingo Listing/Hint>>\n\n{{||$:/core/ui/ImportListing}}\n\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/plugin": {
"title": "$:/core/ui/ViewTemplate/plugin",
"tags": "$:/tags/ViewTemplate",
"text": "<$list filter=\"[all[current]has[plugin-type]] -[all[current]field:plugin-type[import]]\">\n\n{{||$:/core/ui/TiddlerInfo/Advanced/PluginInfo}}\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/subtitle": {
"title": "$:/core/ui/ViewTemplate/subtitle",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"relativedate\"/>\n</div>\n"
},
"$:/core/ui/ViewTemplate/tags": {
"title": "$:/core/ui/ViewTemplate/tags",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"tc-tags-wrapper\"><$list filter=\"[all[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\n"
},
"$:/core/ui/ViewTemplate/title": {
"title": "$:/core/ui/ViewTemplate/title",
"tags": "$:/tags/ViewTemplate",
"text": "\\define title-styles()\nfill:$(foregroundColor)$;\n\\end\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<span class=\"tc-tiddler-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list>\n</span>\n<$set name=\"tv-wikilinks\" value={{$:/config/Tiddlers/TitleLinks}}>\n<$link>\n<$set name=\"foregroundColor\" value={{!!color}}>\n<span class=\"tc-tiddler-title-icon\" style=<<title-styles>>>\n<$transclude tiddler={{!!icon}}/>\n</span>\n</$set>\n<$list filter=\"[all[current]removeprefix[$:/]]\">\n<h2 class=\"tc-title\" title={{$:/language/SystemTiddler/Tooltip}}>\n<span class=\"tc-system-title-prefix\">$:/</span><$text text=<<currentTiddler>>/>\n</h2>\n</$list>\n<$list filter=\"[all[current]!prefix[$:/]]\">\n<h2 class=\"tc-title\">\n<$view field=\"title\"/>\n</h2>\n</$list>\n</$link>\n</$set>\n</div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tc-tiddler-info tc-popup-handle\" animate=\"yes\" retain=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo\"/>\n\n</$reveal>\n</div>"
},
"$:/core/ui/ViewTemplate": {
"title": "$:/core/ui/ViewTemplate",
"text": "\\define frame-classes()\ntc-tiddler-frame tc-tiddler-view-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$ $(tiddlerTagClasses)$\n\\end\n<$set name=\"storyTiddler\" value=<<currentTiddler>>><$set name=\"tiddlerInfoState\" value=<<qualify \"$:/state/popup/tiddler-info\">>><$tiddler tiddler=<<currentTiddler>>><div class=<<frame-classes>>><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$tiddler></$set></$set>\n"
},
"$:/core/ui/Buttons/clone": {
"title": "$:/core/ui/Buttons/clone",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/clone-button}} {{$:/language/Buttons/Clone/Caption}}",
"description": "{{$:/language/Buttons/Clone/Hint}}",
"text": "<$button message=\"tm-new-tiddler\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/Clone/Hint}} aria-label={{$:/language/Buttons/Clone/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/clone-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Clone/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close-others": {
"title": "$:/core/ui/Buttons/close-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-others-button}} {{$:/language/Buttons/CloseOthers/Caption}}",
"description": "{{$:/language/Buttons/CloseOthers/Hint}}",
"text": "<$button message=\"tm-close-other-tiddlers\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/CloseOthers/Hint}} aria-label={{$:/language/Buttons/CloseOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseOthers/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close": {
"title": "$:/core/ui/Buttons/close",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-button}} {{$:/language/Buttons/Close/Caption}}",
"description": "{{$:/language/Buttons/Close/Hint}}",
"text": "<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/close-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Close/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/edit": {
"title": "$:/core/ui/Buttons/edit",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/edit-button}} {{$:/language/Buttons/Edit/Caption}}",
"description": "{{$:/language/Buttons/Edit/Hint}}",
"text": "<$button message=\"tm-edit-tiddler\" tooltip={{$:/language/Buttons/Edit/Hint}} aria-label={{$:/language/Buttons/Edit/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/edit-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Edit/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/export-tiddler": {
"title": "$:/core/ui/Buttons/export-tiddler",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportTiddler/Caption}}",
"description": "{{$:/language/Buttons/ExportTiddler/Hint}}",
"text": "\\define makeExportFilter()\n[[$(currentTiddler)$]]\n\\end\n<$macrocall $name=\"exportButton\" exportFilter=<<makeExportFilter>> lingoBase=\"$:/language/Buttons/ExportTiddler/\" baseFilename=<<currentTiddler>>/>"
},
"$:/core/ui/Buttons/info": {
"title": "$:/core/ui/Buttons/info",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/info-button}} {{$:/language/Buttons/Info/Caption}}",
"description": "{{$:/language/Buttons/Info/Hint}}",
"text": "<$button popup=<<tiddlerInfoState>> tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/info-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Info/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/core/ui/Buttons/more-tiddler-actions",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]] -[[$:/core/ui/Buttons/more-tiddler-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-here": {
"title": "$:/core/ui/Buttons/new-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-here-button}} {{$:/language/Buttons/NewHere/Caption}}",
"description": "{{$:/language/Buttons/NewHere/Hint}}",
"text": "\\define newHereButtonTags()\n[[$(currentTiddler)$]]\n\\end\n\\define newHereButton()\n<$button tooltip={{$:/language/Buttons/NewHere/Hint}} aria-label={{$:/language/Buttons/NewHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" tags=<<newHereButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-here-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewHere/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<<newHereButton>>"
},
"$:/core/ui/Buttons/new-journal-here": {
"title": "$:/core/ui/Buttons/new-journal-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournalHere/Caption}}",
"description": "{{$:/language/Buttons/NewJournalHere/Hint}}",
"text": "\\define journalButtonTags()\n[[$(currentTiddlerTag)$]] $(journalTags)$\n\\end\n\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournalHere/Hint}} aria-label={{$:/language/Buttons/NewJournalHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<now \"$(journalTitleTemplate)$\">> tags=<<journalButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournalHere/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags}}>\n<$set name=\"currentTiddlerTag\" value=<<currentTiddler>>>\n<<journalButton>>\n</$set></$set></$set>"
},
"$:/core/ui/Buttons/open-window": {
"title": "$:/core/ui/Buttons/open-window",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/open-window}} {{$:/language/Buttons/OpenWindow/Caption}}",
"description": "{{$:/language/Buttons/OpenWindow/Hint}}",
"text": "<$button message=\"tm-open-window\" tooltip={{$:/language/Buttons/OpenWindow/Hint}} aria-label={{$:/language/Buttons/OpenWindow/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/open-window}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/OpenWindow/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permalink": {
"title": "$:/core/ui/Buttons/permalink",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/permalink-button}} {{$:/language/Buttons/Permalink/Caption}}",
"description": "{{$:/language/Buttons/Permalink/Hint}}",
"text": "<$button message=\"tm-permalink\" tooltip={{$:/language/Buttons/Permalink/Hint}} aria-label={{$:/language/Buttons/Permalink/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permalink-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Permalink/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permaview": {
"title": "$:/core/ui/Buttons/permaview",
"tags": "$:/tags/ViewToolbar $:/tags/PageControls",
"caption": "{{$:/core/images/permaview-button}} {{$:/language/Buttons/Permaview/Caption}}",
"description": "{{$:/language/Buttons/Permaview/Hint}}",
"text": "<$button message=\"tm-permaview\" tooltip={{$:/language/Buttons/Permaview/Hint}} aria-label={{$:/language/Buttons/Permaview/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/permaview-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Permaview/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/DefaultTiddlers": {
"title": "$:/DefaultTiddlers",
"text": "GettingStarted\n"
},
"$:/temp/advancedsearch": {
"title": "$:/temp/advancedsearch",
"text": ""
},
"$:/snippets/allfields": {
"title": "$:/snippets/allfields",
"text": "\\define renderfield(title)\n<tr class=\"tc-view-field\"><td class=\"tc-view-field-name\">''$title$'':</td><td class=\"tc-view-field-value\">//{{$:/language/Docs/Fields/$title$}}//</td></tr>\n\\end\n<table class=\"tc-view-field-table\"><tbody><$list filter=\"[fields[]sort[title]]\" variable=\"listItem\"><$macrocall $name=\"renderfield\" title=<<listItem>>/></$list>\n</tbody></table>\n"
},
"$:/config/AnimationDuration": {
"title": "$:/config/AnimationDuration",
"text": "400"
},
"$:/config/AutoSave": {
"title": "$:/config/AutoSave",
"text": "yes"
},
"$:/config/BitmapEditor/Colour": {
"title": "$:/config/BitmapEditor/Colour",
"text": "#ff0"
},
"$:/config/BitmapEditor/LineWidth": {
"title": "$:/config/BitmapEditor/LineWidth",
"text": "3"
},
"$:/config/DefaultSidebarTab": {
"title": "$:/config/DefaultSidebarTab",
"text": "$:/core/ui/SideBar/Open"
},
"$:/config/Drafts/TypingTimeout": {
"title": "$:/config/Drafts/TypingTimeout",
"text": "400"
},
"$:/config/EditTemplateFields/Visibility/title": {
"title": "$:/config/EditTemplateFields/Visibility/title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/tags": {
"title": "$:/config/EditTemplateFields/Visibility/tags",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/text": {
"title": "$:/config/EditTemplateFields/Visibility/text",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/creator": {
"title": "$:/config/EditTemplateFields/Visibility/creator",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/created": {
"title": "$:/config/EditTemplateFields/Visibility/created",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modified": {
"title": "$:/config/EditTemplateFields/Visibility/modified",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modifier": {
"title": "$:/config/EditTemplateFields/Visibility/modifier",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/type": {
"title": "$:/config/EditTemplateFields/Visibility/type",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.title": {
"title": "$:/config/EditTemplateFields/Visibility/draft.title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.of": {
"title": "$:/config/EditTemplateFields/Visibility/draft.of",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/revision": {
"title": "$:/config/EditTemplateFields/Visibility/revision",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/bag": {
"title": "$:/config/EditTemplateFields/Visibility/bag",
"text": "hide"
},
"$:/config/EditorTypeMappings/image/gif": {
"title": "$:/config/EditorTypeMappings/image/gif",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpeg": {
"title": "$:/config/EditorTypeMappings/image/jpeg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpg": {
"title": "$:/config/EditorTypeMappings/image/jpg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/png": {
"title": "$:/config/EditorTypeMappings/image/png",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/x-icon": {
"title": "$:/config/EditorTypeMappings/image/x-icon",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "text"
},
"$:/config/Navigation/UpdateAddressBar": {
"title": "$:/config/Navigation/UpdateAddressBar",
"text": "no"
},
"$:/config/Navigation/UpdateHistory": {
"title": "$:/config/Navigation/UpdateHistory",
"text": "no"
},
"$:/config/OfficialPluginLibrary": {
"title": "$:/config/OfficialPluginLibrary",
"tags": "$:/tags/PluginLibrary",
"url": "http://tiddlywiki.com/library/v5.1.9/index.html",
"caption": "{{$:/language/OfficialPluginLibrary}}",
"text": "The official ~TiddlyWiki plugin library at tiddlywiki.com. Plugins, themes and language packs are maintained by the core team.\n"
},
"$:/config/Navigation/openLinkFromInsideRiver": {
"title": "$:/config/Navigation/openLinkFromInsideRiver",
"text": "below"
},
"$:/config/Navigation/openLinkFromOutsideRiver": {
"title": "$:/config/Navigation/openLinkFromOutsideRiver",
"text": "top"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme",
"text": "hide"
},
"$:/config/SaveWikiButton/Template": {
"title": "$:/config/SaveWikiButton/Template",
"text": "$:/core/save/all"
},
"$:/config/SaverFilter": {
"title": "$:/config/SaverFilter",
"text": "[all[]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[[$:/UploadName]] -[prefix[$:/state]] -[prefix[$:/temp]]"
},
"$:/config/Search/AutoFocus": {
"title": "$:/config/Search/AutoFocus",
"text": "true"
},
"$:/config/SearchResults/Default": {
"title": "$:/config/SearchResults/Default",
"text": "$:/core/ui/DefaultSearchResultList"
},
"$:/config/SyncFilter": {
"title": "$:/config/SyncFilter",
"text": "[is[tiddler]] -[[$:/HistoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[prefix[$:/status]] -[prefix[$:/state]] -[prefix[$:/temp]]"
},
"$:/config/TiddlerInfo/Default": {
"title": "$:/config/TiddlerInfo/Default",
"text": "$:/core/ui/TiddlerInfo/Fields"
},
"$:/config/Tiddlers/TitleLinks": {
"title": "$:/config/Tiddlers/TitleLinks",
"text": "no"
},
"$:/config/Toolbar/ButtonClass": {
"title": "$:/config/Toolbar/ButtonClass",
"text": "tc-btn-invisible"
},
"$:/config/Toolbar/Icons": {
"title": "$:/config/Toolbar/Icons",
"text": "yes"
},
"$:/config/Toolbar/Text": {
"title": "$:/config/Toolbar/Text",
"text": "no"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions",
"text": "show"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/snippets/currpalettepreview": {
"title": "$:/snippets/currpalettepreview",
"text": "\\define swatchStyle()\nbackground-color: $(swatchColour)$;\n\\end\n\\define swatch(colour)\n<$set name=\"swatchColour\" value={{##$colour$}}>\n<div class=\"tc-swatch\" style=<<swatchStyle>>/>\n</$set>\n\\end\n<div class=\"tc-swatches-horiz\">\n<<swatch foreground>>\n<<swatch background>>\n<<swatch muted-foreground>>\n<<swatch primary>>\n<<swatch page-background>>\n<<swatch tab-background>>\n<<swatch tiddler-info-background>>\n</div>\n"
},
"$:/snippets/download-wiki-button": {
"title": "$:/snippets/download-wiki-button",
"text": "\\define lingo-base() $:/language/ControlPanel/Tools/Download/\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-download-file\" $param=\"$:/core/save/all\" filename=\"index.html\"/>\n<<lingo Full/Caption>> {{$:/core/images/save-button}}\n</$button>"
},
"$:/language": {
"title": "$:/language",
"text": "$:/languages/en-GB"
},
"$:/snippets/languageswitcher": {
"title": "$:/snippets/languageswitcher",
"text": "{{$:/language/ControlPanel/Basics/Language/Prompt}} <$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/core/macros/CSS": {
"title": "$:/core/macros/CSS",
"tags": "$:/tags/Macro",
"text": "\\define colour(name)\n<$transclude tiddler={{$:/palette}} index=\"$name$\"><$transclude tiddler=\"$:/palettes/Vanilla\" index=\"$name$\"/></$transclude>\n\\end\n\n\\define color(name)\n<<colour $name$>>\n\\end\n\n\\define box-shadow(shadow)\n``\n -webkit-box-shadow: $shadow$;\n -moz-box-shadow: $shadow$;\n box-shadow: $shadow$;\n``\n\\end\n\n\\define filter(filter)\n``\n -webkit-filter: $filter$;\n -moz-filter: $filter$;\n filter: $filter$;\n``\n\\end\n\n\\define transition(transition)\n``\n -webkit-transition: $transition$;\n -moz-transition: $transition$;\n transition: $transition$;\n``\n\\end\n\n\\define transform-origin(origin)\n``\n -webkit-transform-origin: $origin$;\n -moz-transform-origin: $origin$;\n transform-origin: $origin$;\n``\n\\end\n\n\\define background-linear-gradient(gradient)\n``\nbackground-image: linear-gradient($gradient$);\nbackground-image: -o-linear-gradient($gradient$);\nbackground-image: -moz-linear-gradient($gradient$);\nbackground-image: -webkit-linear-gradient($gradient$);\nbackground-image: -ms-linear-gradient($gradient$);\n``\n\\end\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n\\define if-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-no-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n"
},
"$:/core/macros/export": {
"title": "$:/core/macros/export",
"tags": "$:/tags/Macro",
"text": "\\define exportButtonFilename(baseFilename)\n$baseFilename$$(extension)$\n\\end\n\n\\define exportButton(exportFilter:\"[!is[system]sort[title]]\",lingoBase,baseFilename:\"tiddlers\")\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/export\">> tooltip={{$lingoBase$Hint}} aria-label={{$lingoBase$Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/core/images/export-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$lingoBase$Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/export\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Exporter]]\">\n<$set name=\"extension\" value={{!!extension}}>\n<$button class=\"tc-btn-invisible\">\n<$action-sendmessage $message=\"tm-download-file\" $param=<<currentTiddler>> exportFilter=\"\"\"$exportFilter$\"\"\" filename=<<exportButtonFilename \"\"\"$baseFilename$\"\"\">>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/export\">>/>\n<$transclude field=\"description\"/>\n</$button>\n</$set>\n</$list>\n</div>\n</$reveal>\n\\end\n"
},
"$:/core/macros/lingo": {
"title": "$:/core/macros/lingo",
"tags": "$:/tags/Macro",
"text": "\\define lingo-base()\n$:/language/\n\\end\n\n\\define lingo(title)\n{{$(lingo-base)$$title$}}\n\\end\n"
},
"$:/core/macros/list": {
"title": "$:/core/macros/list",
"tags": "$:/tags/Macro",
"text": "\\define list-links(filter,type:\"ul\",subtype:\"li\",class:\"\")\n<$type$ class=\"$class$\">\n<$list filter=\"$filter$\">\n<$subtype$>\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$subtype$>\n</$list>\n</$type$>\n\\end\n"
},
"$:/core/macros/tabs": {
"title": "$:/core/macros/tabs",
"tags": "$:/tags/Macro",
"text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n<$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\">\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$set>\n</$button>\n</$list>\n</div><div class=\"tc-tab-divider $class$\"/><div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/tag": {
"title": "$:/core/macros/tag",
"tags": "$:/tags/Macro",
"text": "\\define tag(tag)\n{{$tag$||$:/core/ui/TagTemplate}}\n\\end\n"
},
"$:/core/macros/thumbails": {
"title": "$:/core/macros/thumbails",
"tags": "$:/tags/Macro",
"text": "\\define thumbnail(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<$link to=\"\"\"$link$\"\"\"><div class=\"tc-thumbnail-wrapper\">\n<div class=\"tc-thumbnail-image\" style=\"width:$width$px;height:$height$px;\"><$reveal type=\"nomatch\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" style=\"width:$width$px;height:$height$px;\">\n[img[$image$]]\n</$reveal><$reveal type=\"match\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" class=\"tc-thumbnail-background\" style=\"width:$width$px;height:$height$px;background-color:$background-color$;\"></$reveal></div><div class=\"tc-thumbnail-icon\" style=\"fill:$color$;color:$color$;\">\n$icon$\n</div><div class=\"tc-thumbnail-caption\">\n$caption$\n</div></div></$link>\n\\end\n\n\\define thumbnail-right(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<div class=\"tc-thumbnail-right-wrapper\"><<thumbnail \"\"\"$link$\"\"\" \"\"\"$icon$\"\"\" \"\"\"$color$\"\"\" \"\"\"$background-color$\"\"\" \"\"\"$image$\"\"\" \"\"\"$caption$\"\"\" \"\"\"$width$\"\"\" \"\"\"$height$\"\"\">></div>\n\\end\n\n\\define list-thumbnails(filter,width:\"280\",height:\"157\")\n<$list filter=\"\"\"$filter$\"\"\"><$macrocall $name=\"thumbnail\" link={{!!link}} icon={{!!icon}} color={{!!color}} background-color={{!!background-color}} image={{!!image}} caption={{!!caption}} width=\"\"\"$width$\"\"\" height=\"\"\"$height$\"\"\"/></$list>\n\\end\n"
},
"$:/core/macros/timeline": {
"created": "20141212105914482",
"modified": "20141212110330815",
"tags": "$:/tags/Macro",
"title": "$:/core/macros/timeline",
"type": "text/vnd.tiddlywiki",
"text": "\\define timeline-title()\n<!-- Override this macro with a global macro \n of the same name if you need to change \n how titles are displayed on the timeline \n -->\n<$view field=\"title\"/>\n\\end\n\\define timeline(limit:\"100\",format:\"DDth MMM YYYY\",subfilter:\"\",dateField:\"modified\")\n<div class=\"tc-timeline\">\n<$list filter=\"[!is[system]$subfilter$has[$dateField$]!sort[$dateField$]limit[$limit$]eachday[$dateField$]]\">\n<div class=\"tc-menu-list-item\">\n<$view field=\"$dateField$\" format=\"date\" template=\"$format$\"/>\n<$list filter=\"[sameday:$dateField${!!$dateField$}!is[system]$subfilter$!sort[$dateField$]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}>\n<<timeline-title>>\n</$link>\n</div>\n</$list>\n</div>\n</$list>\n</div>\n\\end\n"
},
"$:/core/macros/toc": {
"title": "$:/core/macros/toc",
"tags": "$:/tags/Macro",
"text": "\\define toc-caption()\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$set>\n\\end\n\n\\define toc-body(rootTag,tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc\">\n<$list filter=\"\"\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\"\"\">\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<$link><$view field='caption'><$view field='title'/></$view></$link>\">\n<<toc-caption>>\n</$list>\n<$list filter=\"\"\"[all[current]] -[[$rootTag$]]\"\"\">\n<$macrocall $name=\"toc-body\" rootTag=\"\"\"$rootTag$\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$list>\n</li>\n</$set>\n</$list>\n</ol>\n\\end\n\n\\define toc(tag,sort:\"\",itemClassFilter)\n<<toc-body rootTag:\"\"\"$tag$\"\"\" tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"itemClassFilter\"\"\">>\n\\end\n\n\\define toc-linked-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$link>\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<<toc-caption>>\n</$link>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-unlinked-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-expandable(tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc toc-expandable\">\n<$list filter=\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\">\n<$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<<toc-linked-expandable-body tag:'$tag$' sort:'$sort$' itemClassFilter:'$itemClassFilter$'>>\">\n<<toc-unlinked-expandable-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"itemClassFilter\"\"\">>\n</$list>\n</$list>\n</ol>\n\\end\n\n\\define toc-linked-selective-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$link>\n<$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button>\">\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n</$list>\n<<toc-caption>>\n</$link>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-unlinked-selective-expandable-body(tag,sort:\"\",itemClassFilter)\n<$set name=\"toc-state\" value=<<qualify \"$:/state/toc/$tag$-$(currentTiddler)$\">>>\n<$set name=\"toc-item-class\" filter=\"\"\"$itemClassFilter$\"\"\" value=\"toc-item-selected\" emptyValue=\"toc-item\">\n<li class=<<toc-item-class>>>\n<$list filter=\"[all[current]tagging[]limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button> <$view field='caption'><$view field='title'/></$view>\">\n<$reveal type=\"nomatch\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$button set=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<<toc-caption>>\n</$button>\n</$reveal>\n</$list>\n<$reveal type=\"match\" state=<<toc-state>> text=\"open\">\n<$macrocall $name=\"\"\"toc-selective-expandable\"\"\" tag=<<currentTiddler>> sort=\"\"\"$sort$\"\"\" itemClassFilter=\"\"\"$itemClassFilter$\"\"\"/>\n</$reveal>\n</li>\n</$set>\n</$set>\n\\end\n\n\\define toc-selective-expandable(tag,sort:\"\",itemClassFilter)\n<ol class=\"tc-toc toc-selective-expandable\">\n<$list filter=\"[all[shadows+tiddlers]tag[$tag$]!has[draft.of]$sort$]\">\n<$list filter=\"[all[current]toc-link[no]]\" variable=\"ignore\" emptyMessage=\"<<toc-linked-selective-expandable-body tag:'$tag$' sort:'$sort$' itemClassFilter:'$itemClassFilter$'>>\">\n<<toc-unlinked-selective-expandable-body tag:\"\"\"$tag$\"\"\" sort:\"\"\"$sort$\"\"\" itemClassFilter:\"\"\"$itemClassFilter$\"\"\">>\n</$list>\n</$list>\n</ol>\n\\end\n\n\\define toc-tabbed-selected-item-filter(selectedTiddler)\n[all[current]field:title{$selectedTiddler$}]\n\\end\n\n\\define toc-tabbed-external-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$tiddler tiddler={{$selectedTiddler$}}>\n<div class=\"tc-tabbed-table-of-contents\">\n<$linkcatcher to=\"$selectedTiddler$\">\n<div class=\"tc-table-of-contents\">\n<$macrocall $name=\"toc-selective-expandable\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" itemClassFilter=<<toc-tabbed-selected-item-filter selectedTiddler:\"\"\"$selectedTiddler$\"\"\">>/>\n</div>\n</$linkcatcher>\n<div class=\"tc-tabbed-table-of-contents-content\">\n<$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"nomatch\" text=\"\">\n<$transclude mode=\"block\" tiddler=\"$template$\">\n<h1><<toc-caption>></h1>\n<$transclude mode=\"block\">$missingText$</$transclude>\n</$transclude>\n</$reveal>\n<$reveal state=\"\"\"$selectedTiddler$\"\"\" type=\"match\" text=\"\">\n$unselectedText$\n</$reveal>\n</div>\n</div>\n</$tiddler>\n\\end\n\n\\define toc-tabbed-internal-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$linkcatcher to=\"\"\"$selectedTiddler$\"\"\">\n<$macrocall $name=\"toc-tabbed-external-nav\" tag=\"\"\"$tag$\"\"\" sort=\"\"\"$sort$\"\"\" selectedTiddler=\"\"\"$selectedTiddler$\"\"\" unselectedText=\"\"\"$unselectedText$\"\"\" missingText=\"\"\"$missingText$\"\"\" template=\"\"\"$template$\"\"\"/>\n</$linkcatcher>\n\\end\n\n"
},
"$:/snippets/minilanguageswitcher": {
"title": "$:/snippets/minilanguageswitcher",
"text": "<$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/minithemeswitcher": {
"title": "$:/snippets/minithemeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$select tiddler=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"name\"><$view field=\"title\"/></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/modules": {
"title": "$:/snippets/modules",
"text": "\\define describeModuleType(type)\n{{$:/language/Docs/ModuleTypes/$type$}}\n\\end\n<$list filter=\"[moduletypes[]]\">\n\n!! <$macrocall $name=\"currentTiddler\" $type=\"text/plain\" $output=\"text/plain\"/>\n\n<$macrocall $name=\"describeModuleType\" type=<<currentTiddler>>/>\n\n<ul><$list filter=\"[all[current]modules[]]\"><li><$link><<currentTiddler>></$link>\n</li>\n</$list>\n</ul>\n</$list>\n"
},
"$:/palette": {
"title": "$:/palette",
"text": "$:/palettes/Vanilla"
},
"$:/snippets/paletteeditor": {
"title": "$:/snippets/paletteeditor",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/Editor/\n\\define describePaletteColour(colour)\n<$transclude tiddler=\"$:/language/Docs/PaletteColours/$colour$\"><$text text=\"$colour$\"/></$transclude>\n\\end\n<$set name=\"currentTiddler\" value={{$:/palette}}>\n\n<<lingo Prompt>> <$link to={{$:/palette}}><$macrocall $name=\"currentTiddler\" $output=\"text/plain\"/></$link>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\" variable=\"listItem\">\n<<lingo Prompt/Modified>>\n<$button message=\"tm-delete-tiddler\" param={{$:/palette}}><<lingo Reset/Caption>></$button>\n</$list>\n\n<$list filter=\"[all[current]is[shadow]!is[tiddler]]\" variable=\"listItem\">\n<<lingo Clone/Prompt>>\n</$list>\n\n<$button message=\"tm-new-tiddler\" param={{$:/palette}}><<lingo Clone/Caption>></$button>\n\n<table>\n<tbody>\n<$list filter=\"[all[current]indexes[]]\" variable=\"colourName\">\n<tr>\n<td>\n''<$macrocall $name=\"describePaletteColour\" colour=<<colourName>>/>''<br/>\n<$macrocall $name=\"colourName\" $output=\"text/plain\"/>\n</td>\n<td>\n<$edit-text index=<<colourName>> tag=\"input\"/>\n<br>\n<$edit-text index=<<colourName>> type=\"color\" tag=\"input\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n</$set>\n"
},
"$:/snippets/palettepreview": {
"title": "$:/snippets/palettepreview",
"text": "<$set name=\"currentTiddler\" value={{$:/palette}}>\n<$transclude tiddler=\"$:/snippets/currpalettepreview\"/>\n</$set>\n"
},
"$:/snippets/paletteswitcher": {
"title": "$:/snippets/paletteswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n<div class=\"tc-prompt\">\n<<lingo Prompt>> <$view tiddler={{$:/palette}} field=\"name\"/>\n</div>\n\n<$linkcatcher to=\"$:/palette\">\n<div class=\"tc-chooser\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]sort[description]]\"><div class=\"tc-chooser-item\"><$link to={{!!title}}><div><$reveal state=\"$:/palette\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/palette\" type=\"nomatch\" text={{!!title}}> </$reveal> ''<$view field=\"name\" format=\"text\"/>'' - <$view field=\"description\" format=\"text\"/></div><$transclude tiddler=\"$:/snippets/currpalettepreview\"/></$link></div>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/temp/search": {
"title": "$:/temp/search",
"text": ""
},
"$:/tags/AdvancedSearch": {
"title": "$:/tags/AdvancedSearch",
"list": "[[$:/core/ui/AdvancedSearch/Standard]] [[$:/core/ui/AdvancedSearch/System]] [[$:/core/ui/AdvancedSearch/Shadows]] [[$:/core/ui/AdvancedSearch/Filter]]"
},
"$:/tags/ControlPanel": {
"title": "$:/tags/ControlPanel",
"list": "$:/core/ui/ControlPanel/Info $:/core/ui/ControlPanel/Appearance $:/core/ui/ControlPanel/Settings $:/core/ui/ControlPanel/Saving $:/core/ui/ControlPanel/Plugins $:/core/ui/ControlPanel/Tools $:/core/ui/ControlPanel/Internals"
},
"$:/tags/ControlPanel/Info": {
"title": "$:/tags/ControlPanel/Info",
"list": "$:/core/ui/ControlPanel/Basics $:/core/ui/ControlPanel/Advanced"
},
"$:/tags/ControlPanel/Plugins": {
"title": "$:/tags/ControlPanel/Plugins",
"list": "[[$:/core/ui/ControlPanel/Plugins/Installed]] [[$:/core/ui/ControlPanel/Plugins/Add]]"
},
"$:/tags/EditTemplate": {
"title": "$:/tags/EditTemplate",
"list": "[[$:/core/ui/EditTemplate/controls]] [[$:/core/ui/EditTemplate/title]] [[$:/core/ui/EditTemplate/tags]] [[$:/core/ui/EditTemplate/shadow]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/EditTemplate/body]] [[$:/core/ui/EditTemplate/type]] [[$:/core/ui/EditTemplate/fields]]"
},
"$:/tags/EditToolbar": {
"title": "$:/tags/EditToolbar",
"list": "[[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/cancel]] [[$:/core/ui/Buttons/save]]"
},
"$:/tags/MoreSideBar": {
"title": "$:/tags/MoreSideBar",
"list": "[[$:/core/ui/MoreSideBar/All]] [[$:/core/ui/MoreSideBar/Recent]] [[$:/core/ui/MoreSideBar/Tags]] [[$:/core/ui/MoreSideBar/Missing]] [[$:/core/ui/MoreSideBar/Drafts]] [[$:/core/ui/MoreSideBar/Orphans]] [[$:/core/ui/MoreSideBar/Types]] [[$:/core/ui/MoreSideBar/System]] [[$:/core/ui/MoreSideBar/Shadows]]",
"text": ""
},
"$:/tags/PageControls": {
"title": "$:/tags/PageControls",
"list": "[[$:/core/ui/Buttons/home]] [[$:/core/ui/Buttons/close-all]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/new-tiddler]] [[$:/core/ui/Buttons/new-journal]] [[$:/core/ui/Buttons/import]] [[$:/core/ui/Buttons/export-page]] [[$:/core/ui/Buttons/control-panel]] [[$:/core/ui/Buttons/advanced-search]] [[$:/core/ui/Buttons/tag-manager]] [[$:/core/ui/Buttons/language]] [[$:/core/ui/Buttons/palette]] [[$:/core/ui/Buttons/theme]] [[$:/core/ui/Buttons/storyview]] [[$:/core/ui/Buttons/encryption]] [[$:/core/ui/Buttons/full-screen]] [[$:/core/ui/Buttons/save-wiki]] [[$:/core/ui/Buttons/refresh]] [[$:/core/ui/Buttons/more-page-actions]]"
},
"$:/tags/PageTemplate": {
"title": "$:/tags/PageTemplate",
"list": "[[$:/core/ui/PageTemplate/topleftbar]] [[$:/core/ui/PageTemplate/toprightbar]] [[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]] [[$:/core/ui/PageTemplate/alerts]]",
"text": ""
},
"$:/tags/SideBar": {
"title": "$:/tags/SideBar",
"list": "[[$:/core/ui/SideBar/Open]] [[$:/core/ui/SideBar/Recent]] [[$:/core/ui/SideBar/Tools]] [[$:/core/ui/SideBar/More]]",
"text": ""
},
"$:/tags/TiddlerInfo": {
"title": "$:/tags/TiddlerInfo",
"list": "[[$:/core/ui/TiddlerInfo/Tools]] [[$:/core/ui/TiddlerInfo/References]] [[$:/core/ui/TiddlerInfo/Tagging]] [[$:/core/ui/TiddlerInfo/List]] [[$:/core/ui/TiddlerInfo/Listed]] [[$:/core/ui/TiddlerInfo/Fields]]",
"text": ""
},
"$:/tags/TiddlerInfo/Advanced": {
"title": "$:/tags/TiddlerInfo/Advanced",
"list": "[[$:/core/ui/TiddlerInfo/Advanced/ShadowInfo]] [[$:/core/ui/TiddlerInfo/Advanced/PluginInfo]]"
},
"$:/tags/ViewTemplate": {
"title": "$:/tags/ViewTemplate",
"list": "[[$:/core/ui/ViewTemplate/title]] [[$:/core/ui/ViewTemplate/subtitle]] [[$:/core/ui/ViewTemplate/tags]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/ViewTemplate/body]]"
},
"$:/tags/ViewToolbar": {
"title": "$:/tags/ViewToolbar",
"list": "[[$:/core/ui/Buttons/more-tiddler-actions]] [[$:/core/ui/Buttons/info]] [[$:/core/ui/Buttons/new-here]] [[$:/core/ui/Buttons/new-journal-here]] [[$:/core/ui/Buttons/clone]] [[$:/core/ui/Buttons/export-tiddler]] [[$:/core/ui/Buttons/edit]] [[$:/core/ui/Buttons/permalink]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/open-window]] [[$:/core/ui/Buttons/close-others]] [[$:/core/ui/Buttons/close]]"
},
"$:/snippets/themeswitcher": {
"title": "$:/snippets/themeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$view tiddler={{$:/theme}} field=\"name\"/>\n\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\"><div><$reveal state=\"$:/theme\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/theme\" type=\"nomatch\" text={{!!title}}> </$reveal> <$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$list>\n</$linkcatcher>"
},
"$:/core/wiki/title": {
"title": "$:/core/wiki/title",
"type": "text/vnd.tiddlywiki",
"text": "{{$:/SiteTitle}} --- {{$:/SiteSubtitle}}"
},
"$:/view": {
"title": "$:/view",
"text": "classic"
},
"$:/snippets/viewswitcher": {
"title": "$:/snippets/viewswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/StoryView/\n<<lingo Prompt>> <$select tiddler=\"$:/view\">\n<$list filter=\"[storyviews[]]\">\n<option><$view field=\"title\"/></option>\n</$list>\n</$select>"
}
}
}
[[About this Notebook]][[Instructions]]
alert-background: #ffe476
alert-border: #b99e2f
alert-highlight: #881122
alert-muted-foreground: #b99e2f
background: #ffffff
blockquote-bar: <<colour muted-foreground>>
code-background: #f7f7f9
code-border: #e1e1e8
code-foreground: #dd1144
dirty-indicator: #ff0000
download-background: #34c734
download-foreground: <<colour background>>
dragger-background: <<colour foreground>>
dragger-foreground: <<colour background>>
dropdown-background: <<colour background>>
dropdown-border: <<colour muted-foreground>>
dropdown-tab-background-selected: #fff
dropdown-tab-background: #ececec
dropzone-background: rgba(0,200,0,0.7)
external-link-background-hover: inherit
external-link-background-visited: inherit
external-link-background: inherit
external-link-foreground-hover: inherit
external-link-foreground-visited: #0000aa
external-link-foreground: #0000ee
foreground: #333333
message-background: #ecf2ff
message-border: #cfd6e6
message-foreground: #547599
modal-backdrop: <<colour foreground>>
modal-background: <<colour background>>
modal-border: #999999
modal-footer-background: #f5f5f5
modal-footer-border: #dddddd
modal-header-border: #eeeeee
muted-foreground: #bbb
notification-background: #ffffdd
notification-border: #999999
page-background: #6f6f70
pre-background: #f5f5f5
pre-border: #cccccc
primary: #29a6ee
sidebar-button-foreground: <<colour foreground>>
sidebar-controls-foreground-hover: #000000
sidebar-controls-foreground: #c2c1c2
sidebar-foreground-shadow: rgba(255,255,255,0)
sidebar-foreground: #d3d2d4
sidebar-muted-foreground-hover: #444444
sidebar-muted-foreground: #c0c0c0
sidebar-tab-background-selected: #6f6f70
sidebar-tab-background: #666667
sidebar-tab-border-selected: #999
sidebar-tab-border: #515151
sidebar-tab-divider: #999
sidebar-tab-foreground-selected:
sidebar-tab-foreground: #999
sidebar-tiddler-link-foreground-hover: #444444
sidebar-tiddler-link-foreground: #d1d0d2
static-alert-foreground: #aaaaaa
tab-background-selected: #ffffff
tab-background: #d8d8d8
tab-border-selected: #d8d8d8
tab-border: #cccccc
tab-divider: #d8d8d8
tab-foreground-selected: <<colour tab-foreground>>
tab-foreground: #666666
table-border: #dddddd
table-footer-background: #a8a8a8
table-header-background: #f0f0f0
tag-background: #d5ad34
tag-foreground: #ffffff
tiddler-background: <<colour background>>
tiddler-border: <<colour background>>
tiddler-controls-foreground-hover: #888888
tiddler-controls-foreground-selected: #444444
tiddler-controls-foreground: #cccccc
tiddler-editor-background: #f8f8f8
tiddler-editor-border-image: #ffffff
tiddler-editor-border: #cccccc
tiddler-editor-fields-even: #e0e8e0
tiddler-editor-fields-odd: #f0f4f0
tiddler-info-background: #f8f8f8
tiddler-info-border: #dddddd
tiddler-info-tab-background: #f8f8f8
tiddler-link-background: <<colour background>>
tiddler-link-foreground: <<colour primary>>
tiddler-subtitle-foreground: #c0c0c0
tiddler-title-foreground: #29a6ee
toolbar-new-button:
toolbar-options-button:
toolbar-save-button:
toolbar-info-button:
toolbar-edit-button:
toolbar-close-button:
toolbar-delete-button:
toolbar-cancel-button:
toolbar-done-button:
untagged-background: #999999
very-muted-foreground: #888888
{
"tiddlers": {
"$:/plugins/danielo515/ContextPlugin/Caption": {
"created": "20140530174219263",
"tags": "contextPlugin",
"title": "$:/plugins/danielo515/ContextPlugin/Caption",
"type": "text/vnd.tiddlywiki",
"text": "Context search"
},
"Context Search": {
"caption": "{{$:/plugins/danielo515/ContextPlugin/Caption}}",
"created": "20140530173407542",
"tags": "$:/tags/AdvancedSearch",
"title": "Context Search",
"type": "text/vnd.tiddlywiki",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tw-search\"><$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/><$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\"> <$link to=\"\" class=\"btn-invisible\">{{$:/core/images/close-button}}</$link></$reveal></div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<div class=\"tw-search-results\">\n\n<<lingo Standard/Matches>>\n\n<$list filter=\"[!is[system]search{$:/temp/advancedsearch}sort[title]limit[250]]\">\n{{!!title||$:/core/ui/ListItemTemplate}}\n<$context term={{$:/temp/advancedsearch}}/>\n</$list>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/plugins/danielo515/ContextPlugin/widgets/context.js": {
"created": "20140418153435777",
"creator": "danielo",
"modified": "20140530231943517",
"modifier": "danielo",
"module-type": "widget",
"title": "$:/plugins/danielo515/ContextPlugin/widgets/context.js",
"type": "application/javascript",
"text": "/*\\\\\ntitle: $:/core/modules/widgets/danielo/context-widget.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar contextWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\ncontextWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\ncontextWidget.prototype.render = function(parent,nextSibling) {\n // Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n \n if(this.term && this.term.length>3){\n \n this.createRegexp();\n var matches = this.executeRegexp();\n\t if(matches.length > 0){ \n this.domNode = this.document.createElement(this.element);\n this.domNode.className=\"tw-context\";\n this.composeResults( matches ); //this appends to domNode \n \t// Insert element\n \tparent.insertBefore(this.domNode,nextSibling);\n \tthis.renderChildren(this.domNode,null);\n\t \tthis.domNodes.push(this.domNode);\n }\n }\n\t\n};\n\n/*\nCompute the internal state of the widget\n*/\ncontextWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n this.matchedClass = this.getAttribute(\"matchClass\",\"matched\");\n\tthis.tiddler = this.getAttribute( \"tiddler\",this.getVariable(\"currentTiddler\") );\n this.term = this.getAttribute(\"term\",this.getAttribute(\"searchTerm\"));\n\tthis.contextLength = this.getAttribute(\"length\",50);\n this.before = this.getAttribute(\"before\",this.contextLength);\n this.after = this.getAttribute(\"after\",this.contextLength);\n this.maxMatches = this.getAttribute(\"maxMatches\",10);\n this.element = this.getAttribute(\"element\",\"pre\");\n\tthis.makeChildWidgets();\n};\n\n /*Create the regular expression*/\ncontextWidget.prototype.createRegexp = function()\n{\n var regString = \"(\\\\w+[\\\\s\\\\S]{0,#before#})?(#term#)([\\\\s\\\\S]{0,#after#}\\\\w+)?\";\n\n var regString = regString.replace(\"#before#\",this.before).replace(\"#term#\", $tw.utils.escapeRegExp(this.term) ) .replace(\"#after#\",this.after);\n this.regexp = new RegExp(regString,\"ig\");\n //console.log(regString);\n};\n/*\nexecute the regular expresion\n*/\ncontextWidget.prototype.executeRegexp = function()\n{\n var text = this.wiki.getTiddlerText(this.tiddler), match,results = new Array();\n while( (match = this.regexp.exec( text ) ) && (results.length < this.maxMatches) )\n { results.push(match) }\n //console.log(\"matches\",results);\n return results;\n};\n\n/*\ncompose the results\nmatches : array of match objects from regular expression execute\n*/\ncontextWidget.prototype.composeResults = function(matches){\n var result=[], self=this, node = this.domNode,\n dots = textNode(\"...\\n\"),\n span = matchedNode( this.term );\n\n for(var i=0; i < matches.length; i++){\n processMatch( matches[i] );\n }\n \n function processMatch(match){\n if( match.index !== 0) node.appendChild( dots.cloneNode(true) );\n for( var i=1;i<match.length;i++ ) {//match[0] full matched text (all groups together)\n if( match[i] ) {\n if ( match[i].toLowerCase() == self.term.toLowerCase() ) \n node.appendChild( match[i] == self.term ? span.cloneNode(true) : matchedNode( match[i] ) )\n else\n node.appendChild( textNode( match[i]) )\n }\n }\n if( match.index + match[0].length < match.input.length) node.appendChild( dots.cloneNode(true) );\n }\n \n function textNode(text){ return self.document.createTextNode(text) }\n function matchedNode(text) { \n var node = self.document.createElement(\"span\"); node.appendChild( textNode(text) ); node.className = self.matchedClass;\n return node }\n \n};\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\ncontextWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.term || changedAttributes.length || changedAttributes.matchedClass) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n return this.refreshChildren(changedTiddlers);\n};\n\nexports.context = contextWidget;\n\n})();"
},
"$:/plugins/danielo515/ContextPlugin/readme": {
"title": "$:/plugins/danielo515/ContextPlugin/readme",
"text": "!Usage\n\nAfter installing the plugin you will have a new tab in [[$:/AdvancedSearch]] called [[Context Search]]. If you want this functionality in other places you will have to edit the desired tiddler yourself adding the ''context widget''. For more details about using the widget see the section below.\n\n!!Using the widget\n\nThe very basic usage of the widget is the following:\n\n```\r\n<$context term=\"lorem\"/>\r\n```\r\nWhich will render as:\r\n<$context term=\"lorem\"/>\n\nThe widgets will search inside the current tiddler by default. Because that you see the same content twice here. This example is not very useful. Other more meaningful would be:\n\n```\r\n<$list filter=\"[search{$:/temp/advancedsearch}sort[title]limit[250]]\">\r\n{{!!title||$:/core/ui/ListItemTemplate}}\r\n<$context term={{$:/temp/advancedsearch}}/>\r\n</$list>\r\n```\n\nThat will search for tiddlers containing the text specified in [[$:/temp/advancedsearch]] and will display a link to the matching tiddlers plus a preview of the matching content. Something very similar is used in [[Context Search]]. Below you can find a complete list of parameters and their default values.\n\n|! parameter |! description | !default |\r\n| term | The term you want to search ||\r\n| searchTerm | An alias for the previous one ||\r\n| tiddler | The tiddler's name to look into | current tiddler |\r\n| length | Number of context characters to show | 50 |\r\n| before | Number of characters before the matched term to show | the value of the length parameter |\r\n| after | Number of characters after the matched term to show | the value of the length parameter |\r\n| maxMatches | maximun number of matched elements to show. Incrementing this can cause several performance issues | 10 |\r\n| element | Node element to create. This element will contain the results of the search. If you want to style it its class is `tw-context` | `<pre>` |\r\n| matchClass | The css class to assign to the matched terms in the results. This is used to highlight the results | matched |\n\n!Customizing the output\r\nThere are not many ways to customize the output of this widget. You can specify ''what type of node you want to create'' to wrap the results (div,span...). The default is `<pre>`. This container is created with the class `tw-context` so you can easily apply styles to it. Something similar happens to the ''highlighted'' words. You can specify the name of the class to assign to it and also you can apply styles to that class.\n\nA very basic example of customization could be:\n\n# Create a tiddler, for example [[$/plugins/danielo515/context/css]]\r\n# Paste the following text or any css rule you want: \"\"\"\n\n<pre>\r\n.matched{background-color:yellow}\r\n.tw-context {\r\n border:1px solid blue;\r\n word-break: break-all; word-wrap: break-word;}\r\n</pre>\r\n\"\"\"\r\n# Tag it with `$:/tags/stylesheet`\r\n# Save the tiddler"
},
"$:/plugins/danielo515/ContextPlugin/Stylesheet/results": {
"created": "20140529162823729",
"tags": "$:/tags/Stylesheet contextPlugin",
"title": "$:/plugins/danielo515/ContextPlugin/Stylesheet/results",
"type": "text/css",
"text": ".matched{background-color:yellow}\n.tw-context {/*border:1px solid;\n /*word-break: break-all; word-wrap: break-word*/}"
}
}
}
{
"tiddlers": {
"$:/plugins/felixhayashi/hotzone/config.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/hotzone/config.js\ntype: application/javascript\nmodule-type: library\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.config={classNames:{storyRiver:\"tc-story-river\",tiddlerFrame:\"tc-tiddler-frame\",tiddlerTitle:\"tc-title\"},references:{userConfig:\"$:/config/hotzone/focusOffset\",focussedTiddlerStore:\"$:/temp/focussedTiddler\"},checkbackTime:$tw.utils.getAnimationDuration()}})();",
"title": "$:/plugins/felixhayashi/hotzone/config.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/hotzone/hotzone.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/hotzone/hotzone.js\ntype: application/javascript\nmodule-type: startup\n\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.name=\"hotzone\";exports.platforms=[\"browser\"];exports.after=[\"story\"];exports.synchronous=true;exports.startup=function(){var e=require(\"$:/plugins/felixhayashi/hotzone/config.js\").config;var t=null;var i=false;var r=document.getElementsByClassName(e.classNames.storyRiver)[0];var s=r.getElementsByClassName(e.classNames.tiddlerFrame);var n=$tw.wiki.getTiddlerData(e.references.userConfig,{});var a=isNaN(parseInt(n.focusOffset))?150:parseInt(n.focusOffset);var o=function(t,i,r){if(!(t instanceof Element))return;if(!$tw.utils.hasClass(t,e.classNames.tiddlerFrame))return;var s=t.getElementsByClassName(e.classNames.tiddlerTitle)[0];if(s){var n=s.innerText||s.textContent;return n.trim()}};var l=function(e,r){if(r){t=null}if(!i){i=true;window.setTimeout(d,e||0)}};var f=function(t,i){$tw.wiki.addTiddler(new $tw.Tiddler({title:e.references.focussedTiddlerStore,text:t},$tw.wiki.getModificationFields()));if(i){var r=document.getElementsByClassName(\"hzone-focus\")[0];if(r){$tw.utils.removeClass(r,\"hzone-focus\")}$tw.utils.addClass(i,\"hzone-focus\")}};var d=function(){if(s.length){var e=42;for(var r=0;r<s.length;r++){if(window.getComputedStyle(s[r])[\"display\"]===\"block\"){e=s[r].getBoundingClientRect().left;break}}var n=document.elementFromPoint(e+1,a);var l=o(n);if(l!==t&&$tw.wiki.getTiddler(l)){t=l;f(t,n)}}else if(t){t=\"\";f(t)}i=false};var u=function(e){if(e[\"$:/HistoryList\"]){if(!$tw.wiki.tiddlerExists(\"$:/HistoryList\"))return;var t=$tw.wiki.getTiddler(\"$:/HistoryList\").fields[\"current-tiddler\"];var i=$tw.wiki.getTiddlerList(\"$:/StoryList\");var r=i.indexOf(t)>=0;if(!r)return;l($tw.utils.getAnimationDuration()+100)}else if(e[\"$:/StoryList\"]){l($tw.utils.getAnimationDuration()+100,true)}};var c=function(e){l(250)};$tw.wiki.addEventListener(\"change\",u);window.addEventListener(\"scroll\",c,false);c()}})();",
"title": "$:/plugins/felixhayashi/hotzone/hotzone.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/felixhayashi/hotzone/Configuration": {
"title": "$:/plugins/felixhayashi/hotzone/Configuration",
"text": "Please see the [[GitHub page|https://github.com/felixhayashi/TW5-HotZone]] for more information on the options.\n\nSave and reload the wiki to activate changes.\n\n<table>\n <tr>\n <th align=\"left\">Focus offset:</th>\n <td><$edit-text tiddler=\"$:/config/hotzone/focusOffset\" tag=\"input\" default=\"71px\" /></td>\n </tr>\n</table>"
},
"$:/temp/focussedTiddler": {
"title": "$:/temp/focussedTiddler"
},
"$:/plugins/felixhayashi/hotzone/License": {
"title": "$:/plugins/felixhayashi/hotzone/License",
"text": "This code is released under the BSD license. For the exact terms visit:\n\nhttps://github.com/felixhayashi/TW5-HotZone/blob/master/LICENSE"
},
"$:/plugins/felixhayashi/hotzone/Readme": {
"title": "$:/plugins/felixhayashi/hotzone/Readme",
"text": "Please visit the [[GitHub page|https://github.com/felixhayashi/TW5-HotZone]] for more information."
}
}
}
{
"tiddlers": {
"$:/plugins/felixhayashi/tiddlymap/layout": {
"text": ".tmap-flash-message {\n border: 1px solid lightgray;\n padding: 5px; }\n .tmap-flash-message.tmap-valid {\n background: #D1EED4; }\n .tmap-flash-message.tmap-malformed {\n background: #EED5D1; }\n\n.tmap-graph-placeholder::before {\n content: \"TiddlyMap\";\n display: block;\n text-align: center;\n padding: 20px;\n background-color: whitesmoke; }\n\nhtml {\n /*\n body {\n background: url(unquote('<$macrocall $name=\"makedatauri\" type={{$:/plugins/felixhayashi/tiddlymap/media/surface.png!!type}} text={{$:/plugins/felixhayashi/tiddlymap/media/surface.png}}/>'));\n }\n */ }\n html .tmap-link {\n color: #5778D8; }\n html .tmap-link:hover {\n color: white;\n background: #5778D8; }\n html .tmap-small-list, html .tmap-very-small-list {\n overflow: auto;\n min-height: 20px;\n max-height: 150px;\n display: block; }\n html .tmap-very-small-list {\n max-height: 70px; }\n html .tmap-quick-connect {\n font-size: 0.7em; }\n html .tmap-quick-connect .tc-drop-down {\n padding: 5px;\n width: 250px;\n white-space: normal;\n line-height: 1em;\n position: absolute;\n z-index: 1000;\n right: 50px; }\n html .tmap-quick-connect .tc-drop-down select {\n width: 80px;\n word-wrap: initial; }\n html .tmap-quick-connect .tc-drop-down table {\n border: none;\n margin-bottom: 0px; }\n html .tmap-quick-connect .tc-drop-down table td {\n padding: 3px;\n border: none;\n vertical-align: top; }\n html .tmap-quick-connect .tc-drop-down .tmap-scroll-table {\n height: 120px;\n overflow: auto;\n display: block; }\n html .tmap-quick-connect .tc-drop-down hr {\n border: 0;\n height: 0;\n border-top: 1px solid rgba(0, 0, 0, 0.1);\n border-bottom: 1px solid rgba(255, 255, 255, 0.3); }\n html .tmap-quick-connect .tc-drop-down a {\n display: inline;\n padding: 0;\n color: #5778d8;\n background: transparent; }\n html .tmap-quick-connect .tc-drop-down a:hover {\n background: transparent;\n color: #5778d8;\n text-decoration: underline; }\n html .tmap-quick-connect .tc-drop-down button {\n display: inline-block;\n padding: 0px 3px;\n width: auto;\n text-align: left;\n color: #333333;\n line-height: 1; }\n html .tmap-quick-connect .tc-drop-down button:hover {\n color: #ffffff; }\n html .tmap-quick-connect .tc-drop-down button svg:hover {\n fill: #ffffff; }\n html .tc-modal-wrapper {\n z-index: 1010; }\n html .tc-modal-wrapper .tc-modal-header svg {\n vertical-align: sub; }\n html .tc-modal-wrapper .tc-modal-header h3 {\n line-height: 10px; }\n html .tc-modal-wrapper .tc-modal-body {\n min-height: 250px;\n max-height: 70vh;\n overflow: auto; }\n html .tc-modal-wrapper .tc-modal-body > div > p:first-child {\n margin-top: 0px; }\n html .tc-modal-wrapper .tc-modal-body > div > p:last-child {\n margin-bottom: 0px; }\n html .tc-modal-wrapper .tc-modal-body .tc-image-button {\n font-size: 14px; }\n html .tc-modal-wrapper .tc-modal-body .tmap-modal-editor .tc-tiddler-frame {\n padding: 0px;\n width: auto;\n margin: 0px;\n border: none; }\n html .tc-modal-wrapper .tc-modal-body .tmap-modal-editor .tc-tiddler-frame .tc-tiddler-title {\n display: none; }\n html .tc-modal-wrapper .tc-modal-body #edge-type-manager .tc-tab-buttons {\n padding-top: 0px; }\n html .tc-modal-wrapper .tc-modal-body #edge-type-manager > div:first-child {\n height: 100%;\n float: left;\n width: 20%;\n position: fixed; }\n html .tc-modal-wrapper .tc-modal-body #edge-type-manager > div:first-child .searchbar input {\n width: 100%; }\n html .tc-modal-wrapper .tc-modal-body #edge-type-manager > div:first-child ul {\n height: calc(100% - 135px);\n overflow: auto;\n margin: 5px 0 0 0;\n padding-left: 0px;\n list-style: none; }\n html .tc-modal-wrapper .tc-modal-body #edge-type-manager > div:first-child ul li {\n white-space: nowrap; }\n html .tc-modal-wrapper .tc-modal-body #edge-type-manager > div:last-child {\n height: 100%;\n width: calc(80% - 20px);\n margin-left: 22%; }\n html .tc-modal-wrapper .tc-modal-body fieldset legend {\n font-weight: bold; }\n html .tc-modal-wrapper .tc-modal-body table {\n margin: 6px 0;\n clear: both;\n border: none;\n width: 100%; }\n html .tc-modal-wrapper .tc-modal-body table td, html .tc-modal-wrapper .tc-modal-body table th {\n border: 1px solid lightgray; }\n html .tc-modal-wrapper .tc-modal-body table.tmap-key-value-table th {\n width: 30%; }\n html .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr:nth-child(odd) {\n background-color: #E8E8E8; }\n html .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr:nth-child(even) {\n background-color: #FFFFFF; }\n html .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr:hover {\n background-color: #FFFFF3; }\n html .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td {\n border: none;\n vertical-align: top;\n padding: 5px; }\n html .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td:first-child {\n width: 15%; }\n html .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td:last-child {\n width: 35%; }\n html .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td input, html .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td textarea, html .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr td select {\n width: 100%;\n /* prevents bad looking select boxes and wrapping in textareas */\n word-wrap: normal; }\n html .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr .tmap-note {\n margin: 10px 10px 10px 0; }\n html .tc-modal-wrapper .tc-modal-body table.tmap-config-table tr .tmap-description {\n font-style: italic; }\n html .tc-modal-wrapper .tc-modal-body table ul {\n padding-left: 30px; }\n html .tc-modal-wrapper .tc-modal-body table ul li {\n list-style: none; }\n html .tc-modal-wrapper .tc-modal-footer {\n padding: 8px; }\n html .tc-modal-wrapper .tc-modal-footer .tmap-dialog-button {\n font-weight: bold; }\n html .tc-modal-wrapper .tc-modal-footer .tmap-hidden-close-button {\n display: none; }\n html #tmap-node-filter-dialog #tmap-filter-tips {\n font-size: 0.8em; }\n html #tmap-node-filter-dialog textarea {\n height: 100px;\n max-height: 300px;\n overflow: auto;\n width: 100%;\n font-size: 11px;\n font-family: \"Courier New\", Courier, monospace; }\n html .tc-sidebar-scrollable .tmap-widget {\n position: relative;\n min-height: 350px; }\n html .tc-sidebar-scrollable .tmap-widget.tmap-halfscreen {\n position: absolute;\n right: 0px;\n top: 0;\n left: 0px;\n bottom: 0;\n padding: 0px;\n width: 100% !important;\n border: none;\n border-left: 1px solid lightgray;\n height: 100% !important;\n margin: 0;\n background: #ececec;\n z-index: 1000; }\n html .tmap-widget {\n position: relative;\n border: 1px dotted lightgray;\n padding: 2px;\n width: 100%;\n color: #666666;\n display: block; }\n html .tmap-widget .tmap-loading-bar {\n display: block;\n position: absolute;\n text-align: center;\n font-size: 2em;\n padding: 10px;\n top: 50%;\n background: rgba(245, 245, 245, 0.5);\n z-index: 1;\n width: 250px;\n margin: auto;\n left: 0px;\n right: 0px; }\n html .tmap-widget.tmap-click-to-use:not(.tmap-fullscreen) .vis-network:not(.vis-active) {\n cursor: pointer; }\n html .tmap-widget.tmap-click-to-use:not(.tmap-fullscreen) .vis-network:not(.vis-active) .vis-navigation {\n display: none; }\n html .tmap-widget.tmap-click-to-use:not(.tmap-fullscreen) .vis-network:not(.vis-active):hover:before {\n box-shadow: 10px 10px 5px lightgray;\n color: gray;\n background: white;\n content: \"Click to use\";\n font-size: 18px;\n font-weight: bold;\n left: 50%;\n margin-left: -100px;\n position: absolute;\n text-align: center;\n top: 50px;\n width: 200px;\n z-index: 2000;\n padding: 5px;\n pointer-events: none; }\n html .tmap-widget .tmap-vis-graph {\n height: calc(100% - 35px); }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-network-tooltip {\n max-width: 250px;\n white-space: normal; }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-manipulation {\n border-top: 1px solid #d6d9d8;\n background: rgba(245, 245, 245, 0.7); }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button.tmap-button-enabled {\n right: 15px; }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button.tmap-button-enabled.tmap-fullscreen-button {\n bottom: 90px;\n background-image: url(<$macrocall $name=\"makedatauri\" type=\"image/png\" text={{$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png}} />); }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button.tmap-button-enabled.tmap-halfscreen-button {\n bottom: 130px;\n background-image: url(<$macrocall $name=\"makedatauri\" type=\"image/png\" text={{$:/plugins/felixhayashi/tiddlymap/media/halfscreen.png}} />); }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover {\n box-shadow: 0 0 3px 3px rgba(75, 75, 75, 0.3); }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover:before {\n background: beige;\n display: block;\n color: black;\n padding: 3px;\n position: relative;\n border: 1px solid lightgray;\n width: 80px;\n left: -70px;\n top: -30px;\n z-index: 1000;\n text-align: center; }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-up:before {\n left: 30px;\n content: \"Scroll up\"; }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-down:before {\n left: 30px;\n content: \"Scroll down\"; }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-right:before {\n left: 30px;\n content: \"Scroll right\"; }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-left:before {\n left: 30px;\n content: \"Scroll left\"; }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-zoomOut:before {\n content: \"Zoom out\"; }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-zoomIn:before {\n content: \"Zoom in\"; }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.vis-zoomExtends:before {\n content: \"Reset focus\"; }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.tmap-fullscreen-button:before {\n content: \"Fullscreen\"; }\n html .tmap-widget .tmap-vis-graph .vis-network .vis-navigation .vis-button:hover.tmap-halfscreen-button:before {\n content: \"Halfscreen\"; }\n html .tmap-widget.tmap-no-buttons .vis-navigation {\n display: none; }\n html .tmap-widget.tmap-advanced-editor {\n background: #F2F2F2; }\n html .tmap-widget.tmap-advanced-editor .tmap-topbar {\n background: #d6d9d8; }\n html .tmap-widget.tmap-advanced-editor .tmap-topbar .tmap-radar-button {\n font-size: 1.5em;\n vertical-align: middle; }\n html .tmap-widget .tmap-menu-bar {\n width: 100%; }\n html .tmap-widget .tmap-topbar {\n background: #F5F5F5;\n border-bottom: 1px solid lightgray;\n padding: 3px 5px;\n height: 35px;\n position: relative; }\n html .tmap-widget .tmap-topbar .tmap-view-label {\n width: 100%;\n text-align: center;\n font-weight: bold;\n padding-top: 3px; }\n html .tmap-widget .tmap-topbar .tmap-focus-button {\n position: absolute;\n right: 10px; }\n html .tmap-widget .tmap-topbar .tmap-focus-button input {\n width: 140px; }\n html .tmap-widget .tmap-topbar .tmap-popup {\n position: relative; }\n html .tmap-widget .tmap-topbar .tmap-popup .tc-drop-down {\n position: absolute;\n z-index: 999;\n right: 0px; }\n html .tmap-widget .tmap-topbar .tc-drop-down {\n background-color: #F3F3F3;\n min-width: 170px;\n max-width: 210px;\n padding: 5px;\n margin: 5px 0; }\n html .tmap-widget .tmap-topbar .tc-drop-down button, html .tmap-widget .tmap-topbar .tc-drop-down a {\n padding: 0px;\n text-decoration: none; }\n html .tmap-widget .tmap-topbar .tc-drop-down button:hover, html .tmap-widget .tmap-topbar .tc-drop-down a:hover {\n color: #ffffff; }\n html .tmap-widget .tmap-topbar .tc-drop-down button svg, html .tmap-widget .tmap-topbar .tc-drop-down a svg {\n vertical-align: middle; }\n html .tmap-widget .tmap-topbar [hidden] {\n display: none; }\n html .tmap-widget .tmap-topbar .tc-block-dropdown {\n width: 370px;\n min-width: 370px;\n padding: 5px;\n margin: 15px 0 0 -370px; }\n html .tmap-widget .tmap-topbar .tc-block-dropdown a {\n display: inline;\n padding: 0px; }\n html .tmap-widget .tmap-topbar select {\n width: 30%;\n max-width: 200px;\n word-wrap: initial;\n padding: 0px; }\n html .tmap-widget .tmap-topbar button {\n line-height: inherit;\n color: #666666; }\n html .tmap-widget .tmap-topbar > * {\n display: inline-block; }\n html .tmap-widget .tmap-topbar .tmap-separator:after {\n color: #bdbdbd;\n margin: 3px;\n content: \" | \"; }\n html .tmap-widget .tmap-topbar .tc-edit-add-tag .tc-add-tag-name input {\n width: 70%; }\n html .tmap-widget .tmap-topbar .tc-sidebar-header {\n text-shadow: none; }\n html .tmap-widget .tmap-topbar .tc-edit-tags {\n border: none;\n padding: inherit;\n box-shadow: none; }\n\nhtml:fullscreen body {\n overflow: hidden; }\nhtml:fullscreen .tc-dropzone > *:not(.tmap-has-fullscreen-child) {\n z-index: 0; }\nhtml:fullscreen .tmap-has-fullscreen-child {\n z-index: 1 !important;\n left: 0px !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n position: fixed !important; }\n html:fullscreen .tmap-has-fullscreen-child .tmap-widget.tmap-fullscreen {\n background: white !important;\n height: 100% !important;\n width: 100% !important;\n position: fixed !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n left: 0 !important;\n z-index: 999 !important;\n border: none !important;\n margin: 0 !important; }\n\nhtml:-moz-full-screen body {\n overflow: hidden; }\nhtml:-moz-full-screen .tc-dropzone > *:not(.tmap-has-fullscreen-child) {\n z-index: 0; }\nhtml:-moz-full-screen .tmap-has-fullscreen-child {\n z-index: 1 !important;\n left: 0px !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n position: fixed !important; }\n html:-moz-full-screen .tmap-has-fullscreen-child .tmap-widget.tmap-fullscreen {\n background: white !important;\n height: 100% !important;\n width: 100% !important;\n position: fixed !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n left: 0 !important;\n z-index: 999 !important;\n border: none !important;\n margin: 0 !important; }\n\nhtml:-webkit-full-screen body {\n overflow: hidden; }\nhtml:-webkit-full-screen .tc-dropzone > *:not(.tmap-has-fullscreen-child) {\n z-index: 0; }\nhtml:-webkit-full-screen .tmap-has-fullscreen-child {\n z-index: 1 !important;\n left: 0px !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n position: fixed !important; }\n html:-webkit-full-screen .tmap-has-fullscreen-child .tmap-widget.tmap-fullscreen {\n background: white !important;\n height: 100% !important;\n width: 100% !important;\n position: fixed !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n left: 0 !important;\n z-index: 999 !important;\n border: none !important;\n margin: 0 !important; }\n\nhtml:-ms-fullscreen body {\n overflow: hidden; }\nhtml:-ms-fullscreen .tc-dropzone > *:not(.tmap-has-fullscreen-child) {\n z-index: 0; }\nhtml:-ms-fullscreen .tmap-has-fullscreen-child {\n z-index: 1 !important;\n left: 0px !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n position: fixed !important; }\n html:-ms-fullscreen .tmap-has-fullscreen-child .tmap-widget.tmap-fullscreen {\n background: white !important;\n height: 100% !important;\n width: 100% !important;\n position: fixed !important;\n top: 0 !important;\n right: 0 !important;\n bottom: 0 !important;\n left: 0 !important;\n z-index: 999 !important;\n border: none !important;\n margin: 0 !important; }\n",
"type": "text/vnd.tiddlywiki",
"title": "$:/plugins/felixhayashi/tiddlymap/layout",
"tags": [
"$:/tags/Stylesheet"
]
},
"$:/plugins/felixhayashi/tiddlymap/adapter.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/adapter.js\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){var t=require(\"$:/plugins/felixhayashi/tiddlymap/view_abstraction.js\").ViewAbstraction;var e=require(\"$:/plugins/felixhayashi/tiddlymap/edgetype.js\").EdgeType;var i=require(\"$:/plugins/felixhayashi/vis/vis.js\");var s=require(\"$:/core/modules/macros/contrastcolour.js\").run;var r=function(){this.wiki=$tw.wiki;this.opt=$tw.tmap.opt;this.logger=$tw.tmap.logger;this.utils=$tw.tmap.utils};r.prototype.deleteEdge=function(t){return this._processEdge(t,\"delete\")};r.prototype.deleteEdges=function(t){t=this.utils.convert(t,\"array\");for(var e=0;e<t.length;e++){this.deleteEdge(t[e])}};r.prototype.insertEdge=function(t){return this._processEdge(t,\"insert\")};r.prototype._processEdge=function(t,i){this.logger(\"debug\",\"Edge\",i,t);if(typeof t!==\"object\"||!i||!t.from)return;if(i===\"insert\"&&!t.to)return;var s=$tw.tmap.indeces.tById[t.from];if(!s||!this.utils.tiddlerExists(s))return;var r=new e(t.type);var o=this.utils.getTiddler(s);var a=r.getNamespace();if(a===\"tw-list\"){if(!t.to)return;return this._processListEdge(o,t,r,i)}else if(a===\"tw-field\"){if(!t.to)return;return this._processFieldEdge(o,t,r,i)}else if(a===\"tw-body\"){return null}else{return this._processTmapEdge(o,t,r,i)}return t};r.prototype._processTmapEdge=function(t,e,i,s){if(s===\"delete\"&&!e.id)return;var r=this.utils.parseFieldData(t,this.opt.field.edges,{});if(s===\"insert\"){e.id=e.id||this.utils.genUUID();r[e.id]={to:e.to,type:i.getId()};if(!i.exists()){i.persist()}}else{delete r[e.id]}this.utils.writeFieldData(t,this.opt.field.edges,r);return e};r.prototype._processListEdge=function(t,e,i,s){var r=i.getId(true);var o=this.utils.getTiddler(t);var a=$tw.utils.parseStringArray(t.fields[r]);a=(a||[]).slice();var d=$tw.tmap.indeces.tById[e.to];if(s===\"insert\"){a.push(d);if(!i.exists()){i.persist()}}else{var n=a.indexOf(d);if(n>-1){a.splice(n,1)}}this.utils.setField(o,r,$tw.utils.stringifyList(a));return e};r.prototype._processFieldEdge=function(t,e,i,s){var r=$tw.tmap.indeces.tById[e.to];if(r==null)return;var o=s===\"insert\"?r:\"\";this.utils.setField(t,i.getId(true),o);if(!i.exists()){i.persist()}return e};r.prototype.getAdjacencyList=function(t,e){$tw.tmap.start(\"Creating adjacency list\");e=e||{};if(!e.edges){var i=this.utils.getMatches(this.opt.selector.allPotentialNodes);e.edges=this.getEdgesForSet(i,e.toWL,e.typeWL)}var s=this.utils.groupByProperty(e.edges,t);$tw.tmap.stop(\"Creating adjacency list\");return s};r.prototype.getNeighbours=function(t,e){$tw.tmap.start(\"Get neighbours\");e=e||{};t=t.slice();var i=e.addProperties;var s=this.getAdjacencyList(\"to\",e);var r=this.utils.getDataMap();var o=this.utils.getDataMap();var a=parseInt(e.steps)>0?e.steps:1;var d=function(){var a=this.utils.getArrayValuesAsHashmapKeys(t);for(var d=t.length-1;d>=0;d--){if(this.utils.isSystemOrDraft(t[d]))continue;var n=this.getEdges(t[d],e.toWL,e.typeWL);$tw.utils.extend(r,n);for(var l in n){var p=$tw.tmap.indeces.tById[n[l].to];if(!a[p]&&!o[n[l].to]){var g=this.makeNode(p,i,e.view);if(g){o[n[l].to]=g;t.push(p)}}}var u=s[$tw.tmap.indeces.idByT[t[d]]];if(u){for(var h=0;h<u.length;h++){var f=$tw.tmap.indeces.tById[u[h].from];if(a[f])continue;if(!o[u[h].from]){var g=this.makeNode(f,i,e.view);if(g){o[u[h].from]=g;t.push(f)}}r[u[h].id]=u[h]}}}}.bind(this);for(var n=0;n<a;n++){var l=t.length;d();if(l===t.length)break}var p={nodes:o,edges:r};this.logger(\"debug\",\"Retrieved neighbourhood\",p,\"steps\",n);$tw.tmap.stop(\"Get neighbours\");return p};r.prototype.getGraph=function(e){$tw.tmap.start(\"Assembling Graph\");e=e||{};var i=new t(e.view);var s=this.utils.getMatches(e.filter||i.getNodeFilter(\"compiled\"));var r=this.utils.getArrayValuesAsHashmapKeys(s);var o=this.getEdgeTypeWhiteList(i.getEdgeFilter(\"compiled\"));var a=parseInt(e.neighbourhoodScope||i.getConfig(\"neighbourhood_scope\"));var d={edges:this.getEdgesForSet(s,r,o),nodes:this.selectNodesByReferences(s,{view:i,outputType:\"hashmap\",addProperties:{group:\"matches\"}})};if(a){var n=this.getNeighbours(s,{steps:a,view:i,typeWL:o,addProperties:{group:\"neighbours\"}});this.utils.merge(d,n);if(i.isEnabled(\"show_inter_neighbour_edges\")){var l=this.getTiddlersById(n.nodes);var r=this.utils.getArrayValuesAsHashmapKeys(l);$tw.utils.extend(d.edges,this.getEdgesForSet(l,r))}}$tw.tmap.stop(\"Assembling Graph\");this.logger(\"debug\",\"Assembled graph:\",d);return d};r.prototype.getEdges=function(t,e,i){if(!this.utils.tiddlerExists(t)||this.utils.isSystemOrDraft(t)){return}var s=this.utils.getTiddler(t);var r=this.utils.getTiddlerRef(t);var o=this._getTmapEdges(t,e,i);var a=this.utils.getMatches($tw.tmap.opt.selector.allListEdgeStores);var d=this.utils.getDataMap();d[\"tw-body:link\"]=this.wiki.getTiddlerLinks(r);for(var n=0;n<a.length;n++){d[\"tw-list:\"+a[n]]=$tw.utils.parseStringArray(s.fields[a[n]])}var a=this.utils.getMatches($tw.tmap.opt.selector.allFieldEdgeStores);for(var n=0;n<a.length;n++){d[\"tw-field:\"+a[n]]=[s.fields[a[n]]]}$tw.utils.extend(o,this._getEdgesFromRefArray(r,d,e,i));return o};r.prototype._getEdgesFromRefArray=function(t,i,s,r){var o=this.utils.getDataMap();for(var a in i){var d=i[a];if(!d||r&&!r[a])continue;a=new e(a);for(var n=0;n<d.length;n++){var l=d[n];if(!l||!$tw.wiki.tiddlerExists(l)||this.utils.isSystemOrDraft(l)||s&&!s[l])continue;var p=a.getId()+$tw.utils.hashString(t+l);var g=this.makeEdge(this.getId(t),this.getId(l),a,p);if(g){o[g.id]=g}}}return o};r.prototype._getTmapEdges=function(t,e,i){var s=this.utils.parseFieldData(t,this.opt.field.edges,{});var r=this.utils.getDataMap();for(var o in s){var a=s[o];var d=$tw.tmap.indeces.tById[a.to];if(d&&(!e||e[d])&&(!i||i[a.type])){var n=this.makeEdge(this.getId(t),a.to,a.type,o);if(n){r[o]=n}}}return r};r.prototype.getEdgeTypeWhiteList=function(t){var i=this.utils.getDataMap();var s=this.utils.getMatches(this.opt.selector.allEdgeTypes);var r=t?this.utils.getMatches(t,s):s;for(var o=0;o<r.length;o++){var a=new e(r[o]);i[a.getId()]=a}return i};r.prototype.getEdgesForSet=function(t,e,i){var s=this.utils.getDataMap();for(var r=0;r<t.length;r++){$tw.utils.extend(s,this.getEdges(t[r],e,i))}return s};r.prototype.selectEdgesByType=function(t){var i=this.utils.getDataMap();i[new e(t).getId()]=true;var s=this.utils.getMatches(this.opt.selector.allPotentialNodes);var r=this.getEdgesForSet(s,null,i);return r};r.prototype._processEdgesWithType=function(t,i){t=new e(t);this.logger(\"debug\",\"Processing edges\",t,i);var s=this.selectEdgesByType(t);if(i.action===\"rename\"){var r=new e(i.newName);r.loadDataFromType(t);r.persist()}for(var o in s){this._processEdge(s[o],\"delete\");if(i.action===\"rename\"){s[o].type=i.newName;this._processEdge(s[o],\"insert\")}}$tw.wiki.deleteTiddler(t.getPath())};r.prototype.selectNodesByFilter=function(t,e){var i=this.utils.getMatches(t);return this.selectNodesByReferences(i,e)};r.prototype.selectNodesByReferences=function(t,e){e=e||{};var i=e.addProperties;var s=this.utils.getDataMap();var r=Object.keys(t);for(var o=0;o<r.length;o++){var a=this.makeNode(t[r[o]],i,e.view);if(a){s[a.id]=a}}return this.utils.convert(s,e.outputType)};r.prototype.makeEdge=function(t,i,s,r){if(!t||!i)return;if(t instanceof $tw.Tiddler){t=t.fields[this.opt.field.nodeId]}else if(typeof t===\"object\"){t=t.id}s=new e(s);var o={id:r||this.utils.genUUID(),from:t,to:i,type:s.getId(),title:s.getData(\"description\")};o.label=this.utils.isTrue(s.getData(\"show-label\"),true)?s.getLabel():undefined;o=$tw.utils.extend(o,s.getData(\"style\"));return o};r.prototype.makeNode=function(e,i,r){var o=this.utils.getTiddler(e,true);if(!o||o.isDraft()||this.wiki.isSystemTiddler(o.fields.title)){return}var a=$tw.utils.extendDeepCopy($tw.tmap.opt.config.vis.groups[i&&i.group||\"matches\"]);var d=o.fields[this.opt.field.nodeIcon];if(d){var n=this.utils.getTiddler(d);if(n&&n.fields.text){var l=n.fields.type?n.fields.type:\"image/svg+xml\";var p=n.fields.text;a.shape=\"image\";if(l===\"image/svg+xml\"){p=p.replace(/\\r?\\n|\\r/g,\" \");if(!this.utils.inArray(\"xmlns\",p)){p=p.replace(/<svg/,'<svg xmlns=\"http://www.w3.org/2000/svg\"')}}var g=$tw.config.contentTypeInfo[l].encoding===\"base64\"?p:window.btoa(p);a.image=\"data:\"+l+\";base64,\"+g}}var u=o.fields[this.opt.field.nodeLabel];a.label=u&&this.opt.field.nodeLabel!==\"title\"?this.wiki.renderText(\"text/plain\",\"text/vnd-tiddlywiki\",u):o.fields.title;var h=o.fields[this.opt.field.nodeInfo];a.title=h&&this.opt.field.nodeInfo!==\"text\"?this.wiki.renderText(\"text/html\",\"text/vnd-tiddlywiki\",h):o.fields.title;if(o.fields.color){a.color=o.fields.color;a.font=a.font||{};a.font.color=s(a.color,a.color,\"#000000\",\"#FFFFFF\")}if(typeof i===\"object\"){a=$tw.utils.extend(a,i)}a.id=this.assignId(o);var r=new t(r);if(r.exists()){var f=r.getPositions()[a.id];if(f){$tw.utils.extend(a,f);if(!r.isEnabled(\"physics_mode\")){a.fixed={x:true,y:true}}}}return a};r.prototype.selectNodesByIds=function(t,e){var i=this.getTiddlersById(t);return this.selectNodesByReferences(i,e)};r.prototype.selectNodeById=function(t,e){e=this.utils.merge(e,{outputType:\"hashmap\"});var i=this.selectNodesByIds([t],e);return i[t]};r.prototype.getTiddlersById=function(t){if(Array.isArray(t)){t=this.utils.getArrayValuesAsHashmapKeys(t)}else if(t instanceof i.DataSet){t=this.utils.getLookupTable(t,\"id\")}var e=[];for(var s in t){var r=$tw.tmap.indeces.tById[s];if(r)e.push(r)}return e};r.prototype.getId=function(t){return $tw.tmap.indeces.idByT[this.utils.getTiddlerRef(t)]};r.prototype.deleteNode=function(t){if(!t)return;var e=typeof t===\"object\"?t.id:t;var i=$tw.tmap.indeces.tById[e];if(!this.utils.tiddlerExists(i))return;var s=this.opt.field.nodeId;var r=this.wiki.getTiddlerList(\"$:/StoryList\");var o=r.indexOf(i);if(o!==-1){r.splice(o,1);var a=this.wiki.getTiddler(\"$:/StoryList\");this.utils.setField(a,\"list\",r)}var d=this.getNeighbours([i]);this.deleteEdges(d.edges);this.wiki.deleteTiddler(i)};r.prototype.getView=function(e,i){return new t(e,i)};r.prototype.createView=function(e){if(typeof e!==\"string\"||e===\"\"){e=\"My view\"}var i=this.wiki.generateNewTitle(this.opt.path.views+\"/\"+e);return new t(i,true)};r.prototype.createEdgeType=function(t){return new e(t)};r.prototype.storePositions=function(e,i){i=new t(i);i.setPositions(e)};r.prototype.assignId=function(t,e){var i=this.utils.getTiddler(t,true);if(!i)return;var s=this.opt.field.nodeId;var r=i.fields[s];if(!r||e&&s!==\"title\"){r=this.utils.genUUID();this.utils.setField(i,s,r);this.logger(\"info\",\"Assigning new id to\",i.fields.title)}$tw.tmap.indeces.tById[r]=i.fields.title;$tw.tmap.indeces.idByT[i.fields.title]=r;return r};r.prototype.getCollectionFilter=function(t){var e=this.getGraph({view:t});var i=Object.keys(this.utils.getLookupTable(e.nodes,\"id\"));return this.utils.joinAndWrap(i,\"[field:\"+this.opt.field.nodeId+\"[\",\"]]\")};r.prototype.insertNode=function(e,i){if(!i||typeof i!==\"object\")i={};if(!e||typeof e!==\"object\"){e=this.utils.getDataMap()}var s=this.utils.getDataMap();s.title=this.wiki.generateNewTitle(e.label?e.label:\"New node\");e.label=s.title;if(this.opt.field.nodeId===\"title\"){e.id=s.title}else{e.id=this.utils.genUUID();s[this.opt.field.nodeId]=e.id}if(i.view){var r=new t(i.view);r.addNodeToView(e)}this.wiki.addTiddler(new $tw.Tiddler(s,this.wiki.getModificationFields(),this.wiki.getCreationFields()));return e};exports.Adapter=r})();",
"title": "$:/plugins/felixhayashi/tiddlymap/adapter.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/callback_manager.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/callback_manager.js\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var t=function(){this.wiki=$tw.wiki;this.logger=$tw.tmap.logger;this.callbacks=e.getDataMap()};t.prototype.add=function(e,t,i){this.logger(\"debug\",'A callback was registered for changes of \"'+e+'\"');this.callbacks[e]={execute:t,isDeleteOnCall:typeof i===\"boolean\"?i:true}};t.prototype.remove=function(e){if(!e)return;if(typeof e===\"string\"){e=[e]}for(var t=0;t<e.length;t++){var i=e[t];if(this.callbacks[i]){this.logger(\"debug\",'A callback for \"'+i+'\" will be deleted');delete this.callbacks[i]}}};t.prototype.handleChanges=function(e){if(this.callbacks.length==0){this.logger(\"debug\",\"No registered callbacks exist at the moment\");return}for(var t in e){if(!this.callbacks[t])continue;if(this.wiki.getTiddler(t)){this.logger(\"debug\",'A callback for \"'+t+'\" will be executed');this.callbacks[t].execute(t);if(!this.callbacks.isDeleteOnCall)continue}this.remove(t)}};exports.CallbackManager=t})();",
"title": "$:/plugins/felixhayashi/tiddlymap/callback_manager.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/defaults.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/defaults.js\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){var i={path:{pluginRoot:\"$:/plugins/felixhayashi/tiddlymap\",edgeTypes:\"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes\",views:\"$:/plugins/felixhayashi/tiddlymap/graph/views\",options:\"$:/plugins/felixhayashi/tiddlymap/config\",tempRoot:\"$:/temp/felixhayashi/tiddlymap\",localHolders:\"$:/temp/felixhayashi/tiddlymap/holders\",dialogs:\"$:/plugins/felixhayashi/tiddlymap/dialog\"},ref:{dialogStandardFooter:\"$:/plugins/felixhayashi/tiddlymap/dialog/standardFooter\",defaultGraphViewHolder:\"$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder\",graphBar:\"$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar\",sysConf:\"$:/plugins/felixhayashi/tiddlymap/config/sys\",sysUserConf:\"$:/plugins/felixhayashi/tiddlymap/config/sys/user\",visConf:\"$:/plugins/felixhayashi/tiddlymap/config/vis\",visUserConf:\"$:/plugins/felixhayashi/tiddlymap/config/vis/user\",welcomeFlag:\"$:/plugins/felixhayashi/tiddlymap/flag/welcome\",focusButton:\"$:/plugins/felixhayashi/tiddlymap/misc/focusButton\",sysMeta:\"$:/plugins/felixhayashi/tiddlymap/misc/meta\"},config:{sys:{field:{nodeId:\"tmap.id\",nodeLabel:\"caption\",nodeIcon:\"icon\",nodeInfo:\"description\",viewMarker:\"isview\",edgeTypeMarker:\"isview\",edges:\"tmap.edges\"},suppressedDialogs:{},debug:\"false\",notifications:\"true\",editNodeOnCreate:\"false\",singleClickMode:\"false\"}},misc:{unknownEdgeLabel:\"__noname__\",cssPrefix:\"tmap-\",sysEdgeTypeNS:\"tmap\"}};exports.defaults=i})();",
"title": "$:/plugins/felixhayashi/tiddlymap/defaults.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/dialog_manager.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/dialog_manager.js\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var t=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var e=require(\"$:/plugins/felixhayashi/tiddlymap/callback_manager.js\").CallbackManager;var i=function(t,e){this.wiki=$tw.wiki;this.logger=$tw.tmap.logger;this.adapter=$tw.tmap.adapter;this.opt=$tw.tmap.opt;this.callbackManager=t;if(e){this.context=e}};i.prototype.open=function(e,i,a){if(t.isTrue(this.opt.config.sys.suppressedDialogs[e],false)){this.logger(\"warning\",\"Suppressed dialog\",e);return}i=i||{};this.logger(\"debug\",\"Dialog param object\",i);if(typeof a===\"function\"&&this.context){a=a.bind(this.context)}var r=this.opt.path.tempRoot+\"/dialog-\"+t.genUUID();var l=t.getTiddler(this.opt.path.dialogs+\"/\"+e);var s={title:r,buttons:l.fields[\"buttons\"]||\"ok_cancel\",output:r+\"/output\",result:r+\"/result\",temp:r+\"/temp\",templateId:e,currentTiddler:r+\"/output\"};if(i.dialog){if(i.dialog.preselects){this.wiki.addTiddler(new $tw.Tiddler({title:s.output},i.dialog.preselects));delete i.dialog.preselects}t.merge(s,i.dialog)}s.footer=t.getText(this.opt.path.footers);s=t.flatten(s);i=t.flatten(i);this.callbackManager.add(s.result,function(e){this.getElement(\"hidden-close-button\").click();var i=this.wiki.getTiddler(e);var l=i.fields.text;if(l){var n=this.wiki.getTiddler(s.output)}else{var n=null;$tw.tmap.notify(\"operation cancelled\")}if(typeof a===\"function\"){a(l,n)}var o=t.getMatches(\"[prefix[\"+r+\"]]\");t.deleteTiddlers(o)}.bind(this),true);var n=new $tw.Tiddler(l,i,s);this.wiki.addTiddler(n);this.logger(\"debug\",\"Opening dialog\",n);$tw.rootWidget.dispatchEvent({type:\"tm-modal\",param:n.fields.title,paramObject:n.fields});this.addKeyBindings();return n};i.prototype.getElement=function(e){return t.getFirstElementByClassName(\"tmap-\"+e)};i.prototype.addKeyBindings=function(){var e=$tw.tmap.keycharm({container:t.getFirstElementByClassName(\"tc-modal\")});var i=/tmap-triggers-(.+?)-on-(.+?)(?:\\s|$)/;var a=document.getElementsByClassName(\"tmap-trigger-field\");for(var r=0;r<a.length;r++){var l=a[r].className.split(\" \");for(var s=0;s<l.length;s++){var n=l[s].match(i);if(!n){continue}var o=n[1];var d=n[2];var p=this.getElement(o);if(!p)continue;e.bind(d,function(){this.click()}.bind(p))}}};exports.DialogManager=i})();",
"title": "$:/plugins/felixhayashi/tiddlymap/dialog_manager.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/edgetype.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/edgetype.js\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){var t=function(i){if(i instanceof t){return i}if(!i){i=\"tmap:unknown\"}else if(typeof i!==\"string\"){throw\"Cannot create edge-type\"}this.createShortcuts();this.data=this.utils.getDataMap();this.whitelist=[\"description\",\"style\",\"label\",\"modified\",\"created\",\"show-label\"];this.id=this.utils.getWithoutPrefix(i,this.opt.path.edgeTypes+\"/\");this.loadDataFromType(this.id)};t.prototype.createShortcuts=function(){this.wiki=$tw.wiki;this.opt=$tw.tmap.opt;this.logger=$tw.tmap.logger;this.utils=$tw.tmap.utils};t.prototype.getPath=function(){return this.opt.path.edgeTypes+\"/\"+this.id};t.prototype.exists=function(){return this.utils.tiddlerExists(this.getPath())};t.prototype.getLabel=function(){return this.data.label||this.getId(true)};t.prototype.getNamespace=function(){var t=this.id.match(\"^(.*):\");return t?t[1]:\"\"};t.prototype.getId=function(t){return t?this.id.substring(this.id.indexOf(\":\")+1):this.id};t.prototype.getData=function(t){if(t===\"label\"){return this.getLabel()}return t?this.data[t]:this.data};t.prototype.setData=function(){var t=arguments;if(t.length===2){if(typeof t[0]===\"string\"){if(t[1]&&this.utils.inArray(t[0],this.whitelist)){if(t[0]===\"style\"){this.setStyle(t[1])}else{this.data[t[0]]=t[1]}}else{delete this.data[t[0]]}}}else if(t.length===1&&typeof t[0]===\"object\"){for(var i in t[0]){this.setData(i,t[0][i])}}};t.prototype.setStyle=function(t,i){if(typeof t===\"string\"){t=this.utils.parseJSON(t)}if(typeof t===\"object\"){if(i){this.utils.merge(this.data.style,t)}else{this.data.style=t}}};t.prototype.persist=function(t,i){if(!t){t=this.getPath()}if(typeof t===\"string\"){var e={title:t};if(!this.utils.startsWith(t,this.opt.path.edgeTypes)){e.id=this.id}else{$tw.utils.extend(e,this.wiki.getModificationFields());if(!this.exists()){$tw.utils.extend(e,this.wiki.getCreationFields())}}var s=i?$tw.config.preferences.jsonSpaces:null;this.data.style=JSON.stringify(this.data.style,null,s);$tw.wiki.addTiddler(new $tw.Tiddler(this.data,e))}};t.prototype.loadDataFromType=function(i){if(i instanceof t){this.setData(i.getData())}else{if(i instanceof $tw.Tiddler){i=i.fields.title}if(typeof i===\"string\"){if(!this.utils.startsWith(i,this.opt.path.edgeTypes)){i=this.opt.path.edgeTypes+\"/\"+i}this.loadDataFromTiddler(this.wiki.getTiddler(i),false)}}};t.prototype.isShipped=function(){return $tw.wiki.getSubTiddler(this.opt.path.pluginRoot,this.getPath())};t.prototype.loadDataFromTiddler=function(t){var i=this.utils.getTiddler(t);if(i){var e=$tw.wiki.getSubTiddler(this.opt.path.pluginRoot,this.getPath())||{};var s=$tw.utils.extend({},e.fields,i.fields);this.setData(s)}};exports.EdgeType=t})();",
"title": "$:/plugins/felixhayashi/tiddlymap/edgetype.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/exception.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/exception.js\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){Exception={};Exception.EnvironmentError=function(n){this.name=\"EnvironmentError\";this.message=\"Critical parts of the underlying system changed: \"+n};Exception.DependencyError=function(n){this.name=\"DependencyError\";this.message=\"TiddlyMap cannot run without: \"+n};for(var n in Exception){Exception[n].prototype=Object.create(Error.prototype);Exception[n].constructor=Exception[n]}exports.Exception=Exception})();",
"title": "$:/plugins/felixhayashi/tiddlymap/exception.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/utils.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/utils.js\ntype: application/javascript\nmodule-type: library\n\nATTENTION: THIS CLASS MUST NOT REQUIRE ANY OTHER TIDDLYMAP FILE\nIN ORDER TO AVOID ACYCLIC DEPENDENCIES!\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){var e=require(\"$:/plugins/felixhayashi/vis/vis.js\");var t=require(\"$:/plugins/felixhayashi/tiddlymap/exception.js\").Exception;var r={};r.deleteTiddlers=function(e){var t=Object.keys(e);for(var n=0;n<t.length;n++){if(r.tiddlerExists(e[t[n]])){var i=r.getTiddlerRef(e[t[n]]);$tw.wiki.deleteTiddler(i)}}};r.moveFieldValues=function(e,t,n,i){var l=$tw.wiki.allTitles();for(var a=0;a<l.length;a++){var f=r.getTiddler(l[a]);if(f.isDraft()||!f.fields[e]||!i&&$tw.wiki.isSystemTiddler(l[a])){continue}var u={};u[t]=f.fields[e];if(n){u[e]=undefined}$tw.wiki.addTiddler(new $tw.Tiddler(f,u))}};r.getTiddlerIds=function(e,t){var n=[];var i=Object.keys(e);for(var l=0;l<i.length;l++){if(r.tiddlerExists(e[i[l]])){var a=r.getTiddler(e[i[l]]).fields[t];n.push(a)}}return n};r.getLabel=function(e,t){var n=r.getTiddler(e);return n&&n.fields[t]?n.fields[t]:n.fields.title};r.convert=function(t,n){if(typeof t!==\"object\")return;switch(n){case\"array\":return r.getValues(t);case\"hashmap\":case\"object\":if(t instanceof e.DataSet){return e.get({returnType:\"Object\"})}else{return t}case\"dataset\":default:if(t instanceof e.DataSet){return t}if(!Array.isArray(t)){t=r.getValues(t)}return new e.DataSet(t)}};r.inject=function(t,n){if(n instanceof e.DataSet){n.update(r.convert(t,\"array\"))}else if(Array.isArray(n)){t=r.convert(t,\"object\");for(var i in t){if(!r.inArray(t[i],n)){n.push(t[i])}}}else{$tw.utils.extend(n,r.convert(t,\"object\"))}return n};r.getValues=function(t){if(Array.isArray(t)){return t}if(t instanceof e.DataSet){return t.get({returnType:\"Array\"})}var r=[];var n=Object.keys(t);for(var i=0;i<n.length;i++){r.push(t[n[i]])}return r};r.hasOwnProp=function(e,t){return Object.prototype.hasOwnProperty.call(e,t)};r.getDataMap=function(){var e=Object.create(null);Object.defineProperty(e,\"hasOwnProperty\",{enumerable:false,configurable:false,writable:false,value:Object.prototype.hasOwnProperty.bind(e)});return e};r.getMatches=function(e,t,n){var i=undefined;if(t!==null&&typeof t===\"object\"){var l=Object.keys(t);i=function(e){for(var n=0;n<l.length;n++){var i=r.getTiddler(t[l[n]]);if(i){e(i,i.fields.title)}}}}if(typeof e===\"string\"){e=$tw.wiki.compileFilter(e)}var a=e.call($tw.wiki,i);if(n){var f=r.getDataMap();for(var u=0;u<a.length;u++){f[a[u]]=$tw.wiki.getTiddler(a[u])}return f}else{return a}};r.isMatch=function(e,t){var n=r.getTiddlerRef(e);return r.getMatches(t,[n]).length>0};r.isInteger=Number.isInteger||function(e){return typeof e===\"number\"&&isFinite(e)&&Math.floor(e)===e};r.escapeRegex=function(e){return e.replace(/[-$^?.+*[\\]\\\\(){}|]/g,\"\\\\$&\")};r.isTrue=function(e,t){if(e==null){return t}else if(typeof e===\"string\"){var r=parseInt(e);return isNaN(r)?e===\"true\":r!==0;if(e===\"1\"||this.data[conf]===\"true\");}else if(typeof e===\"boolean\"){return e}else if(typeof e===\"number\"){return r!==0}return false};r.getTiddlerRef=function(e){if(e instanceof $tw.Tiddler){return e.fields.title}else if(typeof e===\"string\"){return e}};r.getTiddler=function(e,t){if(e instanceof $tw.Tiddler){if(!t){return e}e=e.fields.title}return $tw.wiki.getTiddler(e)};r.getBasename=function(e){return e.substring(e.lastIndexOf(\"/\")+1)};r.notify=function(e){var t=\"$:/temp/tiddlymap/notify\";$tw.wiki.addTiddler(new $tw.Tiddler({title:t,text:e}));$tw.notifier.display(t)};r.tiddlerExists=function(e){var t=r.getTiddlerRef(e);return t&&($tw.wiki.tiddlerExists(t)||$tw.wiki.isShadowTiddler(t))};r.addListeners=function(e,t,r){for(var n in e){t.addEventListener(n,e[n].bind(r))}};r.isPreviewed=function(e){if(e){if(e.getVariable(\"tv-tiddler-preview\")){return true}else{var t=\"tc-tiddler-preview-preview\";return!!r.getAncestorWithClass(e.parentDomNode,t)}}return false};r.getAncestorWithClass=function(e,t){if(typeof e!==\"object\"||typeof t!==\"string\")return;while(e.parentNode){e=e.parentNode;if($tw.utils.hasClass(e,t)){return e}}};r.getPropertiesByPrefix=function(e,t,n){var i=r.getDataMap();for(var l in e){if(r.startsWith(l,t)){i[n?l.substr(t.length):l]=e[l]}}return i};r.getWithoutPrefix=function(e,t){return r.startsWith(e,t)?e.substr(t.length):e};r.startsWith=function(e,t){return typeof e===\"string\"&&e.indexOf(t)===0};r.hasElements=function(e){return Object.keys(e).length>0};r.groupByProperty=function(e,t){e=r.getIterableCollection(e);var n=r.getDataMap();var i=Object.keys(e);for(var l in i){var a=e[i[l]];var f=a[t];if(f==null){throw\"Cannot group by property \"+t}else{if(!Array.isArray(n[f])){n[f]=[]}n[f].push(a)}}return n};r.findAndRemoveClassNames=function(e){for(var t=0;t<e.length;t++){var r=document.getElementsByClassName(e[t]);for(var n=0;n<r.length;n++){$tw.utils.removeClass(r[n],e[t])}}};r.parseFieldData=function(e,t,n){var i=r.getTiddler(e);if(!i)return n;if(!t)t=\"text\";return r.parseJSON(i.fields[t],n)};r.parseJSON=function(e,t){try{return JSON.parse(e)}catch(r){return t}};r.writeFieldData=function(e,t,n){if(typeof n===\"object\"){r.setField(e,t,JSON.stringify(n))}};r.getPrettyFilter=function(e){e=e.trim().replace(\"][\",\"] [\");var t=/[\\+\\-]?\\[.+?[\\]\\}\\>]\\]/g;var r=e.match(t);e=e.replace(t,\" [] \").trim();var n=e.split(/\\s+/);var i=0;var l=[];for(var a=0;a<n.length;a++){l[a]=n[a]===\"[]\"?r[i++]:n[a]}return l.join(\"\\n\")};r.setField=function(e,t,n){if(e&&t){var i={title:r.getTiddlerRef(e)};i[t]=n;var l=r.getTiddler(e,true);$tw.wiki.addTiddler(new $tw.Tiddler(l,i))}};r.setEntry=function(e,t,n){$tw.wiki.setText(r.getTiddlerRef(e),null,t,n)};r.getEntry=function(e,t,n){var i=$tw.wiki.getTiddlerData(r.getTiddlerRef(e),{});return i[t]==null?n:i[t]};r.getField=function(e,t,n){var i=r.getTiddler(e);return i?i.fields[t]:n?n:\"\"};r.getText=function(e,t){return r.getField(e,\"text\",t)};r.getFirstElementByClassName=function(e,t,n){var i=(t||document).getElementsByClassName(e)[0];if(!i&&n!==false){var l=\"Missing element with class \"+e+\" inside \"+t;throw new r.Exception.EnvironmentError(l)}return i};r.isDraft=function(e){return r.getTiddler(e)&&r.getTiddler(e).isDraft()};r.merge=function(e,t){var r=function(e,t){if(typeof e!==\"object\"){e={}}for(var n in t){if(t.hasOwnProperty(n)){if(t[n]!=null){e[n]=typeof t[n]===\"object\"?r(e[n],t[n]):t[n]}}}return e};return r(e,t)};r.drawRaster=function(e,t,r,n,i){var n=parseInt(n)||10;var l=e.canvas;var a=l.width/t;var f=l.width/t;var u=r.x-a/2;var s=r.y-f/2;for(var o=u;o<a;o+=n){e.moveTo(o,s);e.lineTo(o,f)}for(var d=s;d<f;d+=n){e.moveTo(u,d);e.lineTo(a,d)}e.strokeStyle=i||\"#D9D9D9\";e.stroke()};r.isSystemOrDraft=function(e){if($tw.wiki.isSystemTiddler(r.getTiddlerRef(e))){return true}else{var t=r.getTiddler(e);return t&&t.isDraft()}};r.inArray=function(e,t){return t.indexOf(e)!==-1};r.hasSubString=function(e,t){return e.indexOf(t)!==-1};r.joinAndWrap=function(e,t,r,n){if(!n)n=\" \";return t+e.join(r+n+t)+r};r.keysOfItemsWithProperty=function(e,t,n,i){e=r.getIterableCollection(e);var l=Object.keys(e);var a=[];var i=typeof i===\"number\"?i:l.length;for(var f=0;f<l.length;f++){var u=l[f];if(typeof e[u]===\"object\"&&e[u][t]){if(!n||e[u][t]===n){a.push(u);if(a.length===i){break}}}}return a};r.keyOfItemWithProperty=function(e,t,n){var i=r.keysOfItemsWithProperty(e,t,n,1);return i.length?i[0]:undefined};r.deleteByPrefix=function(e){r.deleteTiddlers(r.getByPrefix(e))};r.getByPrefix=function(e){return r.getMatches(\"[prefix[\"+e+\"]]\")};r.getIterableCollection=function(t){return t instanceof e.DataSet?t.get():t};r.getLookupTable=function(e,t){e=r.getIterableCollection(e);var n=r.getDataMap();var i=Object.keys(e);for(var l=0;l<i.length;l++){var a=i[l];var f=t?e[a][t]:e[a];if(typeof f===\"string\"&&f!=\"\"||typeof f===\"number\"){if(!n[f]){n[f]=e[a];continue}}throw'TiddlyMap: Cannot use \"'+f+'\" as lookup table index'}return n};r.getArrayValuesAsHashmapKeys=function(e){return r.getLookupTable(e)};r.getTiddlersWithField=function(e,t,n){if(!n||typeof n!==\"object\")n={};var i=n.tiddlers||$tw.wiki.allTitles();var l=n.limit||0;var a=n.isIncludeDrafts===true;var f=r.getDataMap();var u=Object.keys(i);for(var s=0;s<u.length;s++){var o=r.getTiddler(i[u[s]]);if(o.hasField(e)&&(!o.isDraft()||a)){if(!t||o.fields[e]===t){f[o.fields.title]=o;if(--l===0)break}}}return f};r.Exception=t;r.makeDraftTiddler=function(e){var t=$tw.wiki.findDraft(e);if(t){return $tw.wiki.getTiddler(t)}var n=$tw.wiki.getTiddler(e);t=r.generateDraftTitle(e);var i=new $tw.Tiddler(n,{title:t,\"draft.title\":e,\"draft.of\":e},$tw.wiki.getModificationFields());$tw.wiki.addTiddler(i);return i};r.generateDraftTitle=function(e){var t=0,r;do{r=\"Draft \"+(t?t+1+\" \":\"\")+\"of '\"+e+\"'\";t++}while($tw.wiki.tiddlerExists(r));return r};r.getFullScreenApis=function(){var e=document,t=e.body,r={_requestFullscreen:t.webkitRequestFullscreen!==undefined?\"webkitRequestFullscreen\":t.mozRequestFullScreen!==undefined?\"mozRequestFullScreen\":t.msRequestFullscreen!==undefined?\"msRequestFullscreen\":t.requestFullscreen!==undefined?\"requestFullscreen\":\"\",_exitFullscreen:e.webkitExitFullscreen!==undefined?\"webkitExitFullscreen\":e.mozCancelFullScreen!==undefined?\"mozCancelFullScreen\":e.msExitFullscreen!==undefined?\"msExitFullscreen\":e.exitFullscreen!==undefined?\"exitFullscreen\":\"\",_fullscreenElement:e.webkitFullscreenElement!==undefined?\"webkitFullscreenElement\":e.mozFullScreenElement!==undefined?\"mozFullScreenElement\":e.msFullscreenElement!==undefined?\"msFullscreenElement\":e.fullscreenElement!==undefined?\"fullscreenElement\":\"\",_fullscreenChange:e.webkitFullscreenElement!==undefined?\"webkitfullscreenchange\":e.mozFullScreenElement!==undefined?\"mozfullscreenchange\":e.msFullscreenElement!==undefined?\"MSFullscreenChange\":e.fullscreenElement!==undefined?\"fullscreenchange\":\"\"};if(!r._requestFullscreen||!r._exitFullscreen||!r._fullscreenElement){return null}else{return r}};r.flatten=function(e,t){t=t||{};var r=t.delimiter||\".\";var n=t.prefix||\"\";var i={};function l(e,a){Object.keys(e).forEach(function(f){var u=e[f];var s=t.safe&&Array.isArray(u);var o=Object.prototype.toString.call(u);var d=o===\"[object Object]\"||o===\"[object Array]\";var c=a?a+r+f:n+f;if(!s&&d){return l(u,c)}i[c]=u})}l(e);return i};r.unflatten=function(e,t){t=t||{};var n=t.delimiter||\".\";var i={};if(Object.prototype.toString.call(e)!==\"[object Object]\"){return e}function l(e){var t=Number(e);return isNaN(t)||e.indexOf(\".\")!==-1?e:t}Object.keys(e).forEach(function(a){var f=a.split(n);var u=l(f.shift());var s=l(f[0]);var o=i;while(s!==undefined){if(o[u]===undefined){o[u]=typeof s===\"number\"&&!t.object?[]:{}}o=o[u];if(f.length>0){u=l(f.shift());s=l(f[0])}}o[u]=r.unflatten(e[a],t)});return i};r.genUUID=function(){var e=\"0123456789abcdefghijklmnopqrstuvwxyz\".split(\"\");return function(){var t=e,r=new Array(36);var n=0,i;for(var l=0;l<36;l++){if(l==8||l==13||l==18||l==23){r[l]=\"-\"}else if(l==14){r[l]=\"4\"}else{if(n<=2)n=33554432+Math.random()*16777216|0;i=n&15;n=n>>4;r[l]=t[l==19?i&3|8:i]}}return r.join(\"\")}}();exports.utils=r})();",
"title": "$:/plugins/felixhayashi/tiddlymap/utils.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/view_abstraction.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/view_abstraction.js\ntype: application/javascript\nmodule-type: library\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){var t=require(\"$:/plugins/felixhayashi/tiddlymap/edgetype.js\").EdgeType;var i=function(t,e){this.createShortcuts();if(t instanceof i){return t}this.path=this.utils.getDataMap();this.path.config=this._getConfigPath(t);if(e){this._createView()}else if(!this.exists()){return}this.path.map=this.path.config+\"/map\";this.path.nodeFilter=this.path.config+\"/filter/nodes\";this.path.edgeFilter=this.path.config+\"/filter/edges\";this.path.visConfig=this.path.config+\"/vis\";this._ignoreOnNextRebuild=this.utils.getDataMap();this.rebuildCache(this.utils.getValues(this.path))};i.prototype.createShortcuts=function(){this.wiki=$tw.wiki;this.opt=$tw.tmap.opt;this.logger=$tw.tmap.logger;this.utils=$tw.tmap.utils};i.prototype._getConfigPath=function(t){if(t instanceof $tw.Tiddler){return t.fields.title}if(typeof t==\"string\"){t=this.utils.getWithoutPrefix(t,this.opt.path.views+\"/\");if(!this.utils.hasSubString(t,\"/\")){return this.opt.path.views+\"/\"+t}}};i.prototype.getPaths=function(){return this.path};i.prototype._createView=function(){if(this.exists()){this.destroy()}var t={};t.title=this.path.config;t[this.opt.field.viewMarker]=true;t.id=this.utils.genUUID();this.wiki.addTiddler(new $tw.Tiddler(t))};i.prototype.isLocked=function(){return this.wiki.isShadowTiddler(this.path.config)};i.prototype.refresh=function(t){return this.rebuildCache(Object.keys(t))};i.prototype.rebuildCache=function(t,i){if(!this.exists())return[];if(this.utils.inArray(this.path.config,t)){this.logger(\"debug\",\"Reloading config of view\",this.getLabel(),\"; trigger full rebuild\");t=this.utils.getValues(this.path)}var e=this._ignoreOnNextRebuild;this._ignoreOnNextRebuild=this.utils.getDataMap();var s=[];for(var r=0;r<t.length;r++){var o=t[r];if(!i&&e[o]){continue}else if(o===this.path.config){this.config=this.getConfig(null,true)}else if(o===this.path.map){this.positions=this.getPositions(true)}else if(o===this.path.nodeFilter){this.nodeFilter=this.getNodeFilter(null,true)}else if(o===this.path.edgeFilter){this.edgeFilter=this.getEdgeFilter(null,true)}else{continue}s.push(o)}return s};i.prototype.exists=function(){return this.utils.tiddlerExists(this.path.config)};i.prototype.getRoot=function(){return this.path.config};i.prototype.getCreationDate=function(t){if(!this.exists())return;var i=this.wiki.getTiddler(this.path.config).fields[\"created\"];if(t){return i instanceof Date?$tw.utils.formatDateString(i,\"DDth MMM YYYY\"):\"\"}return i};i.prototype.getLabel=function(){if(!this.exists())return;return this.utils.getBasename(this.path.config)};i.prototype.destroy=function(){if(!this.exists())return;var t=\"[prefix[\"+this.getRoot()+\"]]\";this.utils.deleteTiddlers(this.utils.getMatches(t));this.path=this.utils.getDataMap()};i.prototype.getReferences=function(){var t=\"[regexp:text[<\\\\$tiddlymap.*?view=.\"+this.getLabel()+\"..*?>]]\";return this.utils.getMatches(t)};i.prototype.rename=function(t){if(!this.exists()||typeof t!==\"string\"){return}if(this.utils.inArray(\"/\",t)){$tw.tmap.notify('A view name must not contain any \"/\"');return}var i=this.getLabel();if(i===t){return}for(index in this.path){var e=this.wiki.getTiddler(this.path[index]);if(!e)continue;this.path[index]=this.path[index].replace(i,t);this.wiki.addTiddler(new $tw.Tiddler(e,{title:this.path[index]}));this.wiki.deleteTiddler(e.fields.title)}this.rebuildCache(this.utils.getValues(this.path),true)};i.prototype.isEnabled=function(t){return this.utils.isTrue(this.getConfig(t),false)};i.prototype.getConfig=function(t,i,e){if(!this.exists()){var s=this.utils.getDataMap()}else if(!i&&this.config){var s=this.config}else{var r=this.wiki.getTiddler(this.path.config).fields;var s=this.utils.getPropertiesByPrefix(r,\"config.\");defaults={\"config.layout.active\":\"user\"};$tw.utils.extend(defaults,s)}return t?s[this.utils.startsWith(t,\"config.\")?t:\"config.\"+t]:s};i.prototype.getStabilizationIterations=function(){return this.stabIterations?this.stabIterations:1e3};i.prototype.getVisConfig=function(){var t=this.utils.parseFieldData(this.path.visConfig,\"text\",{});return this.utils.merge($tw.utils.extendDeepCopy(this.opt.config.vis),t)};i.prototype.setStabilizationIterations=function(t){};i.prototype.getHierarchyEdgeTypes=function(){if(this.getConfig(\"layout.active\")!==\"hierarchical\")return[];var t=this.utils.getPropertiesByPrefix(this.getConfig(),\"config.layout.hierarchical.order-by-\",true);var i=this.utils.getDataMap();for(var e in t){if(t[e]===\"true\"){var s=this.utils.getTiddler($tw.tmap.indeces.tById[e]);if(s){i[this.utils.getBasename(s.fields.title)]=true}}}return i};i.prototype.setConfig=function(){if(arguments[0]==null)return;if(arguments.length===1&&typeof arguments[0]===\"object\"){for(var t in arguments[0]){this.setConfig(t,arguments[0][t])}}else if(arguments.length===2&&typeof arguments[0]===\"string\"){var t=this.utils.getWithoutPrefix(arguments[0],\"config.\");var i=arguments[1];if(i===undefined){return}if(i===null){this.logger(\"debug\",\"Removing config\",t);delete this.config[\"config.\"+t]}else{if(t===\"edge_type_namespace\"&&typeof i===\"string\"&&i.length){i=i.replace(/([^:])$/,\"$1:\")}}this.logger(\"log\",\"Setting config\",t,i);this.config[\"config.\"+t]=i}else{return}this.wiki.addTiddler(new $tw.Tiddler(this.wiki.getTiddler(this.path.config),this.config));this._ignoreOnNextRebuild[this.path.config]=true};i.prototype.isExplicitNode=function(t){var i=this.utils.escapeRegex(this._getAddNodeFilterPart(t));return this.getNodeFilter(\"expression\").match(i)};i.prototype.isLiveView=function(t){return this.getLabel()===this.opt.misc.liveViewLabel};i.prototype.removeNodeFromFilter=function(t){if(!this.isExplicitNode(t))return false;var i=this.getNodeFilter(\"expression\");var e=i.replace(this._getAddNodeFilterPart(t),\"\");this.setNodeFilter(e);return true};i.prototype._getAddNodeFilterPart=function(t){return\"[field:\"+this.opt.field.nodeId+\"[\"+t.id+\"]]\"};i.prototype.setNodeFilter=function(t,i){if(!this.exists())return;t=t.replace(/[\\n\\r]/g,\" \");if(this.getNodeFilter.expression===t){return}if(this.isLiveView()&&!i){$tw.tmap.notify(\"It is forbidden to change the node filter of the live view!\");return}this.utils.setField(this.path.nodeFilter,\"filter\",t);this.logger(\"debug\",\"Node filter set to\",t);this.nodeFilter=this.getNodeFilter(null,true);this._ignoreOnNextRebuild[this.path.nodeFilter]=true};i.prototype.setEdgeFilter=function(t){if(!this.exists())return;t=t.replace(/[\\n\\r]/g,\" \");if(this.getEdgeFilter.expression===t){return}this.utils.setField(this.path.edgeFilter,\"filter\",t);this.logger(\"debug\",\"Edge filter set to\",t,this.path.edgeFilter);this.edgeFilter=this.getEdgeFilter(null,true);this._ignoreOnNextRebuild[this.path.edgeFilter]=true};i.prototype.appendToNodeFilter=function(t){var t=this.getNodeFilter(\"expression\")+\" \"+t;this.setNodeFilter(t)};i.prototype.addNodeToView=function(t){this.appendToNodeFilter(this._getAddNodeFilterPart(t));this.setNodePosition(t)};i.prototype.getEdgeFilter=function(t,i){if(!i&&this.edgeFilter){var e=this.edgeFilter}else{var e=this.utils.getDataMap();var s=this.wiki.getTiddler(this.path.edgeFilter);e.expression=s&&s.fields.filter?s.fields.filter:this.opt.filter.defaultEdgeFilter;e.compiled=this.wiki.compileFilter(e.expression)}return t?e[t]:e};i.prototype.getNodeFilter=function(t,i){if(!i&&this.nodeFilter){var e=this.nodeFilter}else{var e=this.utils.getDataMap();var s=this.wiki.getTiddler(this.path.nodeFilter);e.expression=s&&s.fields.filter?s.fields.filter:\"\";e.compiled=this.wiki.compileFilter(e.expression)}return t?e[t]:e};i.prototype.getPositions=function(t){if(!this.isLiveView()&&!t&&this.positions){return this.positions}var i=this.utils.parseFieldData(this.getPositionStore(),\"text\",{});this.logger(\"debug\",\"Loading positions\",i,\"from\",this.getPositionStore());return i};i.prototype.setPositions=function(t){if(!this.exists()||typeof t!==\"object\")return;$tw.tmap.logger(\"log\",\"Storing positions in\",this.getPositionStore());this.utils.writeFieldData(this.getPositionStore(),\"text\",t);this.positions=t;this._ignoreOnNextRebuild[this.path.map]=true};i.prototype.getPositionStore=function(){if(this.isLiveView()){var t=this.utils.getMatches(this.getNodeFilter(\"compiled\"))[0];if(t){return this.path.map+\"/\"+$tw.tmap.indeces.idByT[t]}}return this.path.map};i.prototype.setNodePosition=function(t){if(t&&t.x&&t.y){var i=this.getPositions();i[t.id]={x:t.x,y:t.y};this.setPositions(i)}};exports.ViewAbstraction=i})();",
"title": "$:/plugins/felixhayashi/tiddlymap/view_abstraction.js",
"type": "application/javascript",
"module-type": "library"
},
"$:/plugins/felixhayashi/tiddlymap/tmap.js": {
"text": "/*\\\ntitle: $:/plugins/felixhayashi/tiddlymap/tmap.js\ntype: application/javascript\nmodule-type: macro\n\nIn connection with tiddlymap, this macro allows us to access\nsystem information from within tiddlers as well as to execute some\nutil functions.\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.name=\"tmap\";exports.params=function(r){var t=[];for(var e=0;e<r;e++){t.push({name:\"arg\"+e})}return t}(5);var r=function(){return};exports.run=function(){var r=$tw.tmap.utils;switch(arguments[0]){case\"basename\":return r.getBasename(arguments[1]||this.getVariable(\"currentTiddler\"));case\"testJSON\":var t=$tw.wiki.getTiddler(this.getVariable(\"currentTiddler\"));try{JSON.parse(t.fields[arguments[1]]);return\"valid\"}catch(e){return\"malformed\"}case\"splitAndSelect\":var a=this.getVariable(\"currentTiddler\");var n=a.split(arguments[1])[arguments[2]];return n!=null?n:a;case\"uuid\":return r.genUUID();case\"option\":var s=$tw.tmap.opt;var i=arguments[1].split(\".\");for(var u=0;u<i.length;u++){if(typeof s==\"object\"&&s[i[u]]){s=s[i[u]]}else{return\"property doesn't exist\"}}if(!(typeof s==\"string\"))return\"property is not a string\";return s}return\"wrong signature\"}})();",
"title": "$:/plugins/felixhayashi/tiddlymap/tmap.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/plugins/felixhayashi/tiddlymap/caretaker.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/caretaker.js\ntype: application/javascript\nmodule-type: startup\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.name=\"tmap.caretaker\";exports.platforms=[\"browser\"];exports.after=[\"startup\"];exports.before=[\"rootwidget\"];exports.synchronous=true;var e=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var t=require(\"$:/plugins/felixhayashi/tiddlymap/adapter.js\").Adapter;var i=require(\"$:/plugins/felixhayashi/tiddlymap/dialog_manager.js\").DialogManager;var a=require(\"$:/plugins/felixhayashi/tiddlymap/callback_manager.js\").CallbackManager;var s=require(\"$:/plugins/felixhayashi/vis/vis.js\");var r=function(t){var i=t;if(!i.path)i.path=e.getDataMap();i.path.pluginRoot=\"$:/plugins/felixhayashi/tiddlymap\";i.path.edgeTypes=\"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes\";i.path.listEdgeTypes=\"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:\";i.path.fieldEdgeTypes=\"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-field:\";i.path.views=\"$:/plugins/felixhayashi/tiddlymap/graph/views\";i.path.options=\"$:/plugins/felixhayashi/tiddlymap/config\";i.path.tempRoot=\"$:/temp/felixhayashi/tiddlymap\";i.path.localHolders=\"$:/temp/felixhayashi/tiddlymap/holders\";i.path.dialogs=\"$:/plugins/felixhayashi/tiddlymap/dialog\";i.path.footers=\"$:/plugins/felixhayashi/tiddlymap/dialogFooter\";if(!i.ref)i.ref=e.getDataMap();i.ref.defaultGraphViewHolder=\"$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder\";i.ref.graphBar=\"$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar\";i.ref.sysConf=\"$:/plugins/felixhayashi/tiddlymap/config/sys\";i.ref.sysUserConf=\"$:/plugins/felixhayashi/tiddlymap/config/sys/user\";i.ref.visConf=\"$:/plugins/felixhayashi/tiddlymap/config/vis\";i.ref.visUserConf=\"$:/plugins/felixhayashi/tiddlymap/config/vis/user\";i.ref.welcomeFlag=\"$:/plugins/felixhayashi/tiddlymap/flag/welcome\";i.ref.focusButton=\"$:/plugins/felixhayashi/tiddlymap/misc/focusButton\";i.ref.sysMeta=\"$:/plugins/felixhayashi/tiddlymap/misc/meta\";i.ref.sidebarBreakpoint=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\";if(!i.config)i.config=e.getDataMap();i.config.sys=e.merge($tw.wiki.getTiddlerData(i.ref.sysConf,{}),e.unflatten($tw.wiki.getTiddlerData(i.ref.sysUserConf,{})));i.config.vis=e.merge($tw.wiki.getTiddlerData(i.ref.visConf,{}),e.unflatten($tw.wiki.getTiddlerData(i.ref.visUserConf,{})));if(!i.field)i.field=e.getDataMap();$tw.utils.extend(i.field,i.config.sys.field);if(!i.misc)i.misc=e.getDataMap();i.misc.unknownEdgeLabel=\"tmap:undefined\";i.misc.cssPrefix=\"tmap-\";i.misc.sysEdgeTypeNS=\"tmap\";i.misc.liveViewLabel=\"Live View\";if(!i.filter)i.filter=e.getDataMap();i.filter.edgeTypes=\"[prefix[\"+i.path.edgeTypes+\"]]\";i.filter.listEdgeTypes=\"[prefix[\"+i.path.listEdgeTypes+\"]]\";i.filter.fieldEdgeTypes=\"[prefix[\"+i.path.fieldEdgeTypes+\"]]\";i.filter.views=\"[has[\"+i.field.viewMarker+\"]]\";i.filter.defaultEdgeFilter=i.filter.edgeTypes+\"-[suffix[tw-body:link]]\"+\"-[suffix[tw-list:tags]]\";+\"-[suffix[tw-list:list]]\";if(!i.selector)i.selector=e.getDataMap();var a=\"[all[tiddlers+shadows]!has[draft.of]]\";i.selector.allEdgeTypes=a+\" +\"+i.filter.edgeTypes;i.selector.allEdgeTypesByLabel=i.selector.allEdgeTypes+\" +[removeprefix[\"+i.path.edgeTypes+\"/]]\";i.selector.allViews=a+\" +\"+i.filter.views;i.selector.allViewsByLabel=i.selector.allViews+\"+[removeprefix[\"+i.path.views+\"/]]\";i.selector.allPotentialNodes=\"[all[tiddlers]!is[system]!has[draft.of]]\";i.selector.allListEdgeStores=a+\" +\"+i.filter.listEdgeTypes+\" +[removeprefix[\"+i.path.listEdgeTypes+\"]]\";i.selector.allFieldEdgeStores=a+\" +\"+i.filter.fieldEdgeTypes+\" +[removeprefix[\"+i.path.fieldEdgeTypes+\"]]\"};var l=function(t){$tw.tmap.start(\"Attaching Indeces\");if(!t.indeces){t.indeces={tById:e.getDataMap(),idByT:e.getDataMap()}}var i=$tw.wiki.allTitles();for(var a=0;a<i.length;a++){var s=i[a];var r=$tw.wiki.getTiddler(s);if(!e.isSystemOrDraft(r)){var l=r.fields[$tw.tmap.opt.field.nodeId];if(!l){l=e.genUUID();e.setField(r,$tw.tmap.opt.field.nodeId,l)}t.indeces.tById[l]=s;t.indeces.idByT[s]=l}}$tw.tmap.stop(\"Attaching Indeces\")};var d=function(t){var i=t;var a=function(){};if(e.isTrue($tw.tmap.opt.config.sys.debug,false)&&console){i.logger=function(){if(arguments.length<2)return;var e=Array.prototype.slice.call(arguments);var t=e.shift(e);var i=console.hasOwnProperty(t)?t:\"debug\";console[i].apply(console,e)};i.start=function(e){console.time(\"timer: \"+e)};i.stop=function(e){console.timeEnd(\"timer: \"+e)}}else{i.logger=a;i.start=a;i.stop=a}i.notify=$tw.tmap.opt.config.sys.notifications===\"true\"?e.notify:a};var p=function(){for(var e=$tw.tmap.registry.length-1;e>=0;e--){var t=$tw.tmap.registry[e];if(t.isZombieWidget()){$tw.tmap.logger(\"warn\",\"A graph has been removed.\");t.destruct();$tw.tmap.registry.splice(e,1)}}};var f=function(t){var i=$tw.tmap.opt.field.nodeId;var a=t.fields[i];if(!a)return;var s=$tw.tmap.opt;var r=e.getTiddlersWithField(i,a,{limit:2});delete r[t.fields.title];var l=Object.keys(r)[0];if(l){var d={param:{changedTiddler:t.fields.title,existingTiddler:l,idField:i,id:a}};$tw.tmap.dialogManager.open(\"dublicateIdInfo\",d)}if(l){e.setField(t,$tw.tmap.opt.field.edges,undefined);$tw.tmap.adapter.assignId(t,true)}};var n=function(t){if(!t)t=$tw.tmap;if(!t.opt)t.opt=e.getDataMap();r(t.opt);d(t,t.opt);$tw.tmap.logger(\"warn\",\"Rebuilt globals\")};var o=function(t){if(t[\"$:/HistoryList\"]){var i=e.getField(\"$:/HistoryList\",\"current-tiddler\")}else if(t[\"$:/temp/focussedTiddler\"]){var i=e.getField(\"$:/temp/focussedTiddler\",\"text\")}if(i!=null){e.setField(\"$:/temp/tmap/currentTiddler\",\"text\",i)}};var g=function(t){var i=\"[prefix[\"+$tw.tmap.opt.path.options+\"]!has[draft.of]]\";if(e.getMatches(i,Object.keys(t)).length){n()}};var m=function(t){if(e.isTrue($tw.tmap.opt.config.sys.debug,false)){for(var i in t){if(t[i].deleted){$tw.tmap.logger(\"warn\",\"Tiddler deleted:\",i)}else{$tw.tmap.logger(\"warn\",\"Tiddler modified:\",e.getTiddler(i))}}}};var y=function(t){$tw.wiki.addEventListener(\"change\",function(i){$tw.tmap.start(\"Caretaker handling changes\");m(i);t.handleChanges(i);g(i);for(var a in i){if(e.isSystemOrDraft(a))continue;var s=e.getTiddler(a);if(s){f(s);$tw.tmap.adapter.assignId(s)}else{}}o(i);$tw.tmap.stop(\"Caretaker handling changes\")})};var c=function(){if(e.tiddlerExists($tw.tmap.opt.ref.sysMeta))return;$tw.tmap.logger(\"warn\",\"Creating meta file\");var t=$tw.wiki.getTiddler($tw.tmap.opt.path.pluginRoot);$tw.wiki.setTiddlerData($tw.tmap.opt.ref.sysMeta,{originalVersion:t.fields.version,dataStructureState:\"0.6.9\",showWelcomeMessage:true})};exports.startup=function(){$tw.tmap=e.getDataMap();$tw.tmap.utils=e;$tw.tmap.keycharm=s.keycharm;$tw.tmap.registry=[];window.setInterval(p,1e3);n($tw.tmap);l($tw.tmap);$tw.tmap.adapter=new t;c();$tw.tmap.callbackManager=new a;$tw.tmap.dialogManager=new i($tw.tmap.callbackManager);y($tw.tmap.callbackManager);$tw.tmap.logger(\"warn\",\"TiddlyMap's caretaker successfully started\")}})();",
"title": "$:/plugins/felixhayashi/tiddlymap/caretaker.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/felixhayashi/tiddlymap/fixer.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/fixer.js\ntype: application/javascript\nmodule-type: startup\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.name=\"tmap.fixer\";exports.after=[\"tmap.caretaker\"];exports.before=[\"rootwidget\"];exports.synchronous=true;var t=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var e=require(\"$:/plugins/felixhayashi/tiddlymap/adapter.js\").Adapter;var r=require(\"$:/plugins/felixhayashi/tiddlymap/view_abstraction.js\").ViewAbstraction;var a=require(\"$:/plugins/felixhayashi/tiddlymap/edgetype.js\").EdgeType;var i=function(e,r){var i=t.getByPrefix(e);for(var s=0;s<i.length;s++){var p=t.getBasename(i[s]);if(p===\"__noname__\"){p=\"tmap:unknown\"}p=new a(p);if(!p.exists())p.persist();var d=$tw.wiki.getTiddlerData(i[s]);for(var u=0;u<d.length;u++){d[u].type=(r?r+\":\":\"\")+p.getId();$tw.tmap.adapter.insertEdge(d[u])}$tw.wiki.deleteTiddler(i[s])}};exports.startup=function(){var e=$tw.wiki.getTiddlerData($tw.tmap.opt.ref.sysMeta,{});var a=$tw.wiki.getTiddler($tw.tmap.opt.path.pluginRoot);$tw.tmap.logger(\"debug\",\"Fixer is started\");$tw.tmap.logger(\"debug\",\"Data-structure currently in use: \",e.dataStructureState);var s={before:\"0.6.11\",after:\"0.7.0\"};if($tw.utils.checkVersions(s.before,e.dataStructureState)){$tw.tmap.logger(\"debug\",\"Upgrading data structure to\",s.after);i(\"$:/plugins/felixhayashi/tiddlymap/graph/edges\",null);var p=$tw.tmap.opt.selector.allViews;var d=t.getMatches(p);for(var u=0;u<d.length;u++){var g=new r(d[u]);i(g.getRoot()+\"/graph/edges\",g)}t.setEntry($tw.tmap.opt.ref.sysMeta,\"dataStructureState\",s.after)}var s={before:\"0.7.31\",after:\"0.7.32\"};if($tw.utils.checkVersions(s.before,e.dataStructureState)){$tw.tmap.logger(\"debug\",\"Upgrading data structure to\",s.after);var l=$tw.tmap.adapter.getView(\"Live View\");l.setNodeFilter(\"[field:title{$:/temp/tmap/currentTiddler}]\",true);l.setConfig({\"refresh-trigger\":null,\"refresh-triggers\":$tw.utils.stringifyList([\"$:/temp/tmap/currentTiddler\"])});t.setEntry($tw.tmap.opt.ref.sysMeta,\"dataStructureState\",s.after)}}})();",
"title": "$:/plugins/felixhayashi/tiddlymap/fixer.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/felixhayashi/tiddlymap/startup/listener.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/startup/listener.js\ntype: application/javascript\nmodule-type: startup\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";exports.name=\"tmap.listener\";exports.platforms=[\"browser\"];exports.after=[\"rootwidget\",\"tmap.caretaker\"];exports.before=[\"story\"];exports.synchronous=true;var e=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var t=require(\"$:/plugins/felixhayashi/tiddlymap/edgetype.js\").EdgeType;var a=function(){this.adapter=$tw.tmap.adapter;this.wiki=$tw.wiki;this.logger=$tw.tmap.logger;this.opt=$tw.tmap.opt;e.addListeners({\"tmap:tm-remove-edge\":this.handleRemoveEdge,\"tmap:tm-fill-edge-type-form\":this.handleFillEdgeTypeForm,\"tmap:tm-save-edge-type-form\":this.handleSaveEdgeTypeForm,\"tmap:tm-create-edge-type\":this.handleCreateEdgeType,\"tmap:tm-create-edge\":this.handleCreateEdge,\"tmap:tm-suppress-dialog\":this.handleSuppressDialog,\"tmap:tm-generate-widget\":this.handleGenerateWidget,\"tmap:tm-download-graph\":this.handleDownloadGraph,\"tmap:tm-manage-edge-types\":this.handleManageEdgeTypes,\"tmap:tm-cancel-dialog\":this.handleCancelDialog,\"tmap:tm-confirm-dialog\":this.handleConfirmDialog},$tw.rootWidget,this)};a.prototype.handleCancelDialog=function(t){e.setField(t.param,\"text\",\"\")};a.prototype.handleConfirmDialog=function(t){e.setField(t.param,\"text\",\"1\")};a.prototype.handleManageEdgeTypes=function(e){if(!e.paramObject)e.paramObject={};var t={param:{filter:this.opt.selector.allEdgeTypesByLabel+\" +[search:title{$:/temp/tmap/edgeTypeSearch}]\"+\" +[sort[title]]\"}};var a=$tw.tmap.dialogManager.open(\"edgeTypeManager\",t);var p=e.paramObject.type;if(p){this.handleFillEdgeTypeForm({paramObject:{id:p,output:a.fields[\"output\"]}})}};a.prototype.handleSuppressDialog=function(t){if(e.isTrue(t.paramObject.suppress,false)){e.setEntry(this.opt.ref.sysUserConf,\"suppressedDialogs.\"+t.paramObject.dialog,true)}};a.prototype.handleDownloadGraph=function(t){var a=this.adapter.getGraph({view:t.paramObject.view});a.nodes=e.convert(a.nodes,\"array\");a.edges=e.convert(a.edges,\"array\");e.setField(\"$:/temp/tmap/export\",\"text\",JSON.stringify(a,null,2));$tw.rootWidget.dispatchEvent({type:\"tm-download-file\",param:\"$:/temp/tmap/export\",paramObject:{filename:t.paramObject.view+\".json\"}})};a.prototype.handleGenerateWidget=function(e){if(!e.paramObject)e.paramObject={};var t={dialog:{preselects:{view:e.paramObject.view||\"Default\"}}};$tw.tmap.dialogManager.open(\"getWidgetCode\",t)};a.prototype.handleRemoveEdge=function(e){this.adapter.deleteEdge(e.paramObject)};a.prototype.handleCreateEdge=function(e){var t={from:this.adapter.makeNode(e.paramObject.from).id,to:this.adapter.makeNode(e.paramObject.to).id,type:e.paramObject.label,id:e.paramObject.id};this.adapter.insertEdge(t);$tw.tmap.notify(\"Edge inserted\")};a.prototype.handleSaveEdgeTypeForm=function(a){var p=e.getTiddler(a.paramObject.output);var i=new t(p.fields.id);if(e.isTrue(p.fields[\"temp.deleteType\"],false)){this.logger(\"debug\",\"Deleting type\",i);this.adapter._processEdgesWithType(i,{action:\"delete\"});this.wiki.addTiddler(new $tw.Tiddler({title:a.paramObject.output}));$tw.tmap.notify(\"Deleted type\")}else{i.loadDataFromTiddler(p);i.persist();if(!p.fields[\"temp.newId\"]){e.setField(p,\"temp.newId\",p.fields[\"id\"])}else if(p.fields[\"temp.newId\"]!==p.fields[\"id\"]){this.adapter._processEdgesWithType(i,{action:\"rename\",newName:p.fields[\"temp.newId\"]});e.setField(p,\"id\",p.fields[\"temp.newId\"])}$tw.tmap.notify(\"Saved type data\")}};a.prototype.handleFillEdgeTypeForm=function(a){var p=new t(a.paramObject.id);var i=a.paramObject.output;var r=this.adapter.selectEdgesByType(p);p.persist(i,true);e.setField(i,\"temp.idImmutable\",p.isShipped()?\"true\":\"\");e.setField(i,\"temp.newId\",p.getId());e.setField(i,\"temp.usageCount\",Object.keys(r).length);e.deleteByPrefix(\"$:/state/tabs/edgeTypeManager\")};a.prototype.handleCreateEdgeType=function(a){var p=this.wiki.generateNewTitle(this.opt.path.edgeTypes+\"/New Type\");var i=new t(e.getBasename(p));i.persist();this.handleFillEdgeTypeForm({paramObject:{id:i.getId(),output:a.paramObject.output}})};exports.startup=function(){new a}})();",
"title": "$:/plugins/felixhayashi/tiddlymap/startup/listener.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/cannotDeleteViewDialog": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/cannotDeleteViewDialog",
"subtitle": "{{$:/core/images/locked-padlock}} You cannot delete this view!",
"text": "It is not possible to delete the current view as ''<<count>>'' tiddlers\nare referencing it. To delete the view you must first remove the tiddlymap\nwidgets in the tiddlers listed below or change their view attributes.\n\n''References''\n\n<ul>\n<$list filter=<<filter>> variable=\"item\">\n <li><$link><<item>></$link></li>\n</$list>\n</ul>\n\nAfter the references are removed, you may delete the view."
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureTiddlyMap": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureTiddlyMap",
"subtitle": "{{$:/core/images/options-button}} Configuration of ~TiddlyMap",
"text": "<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\">\n\nPlease visit the [[online docs|http://tiddlymap.org#Changing%20TiddlyMap's%20default%20configuration]] for more information about the following options.\n\n<fieldset>\n <legend>Field settings</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row title:\"Node-id field\" field:\"config.sys.field.nodeId\" type:\"input-text\"\n descr:\"Field with a unqiue value to identify tiddlers and trace their changes (missing ids are autogenerated).\"\n note:\"Setting this field to 'title' will prevent ~TiddlyMap from discovering name changes.\">>\n <<tmap-row title:\"Node-icon field\" field:\"config.sys.field.nodeIcon\" type:\"input-text\"\n descr:\"Local image used as node image in the graphs.\">>\n <<tmap-row title:\"Node-label field\" field:\"config.sys.field.nodeLabel\" type:\"input-text\" \n descr:\"Alternative node label to use instead of the title.\">>\n <<tmap-row title:\"Node-info field\" field:\"config.sys.field.nodeInfo\" type:\"input-text\"\n descr:\"Field used as tooltip when hovering a node in a graph.\"\n note:\"It is prohibited to use the text field here.\">>\n </table> \n</fieldset>\n\n<fieldset><legend>System's talkativeness</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row title:\"Debug output\" field:\"config.sys.debug\" type:\"input-checkbox\"\n descr:\"Set this to true if you want debug information to be displayed in the browser console.\">>\n <<tmap-row title:\"Show notifications\" field:\"config.sys.notifications\" type:\"input-checkbox\"\n descr:\"Set this to true if you want to receive fade-out notifications for important events.\">>\n </table> \n</fieldset>\n\n<fieldset><legend>Interaction & behaviour</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row title:\"Allow single click mode\" field:\"config.sys.singleClickMode\" type:\"input-checkbox\"\n descr:\"A single click on a node is sufficient to open the corresponding tiddler.\"\n note:\"Drag and drop will still work and does not cause a tiddler to be opened.\">>\n <<tmap-row title:\"Edge click behaviour\" field:\"config.sys.edgeClickBehaviour\" type:\"input-select\"\n selectFilter:\"[[nothing|Nothing]] [[manager|Open edge-type manager]]\"\n descr:\"What should happen when you click on an edge?\">>\n <<tmap-row type:\"input-select\" title:\"Raster size\" field:\"config.sys.raster\"\n selectFilter:\"[[|disabled]] [[5|5px]] [[10|10px]] [[15|15px]] [[20|20px]] [[30|30px]] [[40|40px]]\"\n descr:\"Snap nodes to an invisible raster of the given size after drag'n'drop.\"\n note:\"Only works when the view is not in floating mode\">>\n </table>\n</fieldset>\n\n</$importvariables>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/configureView": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/configureView",
"subtitle": "{{$:/core/images/theme-button}} View configuration -- <<view>>",
"text": "<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\">\n\n<fieldset><legend>Statistics</legend>\n <table class=\"tmap-key-value-table\">\n <tr>\n <th align=\"left\">Created on</th>\n <td><<createdOn>></td>\n </tr>\n <tr>\n <th align=\"left\">Nodes contained in graph</th>\n <td><<numberOfNodes>></td>\n </tr>\n <tr>\n <th align=\"left\">Edges contained in graph</th>\n <td><<numberOfEdges>></td>\n </tr>\n </table>\n</fieldset>\n\n<fieldset><legend>Export</legend>\n <$button>Download graph (JSON format)\n <$action-sendmessage $message=\"tmap:tm-download-graph\" view=<<view>> />\n </$button>\n</fieldset>\n\n\n<fieldset><legend>Layout</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row title:\"Floating nodes\" field:\"config.physics_mode\" type:\"input-checkbox\"\n descr:\"Set this to true if you want your nodes to freely swirl around.\">>\n </table>\n</fieldset>\n\n<fieldset><legend>Other</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row title:\"Edge-type namespace\" field:\"config.edge_type_namespace\" type:\"input-text\"\n descr:\"A namespace (like 'foaf' in 'foaf:knows') that will be automatically added to all edge-types you create in this view.\"\n note:\"All namespaces are automatically stripped when the edge label is displayed in the graph\">>\n </table>\n</fieldset>\n\n<fieldset><legend>Neighbourhood</legend>\n <table class=\"tmap-config-table\">\n <<tmap-row title:\"Neighbourhood scope\" field:\"config.neighbourhood_scope\" type:\"input-select\"\n selectFilter:\"[[0|Do not display a neighbourhood]] [[1|1 steps away]] [[2|2 steps away]] [[3|3 steps away]] [[4|4 steps away]] [[5|5 steps away]] [[*|No limit]]\"\n descr:\"Display the neighbourhood that can be reached within the given number of steps starting from the matches returned by the node filter.\">>\n <<tmap-row type:\"input-checkbox\" title:\"Show inter-neighbour edges\" field:\"config.show_inter_neighbour_edges\"\n descr:\"When neighbours are displayed in a map along with matches, also display their relations to other neighbours\">>\n </table>\n</fieldset>\n\n</$importvariables>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getConfirmation": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getConfirmation",
"subtitle": "{{$:/core/images/import-button}} You must confirm in order to proceed!",
"text": "<<message>>\n\n''Are you really sure you want to do this?''\n\n\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/createView": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/createView",
"subtitle": "{{$:/core/images/new-button}} Creating a new view",
"text": "Please specify a view name.\n\nName:\n<$edit-text focus=\"true\" tiddler=<<output>> field=\"text\" type=\"text\" tag=\"input\" default=\"\"\n class=\"tmap-trigger-field tmap-triggers-ok-button-on-enter\" /> <sup>[1]</sup>\n\n---\n\n<sup>[1]</sup> <small>Attention: using the name of an existing view will overwrite it!</small>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/deleteNodeDialog": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/deleteNodeDialog",
"subtitle": "{{$:/core/images/delete-button}} Deleting the node named \"<<var.nodeLabel>>\"",
"text": "''Please choose an option or abort:''\n\n<$radio tiddler=<<output>> field=\"opt.delete\" value=\"from system\">\n Delete from system <sup>[1]</sup>\n</$radio><br />\n<$radio tiddler=<<output>> field=\"opt.delete\" value=\"from filter\">\n Delete from graph's filter <sup>[2]</sup>\n</$radio>\n\n---\n\n<sup>[1]</sup>\n<small>This will delete the node named \"<<var.nodeLabel>>\" ''and'' the corresponding tiddler named \"<<var.nodeRef>>\" ''and'' all connected edges.</small><br/>\n<sup>[2]</sup>\n<small>''Important:'' Removing a node from the graph's filter only works, if the node has been added in the map editor per double click or via \"Add Node\". Then we can delete the node \"<<var.nodeLabel>>\" from the existing filter used by the graph without removing the underlying tiddler. If the node hasn't been added as mentioned above, you need to change the underlying tiddler in a way that it doesn't match your filter anymore, if you want it to be removed from the graph.</small>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/dublicateIdInfo": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/dublicateIdInfo",
"subtitle": "{{$:/core/images/info-button}} Dublicate id detected",
"buttons": "ok_suppress",
"text": "~TiddlyMap requires the value of the id field (\"<<param.idField>>\") to be\nunique in order to correctly identify nodes and tiddlers.\n\nThe tiddler \"<<param.changedTiddler>>\" had the same id as the\ntiddler \"<<param.existingTiddler>>\".\n\nTherefore ~TiddlyMap\n\n* assigned a new id to tiddler \"<<param.changedTiddler>>\"\n* removed all edges from \"<<param.changedTiddler>>\"\n\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/edgeNotVisible": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/edgeNotVisible",
"subtitle": "{{$:/core/images/info-button}} Edge will not be visible in view \"<<view>>\"",
"buttons": "ok_suppress",
"text": "~TiddlyMap just noticed that you created an edge of type <<type>> that will not be visible in this view.\n\nThe reason is that the view's edge filter prevents edges of type \"<<type>>\" from being displayed. To change this, open the view's menu and change the edge-filter configuration.\n\nFor further information, please see: [[Node and edge-type filters|http://tiddlymap.org#Node%20and%20edge-type%20filters]]."
},
"$:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/deleteType": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/deleteType",
"caption": "Removal",
"text": "<table class=\"tmap-config-table\">\n <$macrocall $name=\"tmap-row\" title=\"Delete type\" field=\"temp.deleteType\" type=\"input-checkbox\" default={{!id}} readonly={{!!temp.idImmutable}}\n descr=\"If you want to delete this edge-type, set this to true and click the save button afterwards. System types (e.g. 'tw-body:link') cannot be deleted.\"\n note=\"Consequently, all edges of this type will be deleted.\" />\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/description": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/description",
"caption": "Description",
"text": "<table class=\"tmap-config-table\">\n <<tmap-row title:\"Description\" field:\"description\" type:\"input-textarea\"\n descr:\"An optional description for this edge-type. The description will be displayed as tooltip when moving the mouse over an edge of this type.\">>\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/generalSettings": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/generalSettings",
"caption": "General",
"text": "<table class=\"tmap-config-table\">\n <$macrocall $name=\"tmap-row\" title=\"Identifier\" field=\"temp.newId\" type=\"input-text\" default={{!!id}} readonly={{!!temp.idImmutable}}\n descr=\"A unique identifier (e.g. "foaf:name").\" #FFA500/>\n <<tmap-row title:\"Label\" field:\"label\" type:\"input-text\"\n descr:\"An optional alias used as edge-label.\">>\n <<tmap-row title:\"Show label\" field:\"show-label\" type:\"input-checkbox\" default:\"true\"\n descr:\"If unchecked, no edge label will be displayed.\">>\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/overview": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/overview",
"caption": "Overview",
"text": "! {{!!id}}\n\n<table class=\"tmap-key-value-table\">\n <$set name=\"self\" value=<<currentTiddler>>>\n <$list filter=\"[[Created on|created]]\n [[Modified on|modified]]\n [[Edges of this type|temp.usageCount]] \">\n <tr>\n <th align=\"left\"><<tmap \"splitAndSelect\" \"|\" \"0\">></th>\n <td>\n <$transclude tiddler=<<self>> field=<<tmap \"splitAndSelect\" \"|\" \"1\">> />\n </td>\n </tr>\n </$list>\n </$set>\n</table>\n\n{{!!description}}\n\n "
},
"$:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/styling": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/styling",
"caption": "Styling",
"text": "\\define flashTypeClass() tmap-flash-message tmap-$(flashType)$\n\n<$set name=\"trigger\" value={{!!style}}>\n<$set name=\"flashType\" value=<<tmap \"testJSON\" \"style\">>>\n<div class=<<flashTypeClass>>>The JSON you entered is: <<flashType>></div>\n</$set>\n</$set>\n\n<table class=\"tmap-config-table\">\n <$macrocall $name=\"tmap-row\" title=\"Styling\" field=\"style\" type=\"input-textarea\" test=\"json\"\n descr=\"Edge-types can be styled using a JSON format and the styling properties [[defined by Vis.js|http://visjs.org/docs/network/edges.html]]. Please [[validate your JSON|http://jsonlint.com/]] before saving.\" />\n</table>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager",
"subtitle": "{{$:/core/images/tag-button}} Edge-type manager",
"buttons": "edge_type_manager",
"text": "\\define defaultTab() $:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/overview\n\\define settingsTab() $:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/generalSettings\n\n<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]] [[$:/core/macros/tabs]]\">\n\n<div id=\"edge-type-manager\">\n <div>\n <div class=\"searchbar\">\n <$edit-text focus=\"true\" tiddler=\"$:/temp/tmap/edgeTypeSearch\" type=\"search\" tag=\"input\" default=\"\" />\n </div>\n <ul>\n <$list filter=<<param.filter>> emptyMessage=\"//No results//\">\n <li>\n <$button class=\"tc-btn-invisible tmap-link\">{{!!title}}\n <$action-setfield $tiddler=<<qualify \"$:/state/tabs/edgeTypeManager\">> text=<<defaultTab>> />\n <$action-sendmessage $message=\"tmap:tm-fill-edge-type-form\" id={{!!title}} output=<<output>> />\n </$button>\n </li>\n </$list>\n </ul>\n </div>\n <div>\n <$reveal type=\"nomatch\" text=\"\" default={{!!id}} >\n <$macrocall $name=\"tabs\" default=<<defaultTab>> state=\"$:/state/tabs/edgeTypeManager\"\n tabsList=\"[all[shadows]prefix[$:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/]]\" />\n </$reveal>\n <$reveal type=\"match\" text=\"\" default={{!!id}} >\n <div style=\"text-align: center;\">Please select an edge-type from the list or create a new one.</div>\n </$reveal>\n </div>\n</div>\n\n</$importvariables>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/editFilters": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/editFilters",
"subtitle": "{{$:/core/images/edit-button}} Filter editor -- <<view>>",
"text": "<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\">\n\n<fieldset>\n <legend>Filters <sup>[1]</sup></legend>\n <table class=\"tmap-config-table\">\n <<tmap-row title:\"Node filter\" field:\"prettyNodeFilter\" type:\"input-textarea\"\n descr:\"Show tiddlers in the graph that match this filter. Drafts and system tiddlers are automatically excluded.\">>\n <<tmap-row title:\"Edge filter\" field:\"prettyEdgeFilter\" type:\"input-textarea\"\n descr:\"Show edges that match this filter\" >>\n </table> \n</fieldset>\n\n</$importvariables>\n\n---\n\n<sup>[1]</sup> A new line is equivalent to a space symbol.<br />\n<sup>[2]</sup> It is suggested to read [[Node and edge-type filters|http://tiddlymap.org#Node%20and%20edge-type%20filters]] and [[Edge-type namespaces|http://tiddlymap.org#Node%20and%20edge-type%20filters]] before using ~Tiddlymap's filter editor. Completely new to filters? Please see [[Introduction to filter notation|http://tiddlywiki.com/#Introduction%20to%20filter%20notation]].\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenTiddlerEditor",
"subtitle": "{{$:/core/images/edit-button}} <<param.ref>>",
"text": "<div class=\"tmap-modal-editor\">\n <$edit-text tiddler=<<param.ref>> field=\"color\" tag=\"input\" type=\"color\"/>\n <$importvariables filter=\"[all[tiddlers+shadows]prefix[$:/core/macros/]]\">\n <$set name=\"currentTiddler\" value=<<param.ref>> >\n <$transclude tiddler=\"$:/core/ui/EditTemplate\" field=\"text\" mode=\"block\" />\n </$set>\n </$importvariables>\n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/fieldChanged": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/fieldChanged",
"subtitle": "{{$:/core/images/info-button}} The field \"<<name>>\" changed",
"text": "You changed the field \"<<name>>\" from \"<<oldValue>>\" to \"<<newValue>>\".\n\nIt is recommended to let ~TiddlyMap copy all values from the former field \"<<oldValue>>\" to the new field \"<<newValue>>\" so the data stored in \"<<oldValue>>\" is not lost. This operation has to be done now or never.\n\nDo you want to move each tiddler's existing \"<<oldValue>>\" value to \"<<newValue>>\"? Please note that any value currently stored in \"<<newValue>>\" would consequently be overridden and the old field \"<<oldValue>>\" would be eventually removed!"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenNotSupported": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/fullscreenNotSupported",
"subtitle": "{{$:/core/images/info-button}} Your machine does not support fullscreen",
"buttons": "ok_suppress",
"text": "Please have a look [[here|http://caniuse.com/#feat=fullscreen]] to see a list of supported devices/browsers.\n\nSorry for this :(\n\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getWidgetCode": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getWidgetCode",
"subtitle": "{{$:/core/images/permalink-button}} Widget Code Generator",
"buttons": "ok",
"text": "<$importvariables filter=\"[[$:/plugins/felixhayashi/tiddlymap/misc/macros]]\">\n\nThe following wizard will assist you in creating the widget code you can use (copy'n'paste) to embed this view in a tiddler. Please visit the [[online demo|http://tiddlymap.org]] for some examples on how the attributes below affect the displayed graph.\n\n''Widget-code''\n\n<pre style=\"white-space: normal;\">\n<$tiddlymap\n\nview=\"{{!!view}}\"\n\n<$list filter=\"[field:title<output>field:var.click-to-use[false]]\">\n click-to-use=\"false\"\n</$list>\n<$list filter=\"[field:title<output>has[var.editor]]\">\n editor=\"<$view tiddler=<<output>> field='var.editor' />\"\n</$list>\n<$list filter=\"[field:title<output>has[var.width]]\">\n width=\"<$view tiddler=<<output>> field='var.width' />\"\n</$list>\n<$list filter=\"[field:title<output>has[var.height]]\">\n height=\"<$view tiddler=<<output>> field='var.height' />\"\n</$list>\n<$list filter=\"[field:title<output>has[var.class]]\">\n class=\"<$view tiddler=<<output>> field='var.class' />\"\n</$list>\n<$list filter=\"[field:title<output>field:var.show-buttons[false]]\">\n show-buttons=\"false\"\n</$list>\n\n></$tiddlymap>\n</pre>\n\nIf you are unsure about a parameter, just leave everything as is and simply copy the widget code displayed above.\n\n<fieldset>\n <legend>Parameters</legend> \n <table class=\"tmap-config-table\">\n <$macrocall $name=\"tmap-row\" type=\"input-select\" title=\"View\" field=\"view\" \n selectFilter=<<tmap \"option\" \"selector.allViewsByLabel\">>\n descr=\"The view to display\" />\n <<tmap-row type:\"input-select\" title:\"Editor bar\" field:\"var.editor\"\n selectFilter:\"[[|Hidden]] [[vis|Simple]] [[advanced|Advanced]]\"\n descr:\"Whether the widget should act as an editor or not\">>\n <<tmap-row type:\"input-text\" title:\"Height\" field:\"var.height\"\n descr:\"Graph's height in css units. Defaults to '300px'.\">>\n <<tmap-row type:\"input-text\" title:\"Width\" field:\"var.width\"\n descr:\"Graph's width in css units. Defaults to '100%'.\">>\n <<tmap-row type:\"input-text\" title:\"Class\" field:\"var.class\"\n descr:\"A custom class to apply your own css.\">>\n <<tmap-row type:\"input-checkbox\" title:\"Click to use\" field:\"var.click-to-use\" default:\"true\"\n descr:\"A click is needed to enable the graph.\">>\n <<tmap-row type:\"input-checkbox\" title:\"Show buttons\" field:\"var.show-buttons\" default:\"true\"\n descr:\"Show or hide the graph's navigation buttons.\">>\n </table>\n</fieldset>\n\n</$importvariables>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getNodeTitle": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getNodeTitle",
"subtitle": "{{$:/core/images/tag-button}} Please specify a node title",
"text": "''Title'':\n<$edit-text field=\"text\" type=\"text\" tag=\"input\" default=\"\" focus=\"true\" tiddler=<<output>>\n class=\"tmap-trigger-field tmap-triggers-ok-button-on-enter\" />\n \n<sup>[1]</sup> \n\n<ul class=\"tmap-small-list\">\n<$set name=\"term\" value={{!!text}}>\n<$list filter=\"[all[tiddlers]!is[system]] +[search:title<term>]\" emptyMessage=\"//A tiddler with this title does not exist yet and will be created.//\">\n <li>\n <$button class=\"tc-btn-invisible tmap-link\">\n <$view field=\"title\" />\n <$action-setfield $tiddler=<<output>> text={{!!title}} />\n </$button>\n </li>\n</$list>\n</$set>\n</ul>\n\n---\n\n<sup>[1]</sup>\n<small>If you leave the title field blank, a name will be automatically generated for you. By choosing an existing title, you add the tiddler as node to the view.</small>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/previewContent": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/previewContent",
"subtitle": "{{$:/core/images/video}} Previewing \"<<param.ref>>\"",
"text": "<$transclude tiddler=<<param.ref>> field=\"text\" mode=\"block\" />"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getEdgeType": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getEdgeType",
"subtitle": "{{$:/plugins/felixhayashi/tiddlymap/icon}} Type specification (optional)",
"text": "\\define filter() $(allEdgeTypes)$ +[search:title[$(term)$]]\n\nYou are about to connect \"<<fromLabel>>\" with \"<<toLabel>>\". Please specify a type.\n\n''Type'': \n<$edit-text focus=\"true\" tiddler=<<output>> field=\"text\" type=\"text\" tag=\"input\" default=\"\"\n class=\"tmap-trigger-field tmap-triggers-ok-button-on-enter\" />\n\n<$set name=\"term\" value={{!!text}}>\n<$set name=\"allEdgeTypes\" value=<<tmap \"option\" \"selector.allEdgeTypesByLabel\">>>\n\n<ul class=\"tmap-small-list\">\n<$list filter=<<filter>> emptyMessage=\"//A type with this name does not exist yet and will be created.//\">\n <li>\n <$button class=\"tc-btn-invisible tmap-link\">\n <$view field=\"title\" />\n <$action-setfield $tiddler=<<output>> text={{!!title}} />\n </$button>\n </li>\n</$list>\n</ul>\n\n</$set>\n</$set>\n\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/getViewName": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/getViewName",
"subtitle": "{{$:/core/images/tag-button}} Please specify a view name",
"text": "Name:\n<$edit-text focus=\"true\" tiddler=<<output>> field=\"text\" type=\"text\" tag=\"input\" default=\"\"\n class=\"tmap-trigger-field tmap-triggers-ok-button-on-enter\" /> <sup>[1]</sup>\n\n<$reveal type=\"nomatch\" text=\"0\" default=<<count>>>\n \n Note that ''<<count>>'' tiddlers are referencing this view and renaming the view will cause the reference to be invalid. It is recommended to first remove the tiddlymap widgets in the tiddlers listed below or change their view attributes accordingly.\n\n ''References''\n\n <ul>\n <$list filter=<<filter>> variable=\"item\">\n <li><$link><<item>></$link></li>\n </$list>\n </ul>\n \n</$reveal>\n\n---\n\n<sup>[1]</sup> <small>Attention: using the name of an existing view will overwrite it!</small>"
},
"$:/plugins/felixhayashi/tiddlymap/dialog/welcome": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialog/welcome",
"subtitle": "{{$:/core/images/info-button }} Welcome",
"buttons": "ok",
"text": "It seems that you freshly installed ~TiddlyMap.\n\n* In case you need any help, please consult the [[online docs|http://tiddlymap.org#Documentation]] first.\n* You are welcome to create an [[issue|https://github.com/felixhayashi/TW5-TiddlyMap/issues]] at ~GitHub for any bug you discover.\n* Make sure to revisit the [[demo site|http://tiddlymap.org]] to see whether your version is up-to-date.\n* If you like ~TiddlyMap, please give it a star at [[GitHub|https://github.com/felixhayashi/TW5-TiddlyMap]] or tell your friends about it :)\n\nHave a great time.\n\n---\n\n''Please note:'' By using this plugin you agree to the product's [[License Terms|$:/plugins/felixhayashi/tiddlymap/license]]. ~TiddlyMap is distributed under the [[BSD 2-Clause License|http://opensource.org/licenses/BSD-2-Clause]], which belongs to the same license family, as the license used by ~TiddlyWiki.\n\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/edge_type_manager": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/edge_type_manager",
"text": "\\define defaultTab() $:/plugins/felixhayashi/tiddlymap/dialog/edgeTypeManager/overview\n\n<$button class=\"tmap-dialog-button tmap-save-button\" tooltip=\"Save the current changes\">Save\n <$action-sendmessage $message=\"tmap:tm-save-edge-type-form\" output=<<output>> />\n</$button>\n<$button class=\"tmap-dialog-button tmap-create-button\" tooltip=\"Create a new edge-type\">Create\n <$action-sendmessage $message=\"tmap:tm-create-edge-type\" output=<<output>> />\n</$button>\n<$button class=\"tmap-dialog-button tmap-cancel-button\" tooltip=\"Cancel the most resent changes and exit\">Quit\n <$action-setfield $tiddler=<<result>> text=\"1\" />\n</$button>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok",
"text": "<$button class=\"tmap-dialog-button tmap-ok-button\" tooltip=\"Confirm dialog\">OK\n\n <!-- trigger dialog callback -->\n <$action-setfield $tiddler=<<result>> text=\"1\" />\n \n</$button>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_cancel": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_cancel",
"text": "<$transclude tiddler=\"$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok\" mode=\"inline\" />\n<$button class=\"tmap-dialog-button tmap-cancel-button\" tooltip=\"Close dialog without saving\">Cancel\n <!-- trigger dialog callback -->\n <$action-setfield $tiddler=<<result>> text=\"\" />\n</$button>\n"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_suppress": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter/ok_suppress",
"text": "<$set name=\"currentTiddler\" value=<<title>> >\n\n<$checkbox field=\"suppress\" checked=\"1\" unchecked=\"0\" default=\"0\"> Do not show this dialog again</$checkbox>\n<$button class=\"tmap-dialog-button tmap-ok-button\" tooltip=\"Confirm this dialog\">OK\n\n <!-- trigger dialog callback -->\n <$action-setfield $tiddler=<<result>> text=\"1\" />\n \n <!-- suppress dialog in the future -->\n <$action-sendmessage $message=\"tmap:tm-suppress-dialog\"\n dialog=<<templateId>>\n suppress={{!!suppress}} />\n \n</$button>\n\n</$set>"
},
"$:/plugins/felixhayashi/tiddlymap/dialogFooter": {
"title": "$:/plugins/felixhayashi/tiddlymap/dialogFooter",
"text": "\\define footer() $:/plugins/felixhayashi/tiddlymap/dialogFooter/$(buttons)$\n\n<$transclude tiddler=<<footer>> />\n\n<!-- we need this button to be able to close a tiddler from outside programmatically -->\n<$button class=\"tmap-hidden-close-button\" message=\"tm-close-tiddler\" />"
},
"$:/plugins/felixhayashi/tiddlymap/license": {
"title": "$:/plugins/felixhayashi/tiddlymap/license",
"subtitle": "License",
"caption": "License",
"text": "!! ~TiddlyMap\n\nCopyright (c) 2014, Felix Küppers\nAll rights reserved.\n\n~TiddlyMap is licensed under the [[BSD 2-Clause License|http://opensource.org/licenses/BSD-2-Clause]]. For the exact license terms, please visit [[https://github.com/felixhayashi/TW5-TiddlyMap/blob/master/LICENSE]]. \n\n!! ~TiddlyWiki\n\nCreated by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007 Copyright © ~UnaMesa Association 2007-2014\n\nPublished under the following [licenses](https://github.com/Jermolene/TiddlyWiki5/tree/master/licenses):\n\n# BSD 3-clause \"New\" or \"Revised\" License (including any right to adopt any future version of a license if permitted)\n# Creative Commons Attribution 3.0 (including any right to adopt any future version of a license if permitted)\n\n!! Vis.js\n\nCopyright (c) 2014 [Almende B.V.](https://github.com/almende/vis)\n\nPublished under the following licenses:\n\n# Apache License Version 2.0, January 2004 http://www.apache.org/licenses/\n# MIT License (MIT)\n"
},
"$:/plugins/felixhayashi/tiddlymap/readme": {
"title": "$:/plugins/felixhayashi/tiddlymap/readme",
"text": "* Please refer to the project-readme hosted at [[https://github.com/felixhayashi/TW5-TiddlyMap]].\n* A demo with several examples and explanations can be found at [[http://tiddlymap.org]]."
},
"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tmap:unknown": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tmap:unknown",
"description": "Automatically assigned to an edge that does not have a type assigned",
"style": "{\"color\":\"gray\"}",
"show-label": "false"
},
"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-body:link": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-body:link",
"description": "A link that is contained in the tiddler's body pointing to another resource.",
"style": "{\"color\":\"orange\", \"dashes\":true}",
"label": "links to",
"text": ""
},
"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:list": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:list",
"description": "Contained in a list of this tiddler",
"style": "{ \"color\": \"red\", \"dashes\":true}",
"label": "listed in",
"text": ""
},
"$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:tags": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes/tw-list:tags",
"description": "A tag that refers to a tiddler of the same name.",
"style": "{ \"color\": \"DarkSlateGray\", \"dashes\":true}",
"label": "tagged with"
},
"$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png": {
"title": "$:/plugins/felixhayashi/tiddlymap/media/fullscreen.png",
"type": "image/png",
"text": 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"created": "20150408173343768",
"id": "2ad95ce9-d39f-4f03-9cfa-7bbdfd26dd6c",
"modified": "20150408173350882",
"title": "$:/plugins/felixhayashi/tiddlymap/media/halfscreen.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/tiddlymap/icon": {
"created": "20150703133457707",
"modified": "20150703141319471",
"tags": "$:/tags/Image",
"title": "$:/plugins/felixhayashi/tiddlymap/icon",
"text": "<svg\n xmlns:dc=\"http://purl.org/dc/elements/1.1/\"\n xmlns:cc=\"http://creativecommons.org/ns#\"\n xmlns:rdf=\"http://www.w3.org/1999/02/22-rdf-syntax-ns#\"\n xmlns:svg=\"http://www.w3.org/2000/svg\"\n xmlns=\"http://www.w3.org/2000/svg\"\n xmlns:inkscape=\"http://www.inkscape.org/namespaces/inkscape\"\n class=\"tc-image-tiddlymap-button tc-image-button\"\n version=\"1.1\"\n width=\"22pt\"\n height=\"22pt\"\n viewBox=\"0 0 128 128\">\n <defs\n id=\"defs4\">\n <marker\n refX=\"0\"\n refY=\"0\"\n orient=\"auto\"\n id=\"Arrow1Lend\"\n style=\"overflow:visible\">\n <path\n d=\"M 0,0 5,-5 -12.5,0 5,5 0,0 z\"\n transform=\"matrix(-0.8,0,0,-0.8,-10,0)\"\n id=\"path3850\"\n style=\"fill-rule:evenodd;stroke:#000000;stroke-width:1pt\" />\n </marker>\n <marker\n refX=\"0\"\n refY=\"0\"\n orient=\"auto\"\n id=\"Arrow1Lstart\"\n style=\"overflow:visible\">\n <path\n d=\"M 0,0 5,-5 -12.5,0 5,5 0,0 z\"\n transform=\"matrix(0.8,0,0,0.8,10,0)\"\n id=\"path3847\"\n style=\"fill-rule:evenodd;stroke:#000000;stroke-width:1pt\" />\n </marker>\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4329\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4321\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4315\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4307\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4299\" />\n <inkscape:path-effect\n effect=\"skeletal\"\n id=\"path-effect4293\" />\n </defs>\n <g\n transform=\"translate(0,-1024.5289)\"\n id=\"layer1\">\n <path\n d=\"m 17.867073,4.5821643 a 3.7249374,3.7249374 0 1 1 -7.449875,0 3.7249374,3.7249374 0 1 1 7.449875,0 z\"\n transform=\"matrix(-6.3328802,0,0,6.2775831,193.9581,1100.3667)\"\n id=\"path4139-1-14\"\n style=\"fill-opacity:1;fill-rule:nonzero\" />\n <path\n d=\"M 77.450496,1064.5069 C 58.849552,1025.9634 15.704158,1023.3858 2.8821873e-7,1034.558 L 0.02388589,1035.2674 C 24.502636,1022.2072 44.810725,1042.1507 60.163934,1074.112 z\"\n id=\"path4337\"\n style=\"fill-opacity:1;stroke-width:0.58181816;stroke-miterlimit:4;stroke-dasharray:none;marker-start:none;marker-end:none\" />\n <path\n d=\"m 12.878637,11.280739 4.75937,-2.7478243 4.759371,-2.7478236 0,5.4956479 0,5.495648 -4.759371,-2.747824 z\"\n transform=\"matrix(4.6545455,0,0,4.6545455,-13.580429,1027.7638)\"\n id=\"path3004\"\n style=\"fill-opacity:1;fill-rule:nonzero\" />\n </g>\n <metadata\n id=\"metadata3772\">\n <rdf:RDF>\n <cc:Work\n rdf:about=\"\">\n <dc:title></dc:title>\n <dc:format>image/svg+xml</dc:format>\n <dc:type\n rdf:resource=\"http://purl.org/dc/dcmitype/StillImage\" />\n </cc:Work>\n </rdf:RDF>\n </metadata>\n</svg>\n"
},
"$:/plugins/felixhayashi/tiddlymap/media/surface.png": {
"title": "$:/plugins/felixhayashi/tiddlymap/media/surface.png",
"type": "image/png",
"text": 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"
},
"$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/advancedEditorBar",
"text": "\\define showEdgeField() show-$(curEdgeId)$\n\n<!-- ===== View Switcher ======================================== -->\n\n<div class=\"tmap-menu-bar\">\n View:\n <$reveal type=\"match\" text=\"false\" default=<<param.isViewBound>> >\n <$select tiddler=<<param.ref.viewHolder>> field=\"text\" default=<<param.ref.view>> >\n <$list filter=<<tmap \"option\" \"selector.allViews\">> >\n <option value={{!!title}}>\n <$view tiddler=<<tmap \"basename\">> field=\"title\" />\n </option>\n </$list>\n </$select>\n </$reveal>\n <$reveal type=\"match\" text=\"true\" default=<<param.isViewBound>> >\n <b><<param.viewLabel>></b>\n </$reveal>\n\n <$button popup=<<qualify \"$:/temp/menu\">>>{{$:/core/images/menu-button}}</$button>\n \n <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/menu\">> >\n <div class=\"tc-drop-down\">\n <a href=\"http://tiddlymap.org#Documentation\" target=\"_blank\">{{$:/core/images/info-button}} Open online help</a>\n <hr />\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-create-view\">{{$:/core/images/new-button}} Create empty view</$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-rename-view\">{{$:/core/images/tag-button}} Rename view</$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-delete-view\">{{$:/core/images/delete-button}} Delete view</$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-store-position\">{{$:/core/images/globe}} Save positions</$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-generate-widget\">{{$:/core/images/permalink-button}} Grab widget code</$button>\n <hr />\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-edit-view\">{{$:/core/images/theme-button}} Configure view</$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-edit-filters\">{{$:/core/images/edit-button}} Edit filters</$button>\n <hr />\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-configure-system\">{{$:/core/images/options-button}} Global configurations</$button>\n <$button class=\"tc-btn-invisible\" message=\"tmap:tm-manage-edge-types\">{{$:/core/images/tag-button}} Manage edge-types</$button>\n </div>\n </$reveal>\n \n <$button class=\"tmap-radar-button\" popup=<<qualify \"$:/temp/radar\">>>☀</$button> \n \n <$reveal type=\"popup\" position=\"below\" state=<<qualify \"$:/temp/radar\">> >\n <div class=\"tc-drop-down\">\n <$button class=\"tc-btn-invisible\">Hide neighbourhood\n <$action-setfield $tiddler=<<param.ref.view>> config.neighbourhood_scope=\"0\" />\n </$button>\n <hr />\n <$list filter=\"[[1|1 step distance]]\n [[2|2 step distance]]\n [[3|3 step distance]]\n [[4|4 step distance]]\n [[5|5 step distance]]\">\n <$button class=\"tc-btn-invisible\">\n <<tmap \"splitAndSelect\" \"|\" \"1\">>\n <$action-setfield $tiddler=<<param.ref.view>>\n config.neighbourhood_scope=<<tmap \"splitAndSelect\" \"|\" \"0\">> />\n </$button>\n </$list>\n <hr />\n <$button class=\"tc-btn-invisible\">No limit\n <$action-setfield $tiddler=<<param.ref.view>> config.neighbourhood_scope=\"100\" />\n </$button>\n </div>\n </$reveal>\n \n</div>"
},
"$:/plugins/felixhayashi/tiddlymap/misc/focusButton": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/focusButton",
"text": "<div class=\"tmap-focus-button\">\n <$reveal type=\"nomatch\" state=\"$:/temp/tmap/state/focus\" text=<<qualify>>>\n <$button class=<<tv-config-toolbar-class>>>{{$:/core/images/advanced-search-button}}\n <$action-setfield $tiddler=<<param.searchOutput>> text=\"\" />\n <$action-setfield $tiddler=\"$:/temp/tmap/state/focus\" text=<<qualify>> />\n <$action-sendmessage $message=\"tmap:tm-reset-focus\" />\n </$button>\n </$reveal>\n <$reveal type=\"match\" state=\"$:/temp/tmap/state/focus\" text=<<qualify>>>\n <$button class=<<tv-config-toolbar-class>> >{{$:/core/images/advanced-search-button}}\n <$action-setfield $tiddler=\"$:/temp/tmap/state/focus\" text=\"\" />\n <$action-sendmessage $message=\"tmap:tm-reset-focus\" />\n </$button>\n <div class=\"tmap-popup\">\n <div class=\"tc-drop-down\">\n <$edit-text focus=\"true\" tiddler=<<param.searchOutput>> field=\"text\" type=\"text\" tag=\"input\" default=\"\" />\n <small><$count filter=<<param.nodeFilter>> /> results</small>\n <hr />\n <div class=\"tmap-very-small-list\">\n <$list filter=<<param.nodeFilter>> variable=\"item\" emptyMessage=\"//No results//\">\n <$button class=\"tc-btn-invisible\" set=\"$:/temp/tmap/state/focus\" setTo=\"\" message=\"tmap:tm-focus-node\" param=<<item>>>\n <$view tiddler=<<item>> field=\"title\" />\n </$button>\n </$list>\n </div>\n </div>\n </div>\n </$reveal>\n</div>"
},
"$:/language/Buttons/TiddlyMap/Caption": {
"title": "$:/language/Buttons/TiddlyMap/Caption",
"text": "tiddlymap"
},
"$:/language/Buttons/TiddlyMap/Hint": {
"title": "$:/language/Buttons/TiddlyMap/Hint",
"text": "Show TiddlyMap actions"
},
"$:/plugins/felixhayashi/tiddlymap/misc/macros": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/macros",
"text": "\\define input-text(field, index, default, readonly)\n <$reveal type=\"match\" text=\"\" default=\"$readonly$\">\n <$edit-text tiddler=<<output>> field=\"$field$\" index=\"$index$\" type=\"text\" tag=\"input\" default=\"$default$\" />\n </$reveal>\n <$reveal type=\"nomatch\" text=\"\" default=\"$readonly$\">\n <input type=\"text\" value=\"$default$\" readonly=\"true\" disabled=\"true\" />\n </$reveal>\n\\end\n\n\\define input-textarea(field, index, default, default)\n <$edit-text tiddler=<<output>> field=\"$field$\" index=\"$index$\" type=\"text\" tag=\"textarea\" default=\"$default$\" />\n\\end\n\n\\define input-checkbox(field, index, readonly, default)\n <$reveal type=\"match\" text=\"\" default=\"$readonly$\">\n <$checkbox tiddler=<<output>> field=\"$field$\" index=\"$index$\" checked=\"true\" unchecked=\"false\" default=\"$default$\" />\n </$reveal>\n <$reveal type=\"nomatch\" text=\"\" default=\"$readonly$\">\n <input type=\"checkbox\" value=\"$default$\" readonly=\"true\" disabled=\"true\" />\n </$reveal>\n\\end\n\n\\define input-select(field, index, selectFilter, default)\n <$select tiddler=<<output>> field=\"$field$\" index=\"$index$\" default=\"$default$\">\n <$list filter=\"$selectFilter$\">\n <option value=<<tmap \"splitAndSelect\" \"|\" \"0\">> >\n <<tmap \"splitAndSelect\" \"|\" \"1\">>\n </option>\n </$list>\n </$select>\n\\end\n\n\\define input-radio(field, index, default)\n <$radio tiddler=<<output>> field=\"$field$\" index=\"$index$\" value=\"$value$\" />\n\\end\n\n\\define tmap-row(title, field, index, type, descr, note, default, readonly, selectFilter)\n <tr>\n <td class=\"tmap-title\">$title$:</td>\n <td>\n <<$type$\n field:\"$field$\"\n index:\"$index$\"\n values:\"$values$\"\n readonly:\"$readonly$\"\n default:\"$default$\"\n selectFilter:\"$selectFilter$\">>\n </td>\n <td>\n <span class=\"tmap-description\">$descr$</span>\n <$reveal type=\"nomatch\" text=\"\" default=\"$note$\">\n <div class=\"tmap-note\">''Note:'' $note$</div>\n </$reveal>\n </td>\n </tr>\n\\end"
},
"$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder": {
"title": "$:/plugins/felixhayashi/tiddlymap/misc/defaultViewHolder",
"text": "$:/plugins/felixhayashi/tiddlymap/graph/views/Default"
},
"$:/plugins/felixhayashi/tiddlymap/config/sys": {
"title": "$:/plugins/felixhayashi/tiddlymap/config/sys",
"type": "application/json",
"text": "{ \n \"field\": {\n \"nodeId\": \"tmap.id\",\n \"nodeLabel\": \"caption\",\n \"nodeIcon\": \"icon\",\n \"nodeInfo\": \"description\",\n \"viewMarker\": \"isview\",\n \"edgeTypeMarker\": \"tmap.is-edge-type\",\n \"edges\": \"tmap.edges\"\n },\n \"suppressedDialogs\": {\n },\n \"edgeClickBehaviour\": \"manager\",\n \"debug\": \"false\",\n \"notifications\": \"true\",\n \"editNodeOnCreate\": \"false\",\n \"singleClickMode\": \"false\"\n}\n"
},
"$:/plugins/felixhayashi/tiddlymap/config/vis": {
"title": "$:/plugins/felixhayashi/tiddlymap/config/vis",
"type": "application/json",
"text": "{\n \"clickToUse\": true,\n \"autoResize\": false,\n \"height\": \"100%\",\n \"width\": \"100%\",\n \"configure\": {\n \"enabled\": false\n },\n \"interaction\": {\n \"dragNodes\":true,\n \"dragView\": true,\n \"hideEdgesOnDrag\": false,\n \"hideNodesOnDrag\": false,\n \"hover\": false,\n \"navigationButtons\": true,\n \"selectable\": true,\n \"selectConnectedEdges\": true,\n \"tooltipDelay\": 300,\n \"zoomView\": true,\n \"keyboard\": {\n \"enabled\": false,\n \"speed\": {\n \"x\": 10,\n \"y\": 10,\n \"zoom\": 0.02\n },\n \"bindToWindow\": false\n }\n },\n \"nodes\": {\n \"shape\": \"box\",\n \"color\": {\n \"border\" : \"#2B7CE9\",\n \"background\" : \"#97C2FC\",\n \"highlight\": {\n \"border\": \"#2B7CE9\",\n \"background\": \"#D2E5FF\"\n },\n \"hover\": {\n \"border\": \"white\",\n \"background\": \"white\"\n }\n }\n },\n \"edges\": {\n \"smooth\": {\n \"enabled\": true\n },\n \"color\": {\n \"color\": \"#848484\",\n \"inherit\": false\n },\n \"arrows\": {\n \"to\": {\n \"enabled\": true\n }\n }\n },\n \"physics\": {\n \"forceAtlas2Based\": {\n \"springLength\": 200,\n \"centralGravity\": 0,\n \"springConstant\": 0.130\n },\n \"solver\": \"forceAtlas2Based\",\n \"stabilization\": {\n \"enabled\": true,\n \"iterations\": 1000,\n \"updateInterval\": 100,\n \"onlyDynamicEdges\": false,\n \"fit\": false\n }\n },\n \"groups\": {\n \"neighbours\": {\n \"color\": \"#E6E6E6\"\n },\n \"matches\": {\n \"color\": \"#97C2FC\"\n }\n },\n \n \"locale\": \"en_EN\"\n}\n"
},
"$:/plugins/felixhayashi/tiddlymap/misc/quickConnectButton": {
"tags": "$:/tags/ViewToolbar",
"title": "$:/plugins/felixhayashi/tiddlymap/misc/quickConnectButton",
"description": "{{$:/language/Buttons/TiddlyMap/Hint}}",
"caption": "{{$:/plugins/felixhayashi/tiddlymap/icon}} {{$:/language/Buttons/TiddlyMap/Caption}}",
"text": "\\define tiddlerSearchFilter()\n [!is[system]!has[draft.of]search:title{$:/temp/quickConnectSearch}sort[title]]\n\\end\n\n\\define showButton(state)\n<$button set=\"$:/temp/tiddlymap/quickConnectButton\"\n setTo=\"$state$\" tooltip={{$:/language/Buttons/TiddlyMap/Hint}} \n aria-label={{$:/language/Buttons/TiddlyMap/Caption}}\n class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>prefix[yes]]\">\n{{$:/plugins/felixhayashi/tiddlymap/icon}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>prefix[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TiddlyMap/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n\\define hidePopup()\n<$macrocall $name=\"showButton\" state=<<qualify>> />\n\\end\n\n\\define showPopup()\n<$macrocall $name=\"showButton\" state=\"\" />\n<div class=\"tmap-quick-connect tc-reveal tc-popup\">\n <div class=\"tc-drop-down\">\n <div>{{$:/core/images/close-others-button}} ''Create connection'' <sup>[1]</sup></div>\n <table>\n <tr>\n <td>Type:</td>\n <td>\n <$edit-text tiddler=\"$:/temp/quickConnectSearch/type\" field=\"text\" type=\"text\" tag=\"input\" default=\"\" />\n <$select tiddler=\"$:/temp/quickConnectSearch/type\" default=\"\">\n <option></option>\n <$list filter=<<tmap \"option\" \"selector.allEdgeTypesByLabel\">> >\n <option>{{!!title}}</option>\n </$list>\n </$select>\n </td>\n </tr>\n <tr>\n <td>Search:</td>\n <td>\n <$edit-text tiddler=\"$:/temp/quickConnectSearch\" type=\"search\" tag=\"input\" default=\"\"></$edit-text>\n <small><$count filter=<<tiddlerSearchFilter>> /> results</small>\n </td>\n </tr>\n <tr>\n <td colspan=\"2\">\n <table class=\"tmap-very-small-list\">\n <$list filter=<<tiddlerSearchFilter>> variable=\"item\" emptyMessage=\"//No results//\">\n <tr>\n <td>\n <$button>⇦\n <$action-sendmessage $message=\"tmap:tm-create-edge\"\n from=<<item>>\n to=<<currentTiddler>>\n label={{$:/temp/quickConnectSearch/type}}\n view={{$:/temp/quickConnectSearch/view}} />\n </$button>\n </td>\n <td>\n <$button>⇨\n <$action-sendmessage $message=\"tmap:tm-create-edge\"\n from=<<currentTiddler>>\n to=<<item>>\n label={{$:/temp/quickConnectSearch/type}}\n view={{$:/temp/quickConnectSearch/view}} />\n </$button>\n </td>\n <td><$view tiddler=<<item>> field=\"title\" /></td>\n </tr>\n </$list>\n </table>\n </td>\n </tr>\n </table>\n <hr />\n <div>''Existing Connections''</div>\n <p>\n <$tmap-connections>\n <div>\n <$button class=\"tc-btn-invisible\">{{$:/core/images/close-button}}\n <$action-sendmessage $message=\"tmap:tm-remove-edge\" id=<<edge.id>> from=<<edge.from>> to=<<edge.to>> type=<<edge.type>> />\n </$button>\n <<direction>>\n <$link to=<<neighbour>>>\n <$view field=\"title\" />\n </$link>\n (<<edge.type>>)\n </div>\n </$tmap-connections>\n </p> \n </div>\n</div>\n\\end\n\n<$list filter=\"[{$:/temp/tiddlymap/quickConnectButton}prefix<qualify>first[]]\"\n variable=\"item\" emptyMessage=<<hidePopup>>><<showPopup>>\n</$list>"
},
"$:/plugins/felixhayashi/tiddlymap/hook/editor": {
"caption": "Map",
"tags": "$:/tags/SideBar",
"title": "$:/plugins/felixhayashi/tiddlymap/hook/editor",
"text": "<$tiddlymap\n editor=\"advanced\"\n object-id=\"main_editor\"\n click-to-use=\"false\"\n width=\"calc(100% - 15px)\"\n bottom-spacing=\"35px\">\n</$tiddlymap>"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/edges": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/edges",
"filter": "[prefix[$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes]]"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/nodes": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Default/filter/nodes",
"filter": "[!is[system]!has[draft.of]] +[limit[100]]"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Default": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Default",
"config.physics_mode": "true",
"isview": "true"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/edges": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/edges",
"filter": "[prefix[$:/plugins/felixhayashi/tiddlymap/graph/edgeTypes]]",
"text": "\n\n"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/nodes": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View/filter/nodes",
"filter": "[!is[system]field:title{$:/temp/focussedTiddler}]"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Live View": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Live View",
"config.neighbourhood_scope": "1",
"config.refresh-triggers": "$:/temp/focussedTiddler",
"config.physics_mode": "true",
"isview": "true"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search/filter/nodes": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search/filter/nodes",
"filter": "[!is[system]search{$:/temp/search}] [!is[system]search:tags{$:/temp/search}] [!is[system]search:text{$:/temp/search}limit[10]]"
},
"$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search": {
"title": "$:/plugins/felixhayashi/tiddlymap/graph/views/Graph search",
"config.neighbourhood_scope": "1",
"config.physics_mode": "true"
},
"$:/plugins/felixhayashi/tiddlymap/widget/connections.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/widget/connections.js\ntype: application/javascript\nmodule-type: widget\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/core/modules/widgets/widget.js\").widget;var t=require(\"$:/plugins/felixhayashi/tiddlymap/edgetype.js\").EdgeType;var r=function(t,r){e.call(this,t,r);this.utils=$tw.tmap.utils};r.prototype=Object.create(e.prototype);r.prototype.render=function(e,t){this.parentDomNode=e;this.computeAttributes();this.execute();this.renderChildren(e,t)};r.prototype.execute=function(){var e=[this.getVariable(\"currentTiddler\")];var t={typeWL:$tw.tmap.adapter.getEdgeTypeWhiteList(\"[!suffix[tw-body:link]]\")};var r=$tw.tmap.adapter.getNeighbours(e,t);var i=r.nodes;var s=r.edges;var a=[];for(var o in s){var n=s[o];var d=i[n.to]?\"To\":\"From\";var p=i[n[d.toLowerCase()]];if(!p)continue;a.push({type:\"tmap-edgelistitem\",edge:n,neighbour:p,direction:d,children:this.parseTreeNode.children})}this.makeChildWidgets(a)};r.prototype.refresh=function(e){for(var t in e){if(!this.utils.isSystemOrDraft(t)){this.refreshSelf();return true}}return this.refreshChildren(e)};exports[\"tmap-connections\"]=r;var i=function(t,r){e.call(this,t,r);this.utils=$tw.tmap.utils};i.prototype=Object.create(e.prototype);i.prototype.execute=function(){var e=this.parseTreeNode;var t=$tw.tmap.indeces.tById[e.neighbour.id];var r=this.utils.flatten(e.edge);for(var i in r){if(typeof r[i]===\"string\"){this.setVariable(\"edge.\"+i,r[i])}}this.setVariable(\"currentTiddler\",t);this.setVariable(\"neighbour\",t);this.setVariable(\"direction\",e.direction);this.makeChildWidgets()};i.prototype.refresh=function(e){return this.refreshChildren(e)};exports[\"tmap-edgelistitem\"]=i})();",
"title": "$:/plugins/felixhayashi/tiddlymap/widget/connections.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/felixhayashi/tiddlymap/widget/map.js": {
"text": "/*\\\n\ntitle: $:/plugins/felixhayashi/tiddlymap/widget/map.js\ntype: application/javascript\nmodule-type: widget\n\n@module TiddlyMap\n@preserve\n\n\\*/\n(function(){\"use strict\";var e=require(\"$:/core/modules/widgets/widget.js\").widget;var t=require(\"$:/plugins/felixhayashi/tiddlymap/view_abstraction.js\").ViewAbstraction;var i=require(\"$:/plugins/felixhayashi/tiddlymap/callback_manager.js\").CallbackManager;var s=require(\"$:/plugins/felixhayashi/tiddlymap/dialog_manager.js\").DialogManager;var r=require(\"$:/plugins/felixhayashi/tiddlymap/utils.js\").utils;var a=require(\"$:/plugins/felixhayashi/tiddlymap/edgetype.js\").EdgeType;var n=require(\"$:/plugins/felixhayashi/vis/vis.js\");var o=function(t,a){e.call(this);this.initialise(t,a);this.adapter=$tw.tmap.adapter;this.opt=$tw.tmap.opt;this.notify=$tw.tmap.notify;this.callbackManager=new i;this.dialogManager=new s(this.callbackManager,this);this.computeAttributes();this.objectId=this.getAttribute(\"object-id\")?this.getAttribute(\"object-id\"):r.genUUID();this.editorMode=this.getAttribute(\"editor\");if(this.editorMode){r.addListeners({\"tmap:tm-create-view\":this.handleCreateView,\"tmap:tm-rename-view\":this.handleRenameView,\"tmap:tm-delete-view\":this.handleDeleteView,\"tmap:tm-edit-view\":this.handleEditView,\"tmap:tm-configure-system\":this.handleConfigureSystem,\"tmap:tm-store-position\":this.handleStorePositions,\"tmap:tm-edit-filters\":this.handleEditFilters,\"tmap:tm-generate-widget\":this.handleGenerateWidget},this,this)}r.addListeners({\"tmap:tm-focus-node\":this.handleFocusNode,\"tmap:tm-reset-focus\":this.repaintGraph},this,this)};o.prototype=Object.create(e.prototype);o.prototype.handleConnectionEvent=function(e,t){var i={fromLabel:this.adapter.selectNodeById(e.from).label,toLabel:this.adapter.selectNodeById(e.to).label};this.dialogManager.open(\"getEdgeType\",i,function(i,s){if(i){var n=r.getText(s);var o=r.hasSubString(n,\":\");var d=this.view.getConfig(\"edge_type_namespace\");n=new a((d&&!o?d:\"\")+n);if(!n.exists())n.persist();e.type=n.getId();var h=this.adapter.insertEdge(e);var l=this.view.getEdgeFilter(\"compiled\");var g=this.adapter.getEdgeTypeWhiteList(l);if(!g[n.getId()]){var p={type:n.getId(),view:this.view.getLabel()};$tw.tmap.dialogManager.open(\"edgeNotVisible\",p)}this.preventFitAfterRebuild=true}if(typeof t==\"function\"){t(i)}})};o.prototype.checkForFreshInstall=function(){if(r.getEntry(this.opt.ref.sysMeta,\"showWelcomeMessage\",true)){r.setEntry(this.opt.ref.sysMeta,\"showWelcomeMessage\",false);this.dialogManager.open(\"welcome\")}};o.prototype.openStandardConfirmDialog=function(e,t){var i={message:t};this.dialogManager.open(\"getConfirmation\",i,e)};o.prototype.logger=function(e,t){var i=Array.prototype.slice.call(arguments,1);i.unshift(\"@\"+this.objectId.toUpperCase());i.unshift(e);$tw.tmap.logger.apply(this,i)};o.prototype.render=function(e,t){this.parentDomNode=e;if(r.isPreviewed(this)){this.initAndRenderPlaceholder(e);return}this.registerClassNames(e);this.sidebar=r.getFirstElementByClassName(\"tc-sidebar-scrollable\");this.isContainedInSidebar=this.sidebar&&this.sidebar.contains(this.parentDomNode);this.viewHolderRef=this.getViewHolderRef();this.view=this.getView();this.doFitAfterStabilize=true;this.preventFitAfterRebuild=false;this.initAndRenderEditorBar(e);if(!r.isPreviewed(this)){this.initAndRenderGraph(e)}$tw.tmap.registry.push(this);this.checkOnRefreshTriggers();this.checkForFreshInstall()};o.prototype.registerClassNames=function(e){if(!$tw.utils.hasClass(e,\"tmap-widget\")){var t=[\"tmap-widget\"];if(this.isClickToUse()){t.push(\"tmap-click-to-use\")}if(this.getAttribute(\"editor\")===\"advanced\"){t.push(\"tmap-advanced-editor\")}if(!r.isTrue(this.getAttribute(\"show-buttons\"),true)){t.push(\"tmap-no-buttons\")}if(this.getAttribute(\"class\")){t.push(this.getAttribute(\"class\"))}$tw.utils.addClass(e,t.join(\" \"));this.graphLoadingBarDomNode=document.createElement(\"div\");$tw.utils.addClass(this.graphLoadingBarDomNode,\"tmap-loading-bar\");e.appendChild(this.graphLoadingBarDomNode)}};o.prototype.initAndRenderEditorBar=function(e){this.graphBarDomNode=document.createElement(\"div\");$tw.utils.addClass(this.graphBarDomNode,\"tmap-topbar\");e.appendChild(this.graphBarDomNode);this.rebuildEditorBar();this.renderChildren(this.graphBarDomNode)};o.prototype.initAndRenderPlaceholder=function(e){$tw.utils.addClass(e,\"tmap-graph-placeholder\")};o.prototype.rebuildEditorBar=function(){var e=r.flatten({param:{viewLabel:this.view.getLabel(),isViewBound:String(this.isViewBound()),ref:{view:this.view.getRoot(),viewHolder:this.getViewHolderRef(),edgeFilter:this.view.getPaths().edgeFilter},allEdgesFilter:this.opt.selector.allEdgeTypes,searchOutput:\"$:/temp/tmap/bar/search\",nodeFilter:\"[list[$:/temp/tmap/nodes/\"+this.view.getLabel()+\"]\"+\"search:title{$:/temp/tmap/bar/search}]\"}});for(var t in e){this.setVariable(t,e[t])}var i={type:\"tiddler\",attributes:{tiddler:{type:\"string\",value:this.view.getRoot()}},children:[]};if(this.editorMode===\"advanced\"){i.children.push({type:\"transclude\",attributes:{tiddler:{type:\"string\",value:this.opt.ref.graphBar}}})}else{i.children.push({type:\"element\",tag:\"span\",attributes:{\"class\":{type:\"string\",value:\"tmap-view-label\"}},children:[{type:\"text\",text:e[\"param.viewLabel\"]}]})}i.children.push({type:\"transclude\",attributes:{tiddler:{type:\"string\",value:this.opt.ref.focusButton}}});this.makeChildWidgets([i])};o.prototype.refresh=function(e){if(this.isZombieWidget()||!this.network||r.isPreviewed(this))return;this.callbackManager.handleChanges(e);var t=this.isViewSwitched(e);var i=this.view.refresh(e);if(t||i.length){var s={resetData:true,resetOptions:true,resetFocus:{delay:0,duration:0}};if(t){this.logger(\"warn\",\"View switched\");this.view=this.getView(true)}else{this.logger(\"warn\",\"View modified\",i);s.resetData=false;if(this.preventFitAfterRebuild){s.resetFocus=false}}this.rebuildGraph(s);this.checkOnRefreshTriggers()}else{this.checkOnGraph(e)}this.checkOnEditorBar(e,t,i)};o.prototype.checkOnRefreshTriggers=function(){this.callbackManager.remove(this.refreshTriggers);var e=this.getAttribute(\"refresh-triggers\")||this.view.getConfig(\"refresh-triggers\");this.refreshTriggers=$tw.utils.parseStringArray(e)||[];this.logger(\"debug\",\"Registering refresh trigger\",this.refreshTriggers);for(var t=0;t<this.refreshTriggers.length;t++){this.callbackManager.add(this.refreshTriggers[t],this.handleTriggeredRefresh.bind(this),false)}};o.prototype.rebuildGraph=function(e){if(r.isPreviewed(this))return;this.logger(\"debug\",\"Rebuilding graph\");e=e||{};this.hasNetworkStabilized=false;this.network.selectNodes([]);if(e.resetData){this.graphData.edges.clear();this.graphData.nodes.clear();this.graphData.edgesById=null;this.graphData.nodesById=null}if(e.resetOptions){this.graphOptions=this.getGraphOptions();this.network.setOptions(this.graphOptions)}if(!e.resetFocus){this.doFitAfterStabilize=false}this.rebuildGraphData(true);if(!r.hasElements(this.graphData.nodesById)){return}this.network.stabilize();if(e.resetFocus&&!this.preventFitAfterRebuild){this.doFitAfterStabilize=true;this.fitGraph(e.resetFocus.delay,e.resetFocus.duration)}this.preventFitAfterRebuild=false};o.prototype.getContainer=function(){return this.parentDomNode};o.prototype.rebuildGraphData=function(e){$tw.tmap.start(\"Reloading Network\");if(!e&&this.graphData){return this.graphData}var t=this.adapter.getGraph({view:this.view});var i=t.nodes;var s=t.edges;this.graphData.nodes=this.getRefreshedDataSet(i,this.graphData.nodesById,this.graphData.nodes);this.graphData.edges=this.getRefreshedDataSet(s,this.graphData.edgesById,this.graphData.edges);this.graphData.nodesById=i;this.graphData.edgesById=s;r.setField(\"$:/temp/tmap/nodes/\"+this.view.getLabel(),\"list\",this.adapter.getTiddlersById(i));$tw.tmap.stop(\"Reloading Network\");return this.graphData};o.prototype.isViewBound=function(){return r.startsWith(this.getViewHolderRef(),this.opt.path.localHolders)};o.prototype.isViewSwitched=function(e){if(this.isViewBound()){return false}else{return r.hasOwnProp(e,this.getViewHolderRef())}};o.prototype.checkOnEditorBar=function(e,t,i){if(t||i.length){this.removeChildDomNodes();this.rebuildEditorBar();this.renderChildren(this.graphBarDomNode);return true}else{return this.refreshChildren(e)}};o.prototype.checkOnGraph=function(e){var t=this.view.getNodeFilter(\"compiled\");var i=r.getMatches(t,Object.keys(e),true);for(var s in e){if(r.isSystemOrDraft(s))continue;var a=i[s];var n=this.graphData.nodesById[this.adapter.getId(s)];if(a||n){this.rebuildGraph({resetFocus:{delay:0,duration:0}});return}}var o=this.view.getEdgeFilter(\"compiled\");var d=r.getMatches(o,Object.keys(e));if(d.length){this.logger(\"info\",\"Changed edge-types\",d);this.rebuildGraph({resetFocus:{delay:0,duration:0}});return}};o.prototype.initAndRenderGraph=function(e){this.logger(\"info\",\"Initializing and rendering the graph\");this.graphDomNode=document.createElement(\"div\");e.appendChild(this.graphDomNode);$tw.utils.addClass(this.graphDomNode,\"tmap-vis-graph\");e.style[\"width\"]=this.getAttribute(\"width\",\"100%\");this.handleResizeEvent=this.handleResizeEvent.bind(this);this.handleClickEvent=this.handleClickEvent.bind(this);window.addEventListener(\"resize\",this.handleResizeEvent,false);if(!this.isContainedInSidebar){this.callbackManager.add(\"$:/state/sidebar\",this.handleResizeEvent)}window.addEventListener(\"click\",this.handleClickEvent,false);var t=r.getFullScreenApis();if(t){window.addEventListener(t[\"_fullscreenChange\"],this.handleFullScreenChange.bind(this),false)}this.handleResizeEvent();this.graphOptions=this.getGraphOptions();this.graphData={nodes:new n.DataSet,edges:new n.DataSet,nodesById:r.getDataMap(),edgesById:r.getDataMap()};this.network=new n.Network(this.graphDomNode,this.graphData,this.graphOptions);this.visNetworkDomNode=this.graphDomNode.firstElementChild;this.addKeyBindings();this.network.on(\"click\",this.handleVisSingleClickEvent.bind(this));this.network.on(\"doubleClick\",this.handleVisDoubleClickEvent.bind(this));this.network.on(\"stabilized\",this.handleVisStabilizedEvent.bind(this));this.network.on(\"dragStart\",this.handleVisDragStart.bind(this));this.network.on(\"dragEnd\",this.handleVisDragEnd.bind(this));this.network.on(\"select\",this.handleVisSelect.bind(this));this.network.on(\"beforeDrawing\",this.handleVisBeforeDrawing.bind(this));this.network.on(\"stabilizationProgress\",this.handleVisLoading.bind(this));this.network.on(\"stabilizationIterationsDone\",this.handleVisLoadingDone.bind(this));this.addGraphButtons({\"fullscreen-button\":function(){this.handleToggleFullscreen(false)}});if(this.isContainedInSidebar){this.addGraphButtons({\"halfscreen-button\":function(){this.handleToggleFullscreen(true)}})}this.rebuildGraph({resetFocus:{delay:0,duration:0}})};o.prototype.addKeyBindings=function(e){this.visNetworkDomNode.tabIndex=0;var t=n.keycharm({container:this.parentDomNode});t.bind(\"delete\",function(){this.handleRemoveElement(this.network.getSelection())}.bind(this))};o.prototype.isClickToUse=function(){return r.isTrue(this.getAttribute(\"click-to-use\"),true)||this.isMobileMode()&&this.objectId===\"main_editor\"};o.prototype.isMobileMode=function(){var e=r.getText(this.opt.ref.sidebarBreakpoint,960);return window.innerWidth<=parseInt(e)};o.prototype.getGraphOptions=function(){var e=this.view.getVisConfig();e.clickToUse=this.isClickToUse();e.manipulation={enabled:this.editorMode?true:false,initiallyActive:true,controlNodeStyle:{}};e.manipulation.deleteNode=function(e,t){this.handleRemoveElement(e);this.resetVisManipulationBar(t)}.bind(this);e.manipulation.deleteEdge=e.manipulation.deleteNode;e.manipulation.addEdge=function(e,t){this.handleConnectionEvent(e);this.resetVisManipulationBar(t)}.bind(this);e.manipulation.addNode=function(e,t){this.handleInsertNode(e);this.resetVisManipulationBar(t)}.bind(this);e.manipulation.editEdge=function(e,t){var i=this.handleReconnectEdge(e);this.resetVisManipulationBar(t)}.bind(this);r.merge(e,{physics:{forceAtlas2Based:{centralGravity:this.view.isEnabled(\"physics_mode\")?.001:0},stabilization:{iterations:this.view.getStabilizationIterations()}}});this.logger(\"debug\",\"Loaded graph options\",e);return e};o.prototype.resetVisManipulationBar=function(e){if(e)e(null);this.network.disableEditMode();this.network.enableEditMode()};o.prototype.handleCreateView=function(){this.dialogManager.open(\"createView\",null,function(e,i){if(e){var s=r.getText(i);var a=new t(s);if(a.isLocked()){this.notify(\"Forbidden!\")}else{var a=this.adapter.createView(s);this.setView(a.getRoot())}}})};o.prototype.handleRenameView=function(){if(!this.view.isLocked()){var e=this.view.getReferences();var i={count:e.length.toString(),filter:r.joinAndWrap(e,\"[[\",\"]]\")};this.dialogManager.open(\"getViewName\",i,function(e,i){if(e){var s=r.getText(i);var a=new t(s);if(a.isLocked()){this.notify(\"Forbidden!\")}else{this.view.rename(s);this.setView(this.view.getRoot())}}})}else{this.notify(\"Forbidden!\")}};o.prototype.handleEditView=function(){var e={view:this.view.getLabel(),createdOn:this.view.getCreationDate(true),numberOfNodes:\"\"+Object.keys(this.graphData.nodesById).length,numberOfEdges:\"\"+Object.keys(this.graphData.edgesById).length,dialog:{preselects:this.view.getConfig()}};this.dialogManager.open(\"configureView\",e,function(e,t){if(e&&t){var i=r.getPropertiesByPrefix(t.fields,\"config.\");this.view.setConfig(i)}})};o.prototype.handleDeleteView=function(){var e=this.view.getLabel();if(this.view.isLocked()){this.notify(\"Forbidden!\");return}var t=this.view.getReferences();if(t.length){var i={count:t.length.toString(),filter:r.joinAndWrap(t,\"[[\",\"]]\")};this.dialogManager.open(\"cannotDeleteViewDialog\",i);return}var s=\"You are about to delete the view \"+\"''\"+e+\"'' (no tiddler currently references this view).\";this.openStandardConfirmDialog(function(t){if(t){this.view.destroy();this.setView(this.opt.path.views+\"/default\");this.notify('view \"'+e+'\" deleted ')}},s)};o.prototype.handleTriggeredRefresh=function(e){var t=r.getMatches(this.view.getNodeFilter(\"compiled\"));var i=$tw.utils.hashString(t.join());if(i!=this.triggerState){this.logger(\"log\",e,\"Triggered a refresh\");this.triggerState=i;this.rebuildGraph({resetData:false,resetOptions:false,resetFocus:{delay:1e3,duration:1e3}})}};o.prototype.handleConfigureSystem=function(){var e={dialog:{preselects:r.flatten({config:{sys:this.opt.config.sys}})}};this.dialogManager.open(\"configureTiddlyMap\",e,function(e,t){if(e&&t){var i=r.getPropertiesByPrefix(t.fields,\"config.sys.\",true);if(i[\"field.nodeId\"]!==this.opt.field.nodeId&&isWelcomeDialog!==true){var s={name:\"Node-id\",oldValue:this.opt.field.nodeId,newValue:i[\"field.nodeId\"]};this.dialogManager.open(\"fieldChanged\",s,function(e,t){if(e){r.moveFieldValues(s.oldValue,s.newValue,true,false);this.notify(\"Transported field values\")}})}this.wiki.setTiddlerData(this.opt.ref.sysConf+\"/user\",i)}})};o.prototype.handleReconnectEdge=function(e){var t=this.graphData.edges.get(e.id);this.adapter.deleteEdge(t);var i=$tw.utils.extend(t,e);this.preventFitAfterRebuild=true;return this.adapter.insertEdge(i)};o.prototype.handleRemoveElement=function(e){if(e.edges.length&&!e.nodes.length){this.handleRemoveEdges(e.edges)}if(e.nodes.length){this.handleRemoveNode(this.graphData.nodesById[e.nodes[0]])}this.resetVisManipulationBar()};o.prototype.handleRemoveEdges=function(e){this.adapter.deleteEdges(this.graphData.edges.get(e));this.notify(\"edge\"+(e.length>1?\"s\":\"\")+\" removed\");this.preventFitAfterRebuild=true};o.prototype.handleRemoveNode=function(e){var t={\"var.nodeLabel\":e.label,\"var.nodeRef\":$tw.tmap.indeces.tById[e.id],dialog:{preselects:{\"opt.delete\":\"from\"+\" \"+(this.view.isExplicitNode(e)?\"filter\":\"system\")}}};this.dialogManager.open(\"deleteNodeDialog\",t,function(t,i){if(t){if(i.fields[\"opt.delete\"]===\"from system\"){this.adapter.deleteNode(e)}else{var s=this.view.removeNodeFromFilter(e);if(!s){this.notify(\"Couldn't remove node from filter\");return}}this.preventFitAfterRebuild=true;this.notify(\"Node removed \"+i.fields[\"opt.delete\"])}})};o.prototype.handleFullScreenChange=function(){var e=r.getFullScreenApis();if(e&&this.enlargedMode===\"fullscreen\"&&!document[e[\"_fullscreenElement\"]]){this.handleToggleFullscreen()}};o.prototype.handleToggleFullscreen=function(e){var t=r.getFullScreenApis();this.logger(\"log\",\"Toggled graph enlargement\");if(this.enlargedMode){this.network.setOptions({clickToUse:this.isClickToUse()});r.findAndRemoveClassNames([\"tmap-\"+this.enlargedMode,\"tmap-has-\"+this.enlargedMode+\"-child\"]);if(this.enlargedMode===\"fullscreen\"){document[t[\"_exitFullscreen\"]]()}this.enlargedMode=null}else{if(!e&&!t){this.dialogManager.open(\"fullscreenNotSupported\");return}this.enlargedMode=this.isContainedInSidebar&&e?\"halfscreen\":\"fullscreen\";$tw.utils.addClass(this.parentDomNode,\"tmap-\"+this.enlargedMode);var i=this.isContainedInSidebar?this.sidebar:r.getFirstElementByClassName(\"tc-story-river\");$tw.utils.addClass(i,\"tmap-has-\"+this.enlargedMode+\"-child\");if(this.enlargedMode===\"fullscreen\"){document.documentElement[t[\"_requestFullscreen\"]](Element.ALLOW_KEYBOARD_INPUT)}this.notify(\"Activated \"+this.enlargedMode+\" mode\");this.network.setOptions({clickToUse:false})}this.handleResizeEvent()};o.prototype.handleGenerateWidget=function(e){$tw.rootWidget.dispatchEvent({type:\"tmap:tm-generate-widget\",paramObject:{view:this.view.getLabel()}})};o.prototype.handleStorePositions=function(e){this.adapter.storePositions(this.network.getPositions(),this.view);if(e){this.notify(\"positions stored\")}};o.prototype.handleEditFilters=function(){var e=r.getPrettyFilter(this.view.getNodeFilter(\"expression\"));var t=r.getPrettyFilter(this.view.getEdgeFilter(\"expression\"));var i={view:this.view.getLabel(),dialog:{preselects:{prettyNodeFilter:e,prettyEdgeFilter:t}}};this.dialogManager.open(\"editFilters\",i,function(i,s){if(i){this.view.setNodeFilter(r.getField(s,\"prettyNodeFilter\",e));this.view.setEdgeFilter(r.getField(s,\"prettyEdgeFilter\",t))}})};o.prototype.handleVisStabilizedEvent=function(e){if(!this.hasNetworkStabilized){this.hasNetworkStabilized=true;this.logger(\"log\",\"Network stabilized after \"+e.iterations+\" iterations\");this.view.setStabilizationIterations(e.iterations);var t=this.view.isEnabled(\"physics_mode\");this.network.storePositions();this.setNodesMoveable(this.graphData.nodesById,t);if(this.doFitAfterStabilize){this.doFitAfterStabilize=false;this.fitGraph(1e3,1e3)}}};o.prototype.handleFocusNode=function(e){this.network.focus(this.adapter.getId(e.param),{scale:1.5,animation:true})};o.prototype.isZombieWidget=function(){return!document.body.contains(this.getContainer())};o.prototype.fitGraph=function(e,t){this.logger(\"debug\",\"Fit graph\",this.activeFitTimeout);window.clearTimeout(this.activeFitTimeout);var i=function(){if(this.isZombieWidget())return;this.network.redraw();this.network.fit({animation:{duration:t||0,easingFunction:\"easeOutQuart\"}})};this.activeFitTimeout=window.setTimeout(i.bind(this),e||0)};o.prototype.handleInsertNode=function(e){this.dialogManager.open(\"getNodeTitle\",null,function(t,i){if(t){var s=r.getText(i);if(r.tiddlerExists(s)){if(r.isMatch(s,this.view.getNodeFilter(\"compiled\"))){this.notify(\"Node already exists\");return}else{e=this.adapter.makeNode(s,e,this.view);this.view.addNodeToView(e)}}else{e.label=s;this.adapter.insertNode(e,{view:this.view,editNodeOnCreate:false})}this.preventFitAfterRebuild=true}})};o.prototype.handleVisSingleClickEvent=function(e){if(r.isTrue(this.opt.config.sys.singleClickMode)){this.handleVisClickEvent(e)}};o.prototype.handleVisDoubleClickEvent=function(e){if(!e.nodes.length&&!e.edges.length){if(this.editorMode){this.handleInsertNode(e.pointer.canvas)}}else if(!r.isTrue(this.opt.config.sys.singleClickMode)){this.handleVisClickEvent(e)}};o.prototype.handleVisClickEvent=function(e){if(e.nodes.length){this.openTiddlerWithId(e.nodes[0])}else if(e.edges.length){if(!this.editorMode)return;this.logger(\"debug\",\"Clicked on an Edge\");var t=this.opt.config.sys.edgeClickBehaviour;var i=new a(this.graphData.edgesById[e.edges[0]].type);if(t===\"manager\"){$tw.rootWidget.dispatchEvent({type:\"tmap:tm-manage-edge-types\",paramObject:{type:i.getId()}})}}};o.prototype.handleResizeEvent=function(e){if(this.isZombieWidget())return;if(this.isContainedInSidebar){var t=window.innerHeight;var i=this.parentDomNode.getBoundingClientRect().top;var s=this.getAttribute(\"bottom-spacing\",\"25px\");var r=t-i+\"px\";this.parentDomNode.style[\"height\"]=\"calc(\"+r+\" - \"+s+\")\"}else{var a=this.getAttribute(\"height\");this.parentDomNode.style[\"height\"]=a?a:\"300px\"}if(this.network){this.repaintGraph()}};o.prototype.handleClickEvent=function(e){if(this.isZombieWidget()||!this.network)return;var t=document.elementFromPoint(e.clientX,e.clientY);if(!this.parentDomNode.contains(t)){var i=this.network.getSelection();if(i.nodes.length||i.edges.length){this.logger(\"debug\",\"Clicked outside; deselecting nodes/edges\");this.network.selectNodes([]);this.resetVisManipulationBar()}}else if(this.graphDomNode.contains(t)){this.visNetworkDomNode.focus()}};o.prototype.handleVisDragEnd=function(e){if(e.nodes.length){var t=this.graphData.nodesById[e.nodes[0]];if(!this.view.isEnabled(\"physics_mode\")){this.setNodesMoveable([t],false);var i=parseInt(this.opt.config.sys.raster);if(i){var s=this.network.getPositions()[t.id];this.graphData.nodes.update({id:t.id,x:s.x-s.x%i,y:s.y-s.y%i})}this.handleStorePositions()}}};o.prototype.handleVisSelect=function(e){};o.prototype.handleVisBeforeDrawing=function(e){};o.prototype.handleVisLoading=function(e){this.graphLoadingBarDomNode.style.display=\"block\";var t=\"Loading \"+e.iterations/e.total*100+\"%\";this.graphLoadingBarDomNode.innerHTML=t};o.prototype.handleVisLoadingDone=function(e){this.graphLoadingBarDomNode.style.display=\"none\"};o.prototype.handleVisDragStart=function(e){if(e.nodes.length){var t=this.graphData.nodesById[e.nodes[0]];this.setNodesMoveable([t],true)}};o.prototype.destruct=function(){window.removeEventListener(\"resize\",this.handleResizeEvent);window.removeEventListener(\"click\",this.handleClickEvent);if(this.network){this.network.destroy()}};o.prototype.openTiddlerWithId=function(e){var t=$tw.tmap.indeces.tById[e];this.logger(\"debug\",\"Opening tiddler\",t,\"with id\",e);if(this.enlargedMode===\"fullscreen\"){this.dispatchEvent({type:\"tm-edit-tiddler\",tiddlerTitle:t});var i=this.wiki.findDraft(t);if(!i)return;var s={param:{ref:i}};this.dialogManager.open(\"fullscreenTiddlerEditor\",s,function(e,t){if(e){this.dispatchEvent({type:\"tm-save-tiddler\",tiddlerTitle:i})}else{this.dispatchEvent({type:\"tm-cancel-tiddler\",tiddlerTitle:i})}})}else{this.dispatchEvent({type:\"tm-navigate\",navigateTo:t})}};o.prototype.getViewHolderRef=function(){if(this.viewHolderRef){return this.viewHolderRef}this.logger(\"info\",\"Retrieving or generating the view holder reference\");var e=this.getAttribute(\"view\");if(e){this.logger(\"log\",'User wants to bind view \"'+e+'\" to graph');var t=this.opt.path.views+\"/\"+e;if(this.wiki.getTiddler(t)){var i=this.opt.path.localHolders+\"/\"+r.genUUID();this.logger(\"log\",'Created an independent temporary view holder \"'+i+'\"');this.wiki.addTiddler(new $tw.Tiddler({title:i,text:t}));this.logger(\"log\",'View \"'+t+'\" inserted into independend holder')}else{this.logger(\"log\",'View \"'+e+'\" does not exist')}}if(typeof i===\"undefined\"){this.logger(\"log\",\"Using default (global) view holder\");var i=this.opt.ref.defaultGraphViewHolder}return i};o.prototype.setView=function(e,t){if(e){if(!t){t=this.viewHolderRef}this.logger(\"info\",'Inserting view \"'+e+'\" into holder \"'+t+'\"');this.wiki.addTiddler(new $tw.Tiddler({title:t,text:e}))}this.view=this.getView(true)};o.prototype.getView=function(e){if(!e&&this.view){return this.view}var i=this.getViewHolderRef();var s=new t(r.getText(i));this.logger(\"info\",'Retrieved view \"'+s.getLabel()+'\" from holder \"'+i+'\"');if(s.exists()){return s}else{this.logger(\"log\",'Warning: View \"'+s.getLabel()+\"\\\" doesn't exist. Default is used instead.\");return new t(\"Default\")}};o.prototype.getRefreshedDataSet=function(e,t,i){if(!i){return new n.DataSet(r.convert(e,\"array\"))}var s=[];for(var a in t){if(!e[a]){s.push(a)}}i.remove(s);var o=i.get({returnType:\"Object\"});var d=[];for(var a in e){var h=e[a];d.push(h)}i.update(d);return i};o.prototype.repaintGraph=function(){var e=r.getFullScreenApis();if(!e||!document[e[\"_fullscreenElement\"]]||this.enlargedMode){this.logger(\"info\",\"Repainting the whole graph\");this.network.redraw();this.fitGraph(0,1e3)}};o.prototype.setGraphButtonEnabled=function(e,t){var i=\"vis-button\"+\" \"+\"tmap-\"+e;var s=r.getFirstElementByClassName(i,this.parentDomNode);$tw.utils.toggleClass(s,\"tmap-button-enabled\",t)};o.prototype.setNodesMoveable=function(e,t){this.network.storePositions();var i=[];var s=Object.keys(e);for(var r=0;r<s.length;r++){var a=e[s[r]].id;var n={id:a,fixed:{x:!t,y:!t}};i.push(n)}this.graphData.nodes.update(i)};o.prototype.addGraphButtons=function(e){var t=r.getFirstElementByClassName(\"vis-navigation\",this.parentDomNode);for(var i in e){var s=document.createElement(\"div\");s.className=\"vis-button \"+\" \"+\"tmap-\"+i;s.addEventListener(\"click\",e[i].bind(this),false);t.appendChild(s);this.setGraphButtonEnabled(i,true)}};if($tw.boot.tasks.trapErrors){var d=window.onerror;window.onerror=function(e,t,i){if($tw.tmap.utils.hasSubString(e,\"NS_ERROR_NOT_AVAILABLE\")&&t==\"$:/plugins/felixhayashi/vis/vis.js\"){console.error(\"Strange firefox related vis.js error (see https://github.com/felixhayashi/TW5-TiddlyMap/issues/125)\",arguments)}else if(d){d.apply(this,arguments)}}}exports.tiddlymap=o})();",
"title": "$:/plugins/felixhayashi/tiddlymap/widget/map.js",
"type": "application/javascript",
"module-type": "widget"
}
}
}
{
"field.nodeId": "id",
"field.nodeLabel": "caption",
"field.nodeIcon": "icon",
"field.nodeInfo": "description",
"field.viewMarker": "isview",
"debug": "true",
"notifications": "true",
"editNodeOnCreate": "false",
"halfscreen": "true",
"singleClickMode": "false",
"suppressedDialogs.dublicateIdInfo": true
}
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$:/plugins/felixhayashi/tiddlymap/graph/views/Live View
{
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}
{
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},
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"type": "text/vnd.tiddlywiki",
"tags": [
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],
"text": "html .tc-story-river:after {\n content: \"\";\n display: block; }\n"
},
"$:/plugins/felixhayashi/topstoryview/Configuration": {
"title": "$:/plugins/felixhayashi/topstoryview/Configuration",
"text": "Please see the [[GitHub page|https://github.com/felixhayashi/TW5-TopStoryView]] for more information on the options.\n\nSave and reload the wiki to activate changes.\n\n<table>\n <tr>\n <th align=\"left\">Scroll offset:</th>\n <td><$edit-text tiddler=\"$:/config/topStoryView\" field=\"scroll-offset\" tag=\"input\" default=\"150px\" /></td>\n </tr>\n</table>"
},
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},
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},
"$:/plugins/felixhayashi/topstoryview/top.js": {
"text": "/*\\\ntitle: $:/plugins/felixhayashi/topstoryview/top.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n@preserve\n\n\\*/\n(function(){\"use strict\";var t=require(\"$:/plugins/felixhayashi/topstoryview/config.js\").config;var e=\"cubic-bezier(0.645, 0.045, 0.355, 1)\";var i=function(e){this.listWidget=e;this.pageScroller=new $tw.utils.PageScroller;this.pageScroller.scrollIntoView=this.scrollIntoView;this.pageScroller.storyRiverDomNode=document.getElementsByClassName(t.classNames.storyRiver)[0];var i=$tw.wiki.getTiddler(t.references.userConfig);var o=i?i.fields:{};var r=parseInt(o[\"scroll-offset\"]);this.pageScroller.scrollOffset=isNaN(r)?71:r;this.recalculateBottomSpace()};i.prototype.refreshStart=function(t,e){};i.prototype.refreshEnd=function(t,e){};i.prototype.navigateTo=function(t){var e=this.listWidget.findListItem(0,t.title);if(e===undefined)return;var i=this.listWidget.children[e];var o=i.findFirstDomNode();if(!(o instanceof Element))return;this.pageScroller.scrollIntoView(o)};i.prototype.insert=function(t){if(!t)return;var e=t.findFirstDomNode();if(!(e instanceof Element))return;this.startInsertAnimation(e,function(){this.recalculateBottomSpace();this.pageScroller.scrollIntoView(e)}.bind(this))};i.prototype.remove=function(t){if(!t)return;var e=t.findFirstDomNode();if(!(e instanceof Element)){t.removeChildDomNodes();return}var i=this.getLastFrame()===e;this.startRemoveAnimation(t,e,function(){t.removeChildDomNodes();this.recalculateBottomSpace();if(i){this.pageScroller.scrollIntoView(this.getLastFrame())}}.bind(this))};i.prototype.getLastFrame=function(){var t=this.listWidget.children[this.listWidget.children.length-1];return t?t.findFirstDomNode():null};i.prototype.recalculateBottomSpace=function(){var t=this.pageScroller.storyRiverDomNode;if(this.getLastFrame()){var e=this.getLastFrame().getBoundingClientRect();var i=window.innerHeight;if(e.height<i){t.style[\"paddingBottom\"]=i-e.height+\"px\";return}}t.style[\"paddingBottom\"]=\"\"};i.prototype.scrollIntoView=function(t){if(!t)return;var e=$tw.utils.getAnimationDuration();this.cancelScroll();this.startTime=Date.now();var i=$tw.utils.getScrollPosition();var o=t.getBoundingClientRect(),r={left:o.left+i.x,top:o.top+i.y,width:o.width,height:o.height};var n=function(t,e,i,o){if(t<=i){return t}else if(e<o&&i<t+e-o){return t+e-o}else if(i<t){return t}else{return i}},s=n(r.left,r.width,i.x,window.innerWidth),a=r.top-this.scrollOffset;if(s!==i.x||a!==i.y){var l=this,c;c=function(){var t;if(e<=0){t=1}else{t=(Date.now()-l.startTime)/e}if(t>=1){l.cancelScroll();t=1}t=$tw.utils.slowInSlowOut(t);window.scrollTo(i.x+(s-i.x)*t,i.y+(a-i.y)*t);if(t<1){l.idRequestFrame=l.requestAnimationFrame.call(window,c)}};c()}};i.prototype.startInsertAnimation=function(t,i){var o=$tw.utils.getAnimationDuration();var r=window.getComputedStyle(t),n=parseInt(r.marginBottom,10),s=parseInt(r.marginTop,10),a=t.offsetHeight+s;setTimeout(function(){$tw.utils.setStyle(t,[{transition:\"none\"},{marginBottom:\"\"}]);i()},o);$tw.utils.setStyle(t,[{transition:\"none\"},{marginBottom:-a+\"px\"},{opacity:\"0.0\"}]);$tw.utils.forceLayout(t);$tw.utils.setStyle(t,[{transition:\"opacity \"+o+\"ms \"+e+\", \"+\"margin-bottom \"+o+\"ms \"+e},{marginBottom:n+\"px\"},{opacity:\"1.0\"}])};i.prototype.startRemoveAnimation=function(t,i,o){var r=$tw.utils.getAnimationDuration();var n=i.offsetWidth,s=window.getComputedStyle(i),a=parseInt(s.marginBottom,10),l=parseInt(s.marginTop,10),c=i.offsetHeight+l;setTimeout(o,r);$tw.utils.setStyle(i,[{transition:\"none\"},{transform:\"translateX(0px)\"},{marginBottom:a+\"px\"},{opacity:\"1.0\"}]);$tw.utils.forceLayout(i);$tw.utils.setStyle(i,[{transition:$tw.utils.roundTripPropertyName(\"transform\")+\" \"+r+\"ms \"+e+\", \"+\"opacity \"+r+\"ms \"+e+\", \"+\"margin-bottom \"+r+\"ms \"+e},{transform:\"translateX(-\"+n+\"px)\"},{marginBottom:-c+\"px\"},{opacity:\"0.0\"}])};exports.top=i})();",
"title": "$:/plugins/felixhayashi/topstoryview/top.js",
"type": "application/javascript",
"module-type": "storyview"
}
}
}
{
"tiddlers": {
"$:/plugins/felixhayashi/vis/img/network/acceptDeleteIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/acceptDeleteIcon.png",
"type": "image/png",
"text": 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},
"$:/plugins/felixhayashi/vis/img/network/addNodeIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/addNodeIcon.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/backIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/backIcon.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/connectIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/connectIcon.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/cross.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/cross.png",
"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/cross2.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/cross2.png",
"type": "image/png",
"text": 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},
"$:/plugins/felixhayashi/vis/img/network/deleteIcon.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/deleteIcon.png",
"type": "image/png",
"text": 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"type": "image/png",
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},
"$:/plugins/felixhayashi/vis/img/network/leftArrow.png": {
"title": "$:/plugins/felixhayashi/vis/img/network/leftArrow.png",
"type": "image/png",
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"title": "$:/plugins/felixhayashi/vis/img/network/rightArrow.png",
"type": "image/png",
"text": 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},
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"title": "$:/plugins/felixhayashi/vis/img/network/upArrow.png",
"type": "image/png",
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},
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"title": "$:/plugins/felixhayashi/vis/img/timeline/delete.png",
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},
"$:/plugins/felixhayashi/vis/readme": {
"title": "$:/plugins/felixhayashi/vis/readme",
"text": "! TW5-Vis.js\n\nA tiddlywiki plugin for the vis.js library.\n\n---\n\n! Notes on Copyright\n\n!! TiddlyWiki\n\nCreated by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007 Copyright © UnaMesa Association 2007-2014\n\nPublished under the following [licenses](https://github.com/Jermolene/TiddlyWiki5/tree/master/licenses):\n\n1. BSD 3-clause \"New\" or \"Revised\" License (including any right to adopt any future version of a license if permitted)\n2. Creative Commons Attribution 3.0 (including any right to adopt any future version of a license if permitted)\n\n!! The **vis.js** library\n\nCopyright (c) 2014 [Almende B.V.](https://github.com/almende/vis)\n\nPublished under the following licenses:\n\n1. Apache License Version 2.0, January 2004 http://www.apache.org/licenses/\n2. MIT License (MIT)\n"
},
"$:/plugins/felixhayashi/vis/vis.css": {
"title": "$:/plugins/felixhayashi/vis/vis.css",
"type": "text/vnd.tiddlywiki",
"tags": "$:/tags/Stylesheet",
"text": "\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n.vis .overlay{position:absolute;top:0;left:0;width:100%;height:100%;z-index:10}.vis-active{box-shadow:0 0 10px #86d5f8}.vis [class*=<<datauri \"$:/plugins/felixhayashi/vis/span\">>]{min-height:0;width:auto}.vis-timeline{position:relative;border:1px solid #bfbfbf;overflow:hidden;padding:0;margin:0;box-sizing:border-box}.vis-panel{position:absolute;padding:0;margin:0;box-sizing:border-box}.vis-panel.vis-center,.vis-panel.vis-left,.vis-panel.vis-right,.vis-panel.vis-top,.vis-panel.vis-bottom{border:1px #bfbfbf}.vis-panel.vis-center,.vis-panel.vis-left,.vis-panel.vis-right{border-top-style:solid;border-bottom-style:solid;overflow:hidden}.vis-panel.vis-center,.vis-panel.vis-top,.vis-panel.vis-bottom{border-left-style:solid;border-right-style:solid}.vis-background{overflow:hidden}.vis-panel>.vis-content{position:relative}.vis-panel .vis-shadow{position:absolute;width:100%;height:1px;box-shadow:0 0 10px rgba(0,0,0,0.8)}.vis-panel .vis-shadow.vis-top{top:-1px;left:0}.vis-panel .vis-shadow.vis-bottom{bottom:-1px;left:0}.vis-labelset{position:relative;overflow:hidden;box-sizing:border-box}.vis-labelset .vis-label{position:relative;left:0;top:0;width:100%;color:#4d4d4d;box-sizing:border-box}.vis-labelset .vis-label{border-bottom:1px solid #bfbfbf}.vis-labelset .vis-label:last-child{border-bottom:0}.vis-labelset .vis-label .vis-inner{display:inline-block;padding:5px}.vis-labelset .vis-label .vis-inner.vis-hidden{padding:0}.vis-itemset{position:relative;padding:0;margin:0;box-sizing:border-box}.vis-itemset .vis-background,.vis-itemset .vis-foreground{position:absolute;width:100%;height:100%;overflow:visible}.vis-axis{position:absolute;width:100%;height:0;left:0;z-index:1}.vis-foreground .vis-group{position:relative;box-sizing:border-box;border-bottom:1px solid #bfbfbf}.vis-foreground .vis-group:last-child{border-bottom:0}.vis-overlay{position:absolute;top:0;left:0;width:100%;height:100%;z-index:10}.vis-item{position:absolute;color:#1a1a1a;border-color:#97b0f8;border-width:1px;background-color:#d5ddf6;display:inline-block}.vis-item.vis-selected{border-color:#ffc200;background-color:#fff785;z-index:2}.vis-editable.vis-selected{cursor:move}.vis-item.vis-point.vis-selected{background-color:#fff785}.vis-item.vis-box{text-align:center;border-style:solid;border-radius:2px}.vis-item.vis-point{background:0}.vis-item.vis-dot{position:absolute;padding:0;border-width:4px;border-style:solid;border-radius:4px}.vis-item.vis-range{border-style:solid;border-radius:2px;box-sizing:border-box}.vis-item.vis-background{border:0;background-color:rgba(213,221,246,0.4);box-sizing:border-box;padding:0;margin:0}.vis-item .vis-item-overflow{position:relative;width:100%;height:100%;padding:0;margin:0;overflow:hidden}.vis-item.vis-range .vis-item-content{position:relative;display:inline-block}.vis-item.vis-background .vis-item-content{position:absolute;display:inline-block}.vis-item.vis-line{padding:0;position:absolute;width:0;border-left-width:1px;border-left-style:solid}.vis-item .vis-item-content{white-space:nowrap;box-sizing:border-box;padding:5px}.vis-item .vis-delete{background:url(<<datauri \"$:/plugins/felixhayashi/vis/img/timeline/delete.png\">>) no-repeat center;position:absolute;width:24px;height:24px;top:-4px;right:-24px;cursor:pointer}.vis-item.vis-range .vis-drag-left{position:absolute;width:24px;max-width:20%;min-width:2px;height:100%;top:0;left:-4px;cursor:w-resize}.vis-item.vis-range .vis-drag-right{position:absolute;width:24px;max-width:20%;min-width:2px;height:100%;top:0;right:-4px;cursor:e-resize}.vis-time-axis{position:relative;overflow:hidden}.vis-time-axis.vis-foreground{top:0;left:0;width:100%}.vis-time-axis.vis-background{position:absolute;top:0;left:0;width:100%;height:100%}.vis-time-axis .vis-text{position:absolute;color:#4d4d4d;padding:3px;white-space:nowrap}.vis-time-axis .vis-text.vis-measure{position:absolute;padding-left:0;padding-right:0;margin-left:0;margin-right:0;visibility:hidden}.vis-time-axis .vis-grid.vis-vertical{position:absolute;border-left:1px solid}.vis-time-axis .vis-grid.vis-minor{border-color:#e5e5e5}.vis-time-axis .vis-grid.vis-major{border-color:#bfbfbf}.vis-current-time{background-color:#ff7f6e;width:2px;z-index:1}.vis-custom-time{background-color:#6e94ff;width:2px;cursor:move;z-index:1}toDO:get animation working nicely .vis-item{-webkit-transition:top .4s ease-in-out;transition:top .4s ease-in-out}.vis-item.line{-webkit-transition:height .4s ease-in-out,top .4s ease-in-out;transition:height .4s ease-in-out,top .4s ease-in-out}.vis-panel.vis-background.vis-horizontal .vis-grid.vis-horizontal{position:absolute;width:100%;height:0;border-bottom:1px solid}.vis-panel.vis-background.vis-horizontal .vis-grid.vis-minor{border-color:#e5e5e5}.vis-panel.vis-background.vis-horizontal .vis-grid.vis-major{border-color:#bfbfbf}.vis-data-axis .vis-y-axis.vis-major{width:100%;position:absolute;color:#4d4d4d;white-space:nowrap}.vis-data-axis .vis-y-axis.vis-major.vis-measure{padding:0;margin:0;border:0;visibility:hidden;width:auto}.vis-data-axis .vis-y-axis.vis-minor{position:absolute;width:100%;color:#bebebe;white-space:nowrap}.vis-data-axis .vis-y-axis.vis-minor.vis-measure{padding:0;margin:0;border:0;visibility:hidden;width:auto}.vis-data-axis .vis-y-axis.vis-title{position:absolute;color:#4d4d4d;white-space:nowrap;bottom:20px;text-align:center}.vis-data-axis .vis-y-axis.vis-title.vis-measure{padding:0;margin:0;visibility:hidden;width:auto}.vis-data-axis .vis-y-axis.vis-title.vis-left{bottom:0;-webkit-transform-origin:left top;-moz-transform-origin:left top;-ms-transform-origin:left top;-o-transform-origin:left top;transform-origin:left 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Please create a graph as new vis.Network(...)\")};exports.moment=__webpack_require__(8);exports.hammer=__webpack_require__(3);exports.Hammer=__webpack_require__(3);exports.keycharm=__webpack_require__(43)},function(module,exports,__webpack_require__){\"use strict\";var Item=__webpack_require__(2);function PointItem(data,conversion,options){this.props={dot:{top:0,width:0,height:0},content:{height:0,marginLeft:0}};if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data)}}Item.call(this,data,conversion,options)}PointItem.prototype=new Item(null,null,null);PointItem.prototype.isVisible=function(range){var interval=(range.end-range.start)/4;return this.data.start>range.start-interval&&this.data.start<range.end+interval};PointItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.point=document.createElement(\"div\");dom.content=document.createElement(\"div\");dom.content.className=\"vis-item-content\";dom.point.appendChild(dom.content);dom.dot=document.createElement(\"div\");dom.point.appendChild(dom.dot);dom.point[\"timeline-item\"]=this;this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.point.parentNode){var foreground=this.parent.dom.foreground;if(!foreground){throw new Error(\"Cannot redraw item: parent has no foreground container element\")}foreground.appendChild(dom.point)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.point);this._updateDataAttributes(this.dom.point);this._updateStyle(this.dom.point);var editable=(this.options.editable.updateTime||this.options.editable.updateGroup||this.editable===true)&&this.editable!==false;var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\")+(editable?\" vis-editable\":\" vis-readonly\");dom.point.className=\"vis-item vis-point\"+className;dom.dot.className=\"vis-item vis-dot\"+className;this.props.dot.width=dom.dot.offsetWidth;this.props.dot.height=dom.dot.offsetHeight;this.props.content.height=dom.content.offsetHeight;dom.content.style.marginLeft=2*this.props.dot.width+\"px\";dom.dot.style.top=(this.height-this.props.dot.height)/2+\"px\";dom.dot.style.left=this.props.dot.width/2+\"px\";this.width=dom.point.offsetWidth;this.height=dom.point.offsetHeight;this.dirty=false}this._repaintDeleteButton(dom.point)};PointItem.prototype.show=function(){if(!this.displayed){this.redraw()}};PointItem.prototype.hide=function(){if(this.displayed){if(this.dom.point.parentNode){this.dom.point.parentNode.removeChild(this.dom.point)}this.displayed=false}};PointItem.prototype.repositionX=function(){var start=this.conversion.toScreen(this.data.start);this.left=start-this.props.dot.width;this.dom.point.style.left=this.left+\"px\"};PointItem.prototype.repositionY=function(){var orientation=this.options.orientation.item;var point=this.dom.point;if(orientation==\"top\"){point.style.top=this.top+\"px\"}else{point.style.top=this.parent.height-this.top-this.height+\"px\"}};PointItem.prototype.getWidthLeft=function(){return this.props.dot.width};PointItem.prototype.getWidthRight=function(){return this.width-this.props.dot.width};module.exports=PointItem},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(3);var util=__webpack_require__(7);function Item(data,conversion,options){this.id=null;this.parent=null;this.data=data;this.dom=null;this.conversion=conversion||{};this.options=options||{};this.selected=false;this.displayed=false;this.dirty=true;this.top=null;this.left=null;this.width=null;this.height=null;this.editable=null;if(this.data&&this.data.hasOwnProperty(\"editable\")&&typeof this.data.editable===\"boolean\"){this.editable=data.editable}}Item.prototype.stack=true;Item.prototype.select=function(){this.selected=true;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.unselect=function(){this.selected=false;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.setData=function(data){var groupChanged=data.group!=undefined&&this.data.group!=data.group;if(groupChanged){this.parent.itemSet._moveToGroup(this,data.group)}if(data.hasOwnProperty(\"editable\")&&typeof data.editable===\"boolean\"){this.editable=data.editable}this.data=data;this.dirty=true;if(this.displayed)this.redraw()};Item.prototype.setParent=function(parent){if(this.displayed){this.hide();this.parent=parent;if(this.parent){this.show()}}else{this.parent=parent}};Item.prototype.isVisible=function(range){return false};Item.prototype.show=function(){return false};Item.prototype.hide=function(){return false};Item.prototype.redraw=function(){};Item.prototype.repositionX=function(){};Item.prototype.repositionY=function(){};Item.prototype._repaintDeleteButton=function(anchor){var editable=(this.options.editable.remove||this.data.editable===true)&&this.data.editable!==false;if(this.selected&&editable&&!this.dom.deleteButton){var me=this;var deleteButton=document.createElement(\"div\");deleteButton.className=\"vis-delete\";deleteButton.title=\"Delete this item\";new Hammer(deleteButton).on(\"tap\",function(event){event.stopPropagation();me.parent.removeFromDataSet(me)});anchor.appendChild(deleteButton);this.dom.deleteButton=deleteButton}else if(!this.selected&&this.dom.deleteButton){if(this.dom.deleteButton.parentNode){this.dom.deleteButton.parentNode.removeChild(this.dom.deleteButton)}this.dom.deleteButton=null}};Item.prototype._updateContents=function(element){var content;if(this.options.template){var itemData=this.parent.itemSet.itemsData.get(this.id);content=this.options.template(itemData)}else{content=this.data.content}var changed=this._contentToString(this.content)!==this._contentToString(content);if(changed){if(content instanceof Element){element.innerHTML=\"\";element.appendChild(content)}else if(content!=undefined){element.innerHTML=content}else{if(!(this.data.type==\"background\"&&this.data.content===undefined)){throw new Error('Property \"content\" missing in item '+this.id)}}this.content=content}};Item.prototype._updateTitle=function(element){if(this.data.title!=null){element.title=this.data.title||\"\"}else{element.removeAttribute(\"vis-title\")}};Item.prototype._updateDataAttributes=function(element){if(this.options.dataAttributes&&this.options.dataAttributes.length>0){var attributes=[];if(Array.isArray(this.options.dataAttributes)){attributes=this.options.dataAttributes}else if(this.options.dataAttributes==\"all\"){attributes=Object.keys(this.data)}else{return}for(var i=0;i<attributes.length;i++){var name=attributes[i];var value=this.data[name];if(value!=null){element.setAttribute(\"data-\"+name,value)}else{element.removeAttribute(\"data-\"+name)}}}};Item.prototype._updateStyle=function(element){if(this.style){util.removeCssText(element,this.style);this.style=null}if(this.data.style){util.addCssText(element,this.data.style);this.style=this.data.style}};Item.prototype._contentToString=function(content){if(typeof content===\"string\")return content;if(content&&\"outerHTML\"in content)return content.outerHTML;return content};Item.prototype.getWidthLeft=function(){return 0};Item.prototype.getWidthRight=function(){return 0};module.exports=Item},function(module,exports,__webpack_require__){\"use strict\";if(typeof window!==\"undefined\"){var propagating=__webpack_require__(4);var Hammer=window[\"Hammer\"]||__webpack_require__(5);module.exports=propagating(Hammer,{preventDefault:\"mouse\"})}else{module.exports=function(){throw Error(\"hammer.js is only available in a browser, not in node.js.\")}}},function(module,exports,__webpack_require__){var __WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_ARRAY__,__WEBPACK_AMD_DEFINE_RESULT__;\"use strict\";(function(factory){if(true){!(__WEBPACK_AMD_DEFINE_ARRAY__=[],__WEBPACK_AMD_DEFINE_FACTORY__=factory,__WEBPACK_AMD_DEFINE_RESULT__=typeof __WEBPACK_AMD_DEFINE_FACTORY__===\"function\"?__WEBPACK_AMD_DEFINE_FACTORY__.apply(exports,__WEBPACK_AMD_DEFINE_ARRAY__):__WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__))}else if(typeof exports===\"object\"){module.exports=factory()}else{window.propagating=factory()}})(function(){var _firstTarget=null;var _processing=false;return function propagating(hammer,options){var _options=options||{preventDefault:false};if(hammer.Manager){var Hammer=hammer;var PropagatingHammer=function(element,options){var o=Object.create(_options);if(options)Hammer.extend(o,options);return propagating(new Hammer(element,o),o)};Hammer.extend(PropagatingHammer,Hammer);PropagatingHammer.Manager=function(element,options){var o=Object.create(_options);if(options)Hammer.extend(o,options);return propagating(new Hammer.Manager(element,o),o)};return PropagatingHammer}var wrapper=Object.create(hammer);var element=hammer.element;element.hammer=wrapper;hammer.on(\"hammer.input\",function(event){if(_options.preventDefault===true||_options.preventDefault===event.pointerType){event.preventDefault()}if(event.isFirst){_firstTarget=event.target}});wrapper._handlers={};wrapper.on=function(events,handler){split(events).forEach(function(event){var _handlers=wrapper._handlers[event];if(!_handlers){wrapper._handlers[event]=_handlers=[];hammer.on(event,propagatedHandler)}_handlers.push(handler)});return wrapper};wrapper.off=function(events,handler){split(events).forEach(function(event){var _handlers=wrapper._handlers[event];if(_handlers){_handlers=handler?_handlers.filter(function(h){return h!==handler}):[];if(_handlers.length>0){wrapper._handlers[event]=_handlers}else{hammer.off(event,propagatedHandler);delete wrapper._handlers[event]}}});return wrapper};wrapper.emit=function(eventType,event){_firstTarget=event.target;hammer.emit(eventType,event)};wrapper.destroy=function(){delete hammer.element.hammer;wrapper._handlers={};hammer.destroy()};function split(events){return events.match(/[^ ]+/g)}function propagatedHandler(event){if(event.type!==\"hammer.input\"){if(!event.srcEvent._handled){event.srcEvent._handled={}}if(event.srcEvent._handled[event.type]){return}else{event.srcEvent._handled[event.type]=true}}var stopped=false;event.stopPropagation=function(){stopped=true};event.firstTarget=_firstTarget;var elem=_firstTarget;while(elem&&!stopped){var _handlers=elem.hammer&&elem.hammer._handlers[event.type];if(_handlers){for(var i=0;i<_handlers.length&&!stopped;i++){_handlers[i](event)}}elem=elem.parentNode}}return wrapper}})},function(module,exports,__webpack_require__){var __WEBPACK_AMD_DEFINE_RESULT__;(function(window,document,exportName,undefined){\"use strict\";var VENDOR_PREFIXES=[\"\",\"webkit\",\"moz\",\"MS\",\"ms\",\"o\"];var TEST_ELEMENT=document.createElement(\"div\");var TYPE_FUNCTION=\"function\";var round=Math.round;var abs=Math.abs;var now=Date.now;function setTimeoutContext(fn,timeout,context){return setTimeout(bindFn(fn,context),timeout)}function invokeArrayArg(arg,fn,context){if(Array.isArray(arg)){each(arg,context[fn],context);return true}return false}function each(obj,iterator,context){var i;if(!obj){return}if(obj.forEach){obj.forEach(iterator,context)}else if(obj.length!==undefined){i=0;while(i<obj.length){iterator.call(context,obj[i],i,obj);i++}}else{for(i in obj){obj.hasOwnProperty(i)&&iterator.call(context,obj[i],i,obj)}}}function extend(dest,src,merge){var keys=Object.keys(src);var i=0;while(i<keys.length){if(!merge||merge&&dest[keys[i]]===undefined){dest[keys[i]]=src[keys[i]]}i++}return dest}function merge(dest,src){return extend(dest,src,true)}function inherit(child,base,properties){var baseP=base.prototype,childP;childP=child.prototype=Object.create(baseP);childP.constructor=child;childP._super=baseP;if(properties){extend(childP,properties)}}function bindFn(fn,context){return function boundFn(){return fn.apply(context,arguments)}}function boolOrFn(val,args){if(typeof val==TYPE_FUNCTION){return val.apply(args?args[0]||undefined:undefined,args)}return val}function ifUndefined(val1,val2){return val1===undefined?val2:val1}function addEventListeners(target,types,handler){each(splitStr(types),function(type){target.addEventListener(type,handler,false)})}function removeEventListeners(target,types,handler){each(splitStr(types),function(type){target.removeEventListener(type,handler,false)})}function hasParent(node,parent){while(node){if(node==parent){return true}node=node.parentNode}return false}function inStr(str,find){return str.indexOf(find)>-1}function splitStr(str){return str.trim().split(/\\s+/g)}function inArray(src,find,findByKey){if(src.indexOf&&!findByKey){return src.indexOf(find)}else{var i=0;while(i<src.length){if(findByKey&&src[i][findByKey]==find||!findByKey&&src[i]===find){return i}i++}return-1}}function toArray(obj){return Array.prototype.slice.call(obj,0)}function uniqueArray(src,key,sort){var results=[];var values=[];var i=0;while(i<src.length){var val=key?src[i][key]:src[i];if(inArray(values,val)<0){results.push(src[i])}values[i]=val;i++}if(sort){if(!key){results=results.sort()}else{results=results.sort(function sortUniqueArray(a,b){return a[key]>b[key]})}}return results}function prefixed(obj,property){var prefix,prop;var camelProp=property[0].toUpperCase()+property.slice(1);var i=0;while(i<VENDOR_PREFIXES.length){prefix=VENDOR_PREFIXES[i];prop=prefix?prefix+camelProp:property;if(prop in obj){return prop}i++}return undefined}var _uniqueId=1;function uniqueId(){return _uniqueId++}function getWindowForElement(element){var doc=element.ownerDocument;return doc.defaultView||doc.parentWindow}var MOBILE_REGEX=/mobile|tablet|ip(ad|hone|od)|android/i;var SUPPORT_TOUCH=\"ontouchstart\"in window;var SUPPORT_POINTER_EVENTS=prefixed(window,\"PointerEvent\")!==undefined;var SUPPORT_ONLY_TOUCH=SUPPORT_TOUCH&&MOBILE_REGEX.test(navigator.userAgent);var INPUT_TYPE_TOUCH=\"touch\";var INPUT_TYPE_PEN=\"pen\";var INPUT_TYPE_MOUSE=\"mouse\";var INPUT_TYPE_KINECT=\"kinect\";var COMPUTE_INTERVAL=25;var INPUT_START=1;var INPUT_MOVE=2;var INPUT_END=4;var INPUT_CANCEL=8;var DIRECTION_NONE=1;var DIRECTION_LEFT=2;var DIRECTION_RIGHT=4;var DIRECTION_UP=8;var DIRECTION_DOWN=16;var DIRECTION_HORIZONTAL=DIRECTION_LEFT|DIRECTION_RIGHT;var DIRECTION_VERTICAL=DIRECTION_UP|DIRECTION_DOWN;var DIRECTION_ALL=DIRECTION_HORIZONTAL|DIRECTION_VERTICAL;var PROPS_XY=[\"x\",\"y\"];var PROPS_CLIENT_XY=[\"clientX\",\"clientY\"];function Input(manager,callback){var self=this;this.manager=manager;this.callback=callback;this.element=manager.element;this.target=manager.options.inputTarget;this.domHandler=function(ev){if(boolOrFn(manager.options.enable,[manager])){self.handler(ev)}};this.init()}Input.prototype={handler:function(){},init:function(){this.evEl&&addEventListeners(this.element,this.evEl,this.domHandler);this.evTarget&&addEventListeners(this.target,this.evTarget,this.domHandler);this.evWin&&addEventListeners(getWindowForElement(this.element),this.evWin,this.domHandler)},destroy:function(){this.evEl&&removeEventListeners(this.element,this.evEl,this.domHandler);this.evTarget&&removeEventListeners(this.target,this.evTarget,this.domHandler);this.evWin&&removeEventListeners(getWindowForElement(this.element),this.evWin,this.domHandler)}};function createInputInstance(manager){var Type;var inputClass=manager.options.inputClass;if(inputClass){Type=inputClass}else if(SUPPORT_POINTER_EVENTS){Type=PointerEventInput}else if(SUPPORT_ONLY_TOUCH){Type=TouchInput}else if(!SUPPORT_TOUCH){Type=MouseInput}else{Type=TouchMouseInput}return new Type(manager,inputHandler)}function inputHandler(manager,eventType,input){var pointersLen=input.pointers.length;var changedPointersLen=input.changedPointers.length;var isFirst=eventType&INPUT_START&&pointersLen-changedPointersLen===0;var isFinal=eventType&(INPUT_END|INPUT_CANCEL)&&pointersLen-changedPointersLen===0;input.isFirst=!!isFirst;input.isFinal=!!isFinal;if(isFirst){manager.session={}}input.eventType=eventType;computeInputData(manager,input);manager.emit(\"hammer.input\",input);manager.recognize(input);manager.session.prevInput=input}function computeInputData(manager,input){var session=manager.session;var pointers=input.pointers;var pointersLength=pointers.length;if(!session.firstInput){session.firstInput=simpleCloneInputData(input)}if(pointersLength>1&&!session.firstMultiple){session.firstMultiple=simpleCloneInputData(input)}else if(pointersLength===1){session.firstMultiple=false}var firstInput=session.firstInput;var firstMultiple=session.firstMultiple;var offsetCenter=firstMultiple?firstMultiple.center:firstInput.center;var center=input.center=getCenter(pointers);input.timeStamp=now();input.deltaTime=input.timeStamp-firstInput.timeStamp;input.angle=getAngle(offsetCenter,center);input.distance=getDistance(offsetCenter,center);computeDeltaXY(session,input);input.offsetDirection=getDirection(input.deltaX,input.deltaY);input.scale=firstMultiple?getScale(firstMultiple.pointers,pointers):1;input.rotation=firstMultiple?getRotation(firstMultiple.pointers,pointers):0;computeIntervalInputData(session,input);var target=manager.element;if(hasParent(input.srcEvent.target,target)){target=input.srcEvent.target}input.target=target}function computeDeltaXY(session,input){var center=input.center;var offset=session.offsetDelta||{};var prevDelta=session.prevDelta||{};var prevInput=session.prevInput||{};if(input.eventType===INPUT_START||prevInput.eventType===INPUT_END){prevDelta=session.prevDelta={x:prevInput.deltaX||0,y:prevInput.deltaY||0};offset=session.offsetDelta={x:center.x,y:center.y}}input.deltaX=prevDelta.x+(center.x-offset.x);input.deltaY=prevDelta.y+(center.y-offset.y)}function computeIntervalInputData(session,input){var last=session.lastInterval||input,deltaTime=input.timeStamp-last.timeStamp,velocity,velocityX,velocityY,direction;if(input.eventType!=INPUT_CANCEL&&(deltaTime>COMPUTE_INTERVAL||last.velocity===undefined)){var deltaX=last.deltaX-input.deltaX;var deltaY=last.deltaY-input.deltaY;var v=getVelocity(deltaTime,deltaX,deltaY);velocityX=v.x;velocityY=v.y;velocity=abs(v.x)>abs(v.y)?v.x:v.y;direction=getDirection(deltaX,deltaY);session.lastInterval=input}else{velocity=last.velocity;velocityX=last.velocityX;velocityY=last.velocityY;direction=last.direction}input.velocity=velocity;input.velocityX=velocityX;input.velocityY=velocityY;input.direction=direction}function simpleCloneInputData(input){var pointers=[];var i=0;while(i<input.pointers.length){pointers[i]={clientX:round(input.pointers[i].clientX),clientY:round(input.pointers[i].clientY)};i++}return{timeStamp:now(),pointers:pointers,center:getCenter(pointers),deltaX:input.deltaX,deltaY:input.deltaY}}function getCenter(pointers){var pointersLength=pointers.length;if(pointersLength===1){return{x:round(pointers[0].clientX),y:round(pointers[0].clientY)}}var x=0,y=0,i=0;while(i<pointersLength){x+=pointers[i].clientX;y+=pointers[i].clientY;i++}return{x:round(x/pointersLength),y:round(y/pointersLength)}}function getVelocity(deltaTime,x,y){return{x:x/deltaTime||0,y:y/deltaTime||0}}function getDirection(x,y){if(x===y){return DIRECTION_NONE}if(abs(x)>=abs(y)){return x>0?DIRECTION_LEFT:DIRECTION_RIGHT}return y>0?DIRECTION_UP:DIRECTION_DOWN}function getDistance(p1,p2,props){if(!props){props=PROPS_XY}var x=p2[props[0]]-p1[props[0]],y=p2[props[1]]-p1[props[1]];return Math.sqrt(x*x+y*y)}function getAngle(p1,p2,props){if(!props){props=PROPS_XY}var x=p2[props[0]]-p1[props[0]],y=p2[props[1]]-p1[props[1]];return Math.atan2(y,x)*180/Math.PI}function getRotation(start,end){return getAngle(end[1],end[0],PROPS_CLIENT_XY)-getAngle(start[1],start[0],PROPS_CLIENT_XY)}function getScale(start,end){return getDistance(end[0],end[1],PROPS_CLIENT_XY)/getDistance(start[0],start[1],PROPS_CLIENT_XY)}var MOUSE_INPUT_MAP={mousedown:INPUT_START,mousemove:INPUT_MOVE,mouseup:INPUT_END};var MOUSE_ELEMENT_EVENTS=\"mousedown\";var MOUSE_WINDOW_EVENTS=\"mousemove mouseup\";function MouseInput(){this.evEl=MOUSE_ELEMENT_EVENTS;this.evWin=MOUSE_WINDOW_EVENTS;this.allow=true;this.pressed=false;Input.apply(this,arguments)}inherit(MouseInput,Input,{handler:function MEhandler(ev){var eventType=MOUSE_INPUT_MAP[ev.type];if(eventType&INPUT_START&&ev.button===0){this.pressed=true}if(eventType&INPUT_MOVE&&ev.which!==1){eventType=INPUT_END}if(!this.pressed||!this.allow){return}if(eventType&INPUT_END){this.pressed=false}this.callback(this.manager,eventType,{pointers:[ev],changedPointers:[ev],pointerType:INPUT_TYPE_MOUSE,srcEvent:ev})}});var POINTER_INPUT_MAP={pointerdown:INPUT_START,pointermove:INPUT_MOVE,pointerup:INPUT_END,pointercancel:INPUT_CANCEL,pointerout:INPUT_CANCEL};var IE10_POINTER_TYPE_ENUM={2:INPUT_TYPE_TOUCH,3:INPUT_TYPE_PEN,4:INPUT_TYPE_MOUSE,5:INPUT_TYPE_KINECT};var POINTER_ELEMENT_EVENTS=\"pointerdown\";var POINTER_WINDOW_EVENTS=\"pointermove pointerup pointercancel\";if(window.MSPointerEvent){POINTER_ELEMENT_EVENTS=\"MSPointerDown\";POINTER_WINDOW_EVENTS=\"MSPointerMove MSPointerUp MSPointerCancel\"}function PointerEventInput(){this.evEl=POINTER_ELEMENT_EVENTS;this.evWin=POINTER_WINDOW_EVENTS;Input.apply(this,arguments);this.store=this.manager.session.pointerEvents=[]}inherit(PointerEventInput,Input,{handler:function PEhandler(ev){var store=this.store;var removePointer=false;var eventTypeNormalized=ev.type.toLowerCase().replace(\"ms\",\"\");var eventType=POINTER_INPUT_MAP[eventTypeNormalized];var pointerType=IE10_POINTER_TYPE_ENUM[ev.pointerType]||ev.pointerType;var isTouch=pointerType==INPUT_TYPE_TOUCH;var storeIndex=inArray(store,ev.pointerId,\"pointerId\");if(eventType&INPUT_START&&(ev.button===0||isTouch)){if(storeIndex<0){store.push(ev);storeIndex=store.length-1}}else if(eventType&(INPUT_END|INPUT_CANCEL)){removePointer=true}if(storeIndex<0){return}store[storeIndex]=ev;this.callback(this.manager,eventType,{pointers:store,changedPointers:[ev],pointerType:pointerType,srcEvent:ev});if(removePointer){store.splice(storeIndex,1)}}});var SINGLE_TOUCH_INPUT_MAP={touchstart:INPUT_START,touchmove:INPUT_MOVE,touchend:INPUT_END,touchcancel:INPUT_CANCEL};var SINGLE_TOUCH_TARGET_EVENTS=\"touchstart\";var SINGLE_TOUCH_WINDOW_EVENTS=\"touchstart touchmove touchend touchcancel\";function SingleTouchInput(){this.evTarget=SINGLE_TOUCH_TARGET_EVENTS;this.evWin=SINGLE_TOUCH_WINDOW_EVENTS;this.started=false;Input.apply(this,arguments)}inherit(SingleTouchInput,Input,{handler:function TEhandler(ev){var type=SINGLE_TOUCH_INPUT_MAP[ev.type];if(type===INPUT_START){this.started=true}if(!this.started){return}var touches=normalizeSingleTouches.call(this,ev,type);if(type&(INPUT_END|INPUT_CANCEL)&&touches[0].length-touches[1].length===0){this.started=false}this.callback(this.manager,type,{pointers:touches[0],changedPointers:touches[1],pointerType:INPUT_TYPE_TOUCH,srcEvent:ev})}});function normalizeSingleTouches(ev,type){var all=toArray(ev.touches);var changed=toArray(ev.changedTouches);if(type&(INPUT_END|INPUT_CANCEL)){all=uniqueArray(all.concat(changed),\"identifier\",true)}return[all,changed]}var TOUCH_INPUT_MAP={touchstart:INPUT_START,touchmove:INPUT_MOVE,touchend:INPUT_END,touchcancel:INPUT_CANCEL};var TOUCH_TARGET_EVENTS=\"touchstart touchmove touchend touchcancel\";function TouchInput(){this.evTarget=TOUCH_TARGET_EVENTS;this.targetIds={};Input.apply(this,arguments)}inherit(TouchInput,Input,{handler:function MTEhandler(ev){var type=TOUCH_INPUT_MAP[ev.type];var touches=getTouches.call(this,ev,type);if(!touches){return}this.callback(this.manager,type,{pointers:touches[0],changedPointers:touches[1],pointerType:INPUT_TYPE_TOUCH,srcEvent:ev})}});function getTouches(ev,type){var allTouches=toArray(ev.touches);var targetIds=this.targetIds;if(type&(INPUT_START|INPUT_MOVE)&&allTouches.length===1){targetIds[allTouches[0].identifier]=true;return[allTouches,allTouches]}var i,targetTouches,changedTouches=toArray(ev.changedTouches),changedTargetTouches=[],target=this.target;targetTouches=allTouches.filter(function(touch){return hasParent(touch.target,target)});if(type===INPUT_START){i=0;while(i<targetTouches.length){targetIds[targetTouches[i].identifier]=true;i++}}i=0;while(i<changedTouches.length){if(targetIds[changedTouches[i].identifier]){changedTargetTouches.push(changedTouches[i])}if(type&(INPUT_END|INPUT_CANCEL)){delete targetIds[changedTouches[i].identifier]}i++}if(!changedTargetTouches.length){return}return[uniqueArray(targetTouches.concat(changedTargetTouches),\"identifier\",true),changedTargetTouches]}function TouchMouseInput(){Input.apply(this,arguments);var handler=bindFn(this.handler,this);this.touch=new TouchInput(this.manager,handler);this.mouse=new MouseInput(this.manager,handler)}inherit(TouchMouseInput,Input,{handler:function TMEhandler(manager,inputEvent,inputData){var isTouch=inputData.pointerType==INPUT_TYPE_TOUCH,isMouse=inputData.pointerType==INPUT_TYPE_MOUSE;if(isTouch){this.mouse.allow=false}else if(isMouse&&!this.mouse.allow){return}if(inputEvent&(INPUT_END|INPUT_CANCEL)){this.mouse.allow=true}this.callback(manager,inputEvent,inputData)},destroy:function destroy(){this.touch.destroy();this.mouse.destroy()}});var PREFIXED_TOUCH_ACTION=prefixed(TEST_ELEMENT.style,\"touchAction\");var NATIVE_TOUCH_ACTION=PREFIXED_TOUCH_ACTION!==undefined;var TOUCH_ACTION_COMPUTE=\"compute\";var TOUCH_ACTION_AUTO=\"auto\";var TOUCH_ACTION_MANIPULATION=\"manipulation\";var TOUCH_ACTION_NONE=\"none\";var TOUCH_ACTION_PAN_X=\"pan-x\";var TOUCH_ACTION_PAN_Y=\"pan-y\";function TouchAction(manager,value){this.manager=manager;this.set(value)}TouchAction.prototype={set:function(value){if(value==TOUCH_ACTION_COMPUTE){value=this.compute()}if(NATIVE_TOUCH_ACTION){this.manager.element.style[PREFIXED_TOUCH_ACTION]=value}this.actions=value.toLowerCase().trim()},update:function(){this.set(this.manager.options.touchAction)},compute:function(){var actions=[];each(this.manager.recognizers,function(recognizer){if(boolOrFn(recognizer.options.enable,[recognizer])){actions=actions.concat(recognizer.getTouchAction())}});return cleanTouchActions(actions.join(\" \"))},preventDefaults:function(input){if(NATIVE_TOUCH_ACTION){return}var srcEvent=input.srcEvent;var direction=input.offsetDirection;if(this.manager.session.prevented){srcEvent.preventDefault();return}var actions=this.actions;var hasNone=inStr(actions,TOUCH_ACTION_NONE);var hasPanY=inStr(actions,TOUCH_ACTION_PAN_Y);var hasPanX=inStr(actions,TOUCH_ACTION_PAN_X);if(hasNone||hasPanY&&direction&DIRECTION_HORIZONTAL||hasPanX&&direction&DIRECTION_VERTICAL){return this.preventSrc(srcEvent)}},preventSrc:function(srcEvent){this.manager.session.prevented=true;srcEvent.preventDefault()}};function cleanTouchActions(actions){if(inStr(actions,TOUCH_ACTION_NONE)){return TOUCH_ACTION_NONE}var hasPanX=inStr(actions,TOUCH_ACTION_PAN_X);var hasPanY=inStr(actions,TOUCH_ACTION_PAN_Y);if(hasPanX&&hasPanY){return TOUCH_ACTION_PAN_X+\" \"+TOUCH_ACTION_PAN_Y}if(hasPanX||hasPanY){return hasPanX?TOUCH_ACTION_PAN_X:TOUCH_ACTION_PAN_Y}if(inStr(actions,TOUCH_ACTION_MANIPULATION)){return TOUCH_ACTION_MANIPULATION}return TOUCH_ACTION_AUTO}var STATE_POSSIBLE=1;var STATE_BEGAN=2;var STATE_CHANGED=4;var STATE_ENDED=8;var STATE_RECOGNIZED=STATE_ENDED;var STATE_CANCELLED=16;var STATE_FAILED=32;function Recognizer(options){this.id=uniqueId();this.manager=null;this.options=merge(options||{},this.defaults);this.options.enable=ifUndefined(this.options.enable,true);this.state=STATE_POSSIBLE;this.simultaneous={};this.requireFail=[]}Recognizer.prototype={defaults:{},set:function(options){extend(this.options,options);this.manager&&this.manager.touchAction.update();return this},recognizeWith:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"recognizeWith\",this)){return this}var simultaneous=this.simultaneous;otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);if(!simultaneous[otherRecognizer.id]){simultaneous[otherRecognizer.id]=otherRecognizer;otherRecognizer.recognizeWith(this)}return this},dropRecognizeWith:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"dropRecognizeWith\",this)){return this}otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);delete this.simultaneous[otherRecognizer.id];return this},requireFailure:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"requireFailure\",this)){return this}var requireFail=this.requireFail;otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);if(inArray(requireFail,otherRecognizer)===-1){requireFail.push(otherRecognizer);otherRecognizer.requireFailure(this)}return this},dropRequireFailure:function(otherRecognizer){if(invokeArrayArg(otherRecognizer,\"dropRequireFailure\",this)){return this}otherRecognizer=getRecognizerByNameIfManager(otherRecognizer,this);var index=inArray(this.requireFail,otherRecognizer);if(index>-1){this.requireFail.splice(index,1)}return this},hasRequireFailures:function(){return this.requireFail.length>0},canRecognizeWith:function(otherRecognizer){return!!this.simultaneous[otherRecognizer.id]},emit:function(input){var self=this;var state=this.state;function emit(withState){self.manager.emit(self.options.event+(withState?stateStr(state):\"\"),input)}if(state<STATE_ENDED){emit(true)}emit();if(state>=STATE_ENDED){emit(true)}},tryEmit:function(input){if(this.canEmit()){return this.emit(input)}this.state=STATE_FAILED},canEmit:function(){var i=0;while(i<this.requireFail.length){if(!(this.requireFail[i].state&(STATE_FAILED|STATE_POSSIBLE))){return false}i++}return true},recognize:function(inputData){var inputDataClone=extend({},inputData);if(!boolOrFn(this.options.enable,[this,inputDataClone])){this.reset();this.state=STATE_FAILED;return}if(this.state&(STATE_RECOGNIZED|STATE_CANCELLED|STATE_FAILED)){this.state=STATE_POSSIBLE}this.state=this.process(inputDataClone);\n\nif(this.state&(STATE_BEGAN|STATE_CHANGED|STATE_ENDED|STATE_CANCELLED)){this.tryEmit(inputDataClone)}},process:function(inputData){},getTouchAction:function(){},reset:function(){}};function stateStr(state){if(state&STATE_CANCELLED){return\"cancel\"}else if(state&STATE_ENDED){return\"end\"}else if(state&STATE_CHANGED){return\"move\"}else if(state&STATE_BEGAN){return\"start\"}return\"\"}function directionStr(direction){if(direction==DIRECTION_DOWN){return\"down\"}else if(direction==DIRECTION_UP){return\"up\"}else if(direction==DIRECTION_LEFT){return\"left\"}else if(direction==DIRECTION_RIGHT){return\"right\"}return\"\"}function getRecognizerByNameIfManager(otherRecognizer,recognizer){var manager=recognizer.manager;if(manager){return manager.get(otherRecognizer)}return otherRecognizer}function AttrRecognizer(){Recognizer.apply(this,arguments)}inherit(AttrRecognizer,Recognizer,{defaults:{pointers:1},attrTest:function(input){var optionPointers=this.options.pointers;return optionPointers===0||input.pointers.length===optionPointers},process:function(input){var state=this.state;var eventType=input.eventType;var isRecognized=state&(STATE_BEGAN|STATE_CHANGED);var isValid=this.attrTest(input);if(isRecognized&&(eventType&INPUT_CANCEL||!isValid)){return state|STATE_CANCELLED}else if(isRecognized||isValid){if(eventType&INPUT_END){return state|STATE_ENDED}else if(!(state&STATE_BEGAN)){return STATE_BEGAN}return state|STATE_CHANGED}return STATE_FAILED}});function PanRecognizer(){AttrRecognizer.apply(this,arguments);this.pX=null;this.pY=null}inherit(PanRecognizer,AttrRecognizer,{defaults:{event:\"pan\",threshold:10,pointers:1,direction:DIRECTION_ALL},getTouchAction:function(){var direction=this.options.direction;var actions=[];if(direction&DIRECTION_HORIZONTAL){actions.push(TOUCH_ACTION_PAN_Y)}if(direction&DIRECTION_VERTICAL){actions.push(TOUCH_ACTION_PAN_X)}return actions},directionTest:function(input){var options=this.options;var hasMoved=true;var distance=input.distance;var direction=input.direction;var x=input.deltaX;var y=input.deltaY;if(!(direction&options.direction)){if(options.direction&DIRECTION_HORIZONTAL){direction=x===0?DIRECTION_NONE:x<0?DIRECTION_LEFT:DIRECTION_RIGHT;hasMoved=x!=this.pX;distance=Math.abs(input.deltaX)}else{direction=y===0?DIRECTION_NONE:y<0?DIRECTION_UP:DIRECTION_DOWN;hasMoved=y!=this.pY;distance=Math.abs(input.deltaY)}}input.direction=direction;return hasMoved&&distance>options.threshold&&direction&options.direction},attrTest:function(input){return AttrRecognizer.prototype.attrTest.call(this,input)&&(this.state&STATE_BEGAN||!(this.state&STATE_BEGAN)&&this.directionTest(input))},emit:function(input){this.pX=input.deltaX;this.pY=input.deltaY;var direction=directionStr(input.direction);if(direction){this.manager.emit(this.options.event+direction,input)}this._super.emit.call(this,input)}});function PinchRecognizer(){AttrRecognizer.apply(this,arguments)}inherit(PinchRecognizer,AttrRecognizer,{defaults:{event:\"pinch\",threshold:0,pointers:2},getTouchAction:function(){return[TOUCH_ACTION_NONE]},attrTest:function(input){return this._super.attrTest.call(this,input)&&(Math.abs(input.scale-1)>this.options.threshold||this.state&STATE_BEGAN)},emit:function(input){this._super.emit.call(this,input);if(input.scale!==1){var inOut=input.scale<1?\"in\":\"out\";this.manager.emit(this.options.event+inOut,input)}}});function PressRecognizer(){Recognizer.apply(this,arguments);this._timer=null;this._input=null}inherit(PressRecognizer,Recognizer,{defaults:{event:\"press\",pointers:1,time:500,threshold:5},getTouchAction:function(){return[TOUCH_ACTION_AUTO]},process:function(input){var options=this.options;var validPointers=input.pointers.length===options.pointers;var validMovement=input.distance<options.threshold;var validTime=input.deltaTime>options.time;this._input=input;if(!validMovement||!validPointers||input.eventType&(INPUT_END|INPUT_CANCEL)&&!validTime){this.reset()}else if(input.eventType&INPUT_START){this.reset();this._timer=setTimeoutContext(function(){this.state=STATE_RECOGNIZED;this.tryEmit()},options.time,this)}else if(input.eventType&INPUT_END){return STATE_RECOGNIZED}return STATE_FAILED},reset:function(){clearTimeout(this._timer)},emit:function(input){if(this.state!==STATE_RECOGNIZED){return}if(input&&input.eventType&INPUT_END){this.manager.emit(this.options.event+\"up\",input)}else{this._input.timeStamp=now();this.manager.emit(this.options.event,this._input)}}});function RotateRecognizer(){AttrRecognizer.apply(this,arguments)}inherit(RotateRecognizer,AttrRecognizer,{defaults:{event:\"rotate\",threshold:0,pointers:2},getTouchAction:function(){return[TOUCH_ACTION_NONE]},attrTest:function(input){return this._super.attrTest.call(this,input)&&(Math.abs(input.rotation)>this.options.threshold||this.state&STATE_BEGAN)}});function SwipeRecognizer(){AttrRecognizer.apply(this,arguments)}inherit(SwipeRecognizer,AttrRecognizer,{defaults:{event:\"swipe\",threshold:10,velocity:.65,direction:DIRECTION_HORIZONTAL|DIRECTION_VERTICAL,pointers:1},getTouchAction:function(){return PanRecognizer.prototype.getTouchAction.call(this)},attrTest:function(input){var direction=this.options.direction;var velocity;if(direction&(DIRECTION_HORIZONTAL|DIRECTION_VERTICAL)){velocity=input.velocity}else if(direction&DIRECTION_HORIZONTAL){velocity=input.velocityX}else if(direction&DIRECTION_VERTICAL){velocity=input.velocityY}return this._super.attrTest.call(this,input)&&direction&input.direction&&input.distance>this.options.threshold&&abs(velocity)>this.options.velocity&&input.eventType&INPUT_END},emit:function(input){var direction=directionStr(input.direction);if(direction){this.manager.emit(this.options.event+direction,input)}this.manager.emit(this.options.event,input)}});function TapRecognizer(){Recognizer.apply(this,arguments);this.pTime=false;this.pCenter=false;this._timer=null;this._input=null;this.count=0}inherit(TapRecognizer,Recognizer,{defaults:{event:\"tap\",pointers:1,taps:1,interval:300,time:250,threshold:2,posThreshold:10},getTouchAction:function(){return[TOUCH_ACTION_MANIPULATION]},process:function(input){var options=this.options;var validPointers=input.pointers.length===options.pointers;var validMovement=input.distance<options.threshold;var validTouchTime=input.deltaTime<options.time;this.reset();if(input.eventType&INPUT_START&&this.count===0){return this.failTimeout()}if(validMovement&&validTouchTime&&validPointers){if(input.eventType!=INPUT_END){return this.failTimeout()}var validInterval=this.pTime?input.timeStamp-this.pTime<options.interval:true;var validMultiTap=!this.pCenter||getDistance(this.pCenter,input.center)<options.posThreshold;this.pTime=input.timeStamp;this.pCenter=input.center;if(!validMultiTap||!validInterval){this.count=1}else{this.count+=1}this._input=input;var tapCount=this.count%options.taps;if(tapCount===0){if(!this.hasRequireFailures()){return STATE_RECOGNIZED}else{this._timer=setTimeoutContext(function(){this.state=STATE_RECOGNIZED;this.tryEmit()},options.interval,this);return STATE_BEGAN}}}return STATE_FAILED},failTimeout:function(){this._timer=setTimeoutContext(function(){this.state=STATE_FAILED},this.options.interval,this);return STATE_FAILED},reset:function(){clearTimeout(this._timer)},emit:function(){if(this.state==STATE_RECOGNIZED){this._input.tapCount=this.count;this.manager.emit(this.options.event,this._input)}}});function Hammer(element,options){options=options||{};options.recognizers=ifUndefined(options.recognizers,Hammer.defaults.preset);return new Manager(element,options)}Hammer.VERSION=\"2.0.4\";Hammer.defaults={domEvents:false,touchAction:TOUCH_ACTION_COMPUTE,enable:true,inputTarget:null,inputClass:null,preset:[[RotateRecognizer,{enable:false}],[PinchRecognizer,{enable:false},[\"rotate\"]],[SwipeRecognizer,{direction:DIRECTION_HORIZONTAL}],[PanRecognizer,{direction:DIRECTION_HORIZONTAL},[\"swipe\"]],[TapRecognizer],[TapRecognizer,{event:\"doubletap\",taps:2},[\"tap\"]],[PressRecognizer]],cssProps:{userSelect:\"none\",touchSelect:\"none\",touchCallout:\"none\",contentZooming:\"none\",userDrag:\"none\",tapHighlightColor:\"rgba(0,0,0,0)\"}};var STOP=1;var FORCED_STOP=2;function Manager(element,options){options=options||{};this.options=merge(options,Hammer.defaults);this.options.inputTarget=this.options.inputTarget||element;this.handlers={};this.session={};this.recognizers=[];this.element=element;this.input=createInputInstance(this);this.touchAction=new TouchAction(this,this.options.touchAction);toggleCssProps(this,true);each(options.recognizers,function(item){var recognizer=this.add(new item[0](item[1]));item[2]&&recognizer.recognizeWith(item[2]);item[3]&&recognizer.requireFailure(item[3])},this)}Manager.prototype={set:function(options){extend(this.options,options);if(options.touchAction){this.touchAction.update()}if(options.inputTarget){this.input.destroy();this.input.target=options.inputTarget;this.input.init()}return this},stop:function(force){this.session.stopped=force?FORCED_STOP:STOP},recognize:function(inputData){var session=this.session;if(session.stopped){return}this.touchAction.preventDefaults(inputData);var recognizer;var recognizers=this.recognizers;var curRecognizer=session.curRecognizer;if(!curRecognizer||curRecognizer&&curRecognizer.state&STATE_RECOGNIZED){curRecognizer=session.curRecognizer=null}var i=0;while(i<recognizers.length){recognizer=recognizers[i];if(session.stopped!==FORCED_STOP&&(!curRecognizer||recognizer==curRecognizer||recognizer.canRecognizeWith(curRecognizer))){recognizer.recognize(inputData)}else{recognizer.reset()}if(!curRecognizer&&recognizer.state&(STATE_BEGAN|STATE_CHANGED|STATE_ENDED)){curRecognizer=session.curRecognizer=recognizer}i++}},get:function(recognizer){if(recognizer instanceof Recognizer){return recognizer}var recognizers=this.recognizers;for(var i=0;i<recognizers.length;i++){if(recognizers[i].options.event==recognizer){return recognizers[i]}}return null},add:function(recognizer){if(invokeArrayArg(recognizer,\"add\",this)){return this}var existing=this.get(recognizer.options.event);if(existing){this.remove(existing)}this.recognizers.push(recognizer);recognizer.manager=this;this.touchAction.update();return recognizer},remove:function(recognizer){if(invokeArrayArg(recognizer,\"remove\",this)){return this}var recognizers=this.recognizers;recognizer=this.get(recognizer);recognizers.splice(inArray(recognizers,recognizer),1);this.touchAction.update();return this},on:function(events,handler){var handlers=this.handlers;each(splitStr(events),function(event){handlers[event]=handlers[event]||[];handlers[event].push(handler)});return this},off:function(events,handler){var handlers=this.handlers;each(splitStr(events),function(event){if(!handler){delete handlers[event]}else{handlers[event].splice(inArray(handlers[event],handler),1)}});return this},emit:function(event,data){if(this.options.domEvents){triggerDomEvent(event,data)}var handlers=this.handlers[event]&&this.handlers[event].slice();if(!handlers||!handlers.length){return}data.type=event;data.preventDefault=function(){data.srcEvent.preventDefault()};var i=0;while(i<handlers.length){handlers[i](data);i++}},destroy:function(){this.element&&toggleCssProps(this,false);this.handlers={};this.session={};this.input.destroy();this.element=null}};function toggleCssProps(manager,add){var element=manager.element;each(manager.options.cssProps,function(value,name){element.style[prefixed(element.style,name)]=add?value:\"\"})}function triggerDomEvent(event,data){var gestureEvent=document.createEvent(\"Event\");gestureEvent.initEvent(event,true,true);gestureEvent.gesture=data;data.target.dispatchEvent(gestureEvent)}extend(Hammer,{INPUT_START:INPUT_START,INPUT_MOVE:INPUT_MOVE,INPUT_END:INPUT_END,INPUT_CANCEL:INPUT_CANCEL,STATE_POSSIBLE:STATE_POSSIBLE,STATE_BEGAN:STATE_BEGAN,STATE_CHANGED:STATE_CHANGED,STATE_ENDED:STATE_ENDED,STATE_RECOGNIZED:STATE_RECOGNIZED,STATE_CANCELLED:STATE_CANCELLED,STATE_FAILED:STATE_FAILED,DIRECTION_NONE:DIRECTION_NONE,DIRECTION_LEFT:DIRECTION_LEFT,DIRECTION_RIGHT:DIRECTION_RIGHT,DIRECTION_UP:DIRECTION_UP,DIRECTION_DOWN:DIRECTION_DOWN,DIRECTION_HORIZONTAL:DIRECTION_HORIZONTAL,DIRECTION_VERTICAL:DIRECTION_VERTICAL,DIRECTION_ALL:DIRECTION_ALL,Manager:Manager,Input:Input,TouchAction:TouchAction,TouchInput:TouchInput,MouseInput:MouseInput,PointerEventInput:PointerEventInput,TouchMouseInput:TouchMouseInput,SingleTouchInput:SingleTouchInput,Recognizer:Recognizer,AttrRecognizer:AttrRecognizer,Tap:TapRecognizer,Pan:PanRecognizer,Swipe:SwipeRecognizer,Pinch:PinchRecognizer,Rotate:RotateRecognizer,Press:PressRecognizer,on:addEventListeners,off:removeEventListeners,each:each,merge:merge,extend:extend,inherit:inherit,bindFn:bindFn,prefixed:prefixed});if(\"function\"==TYPE_FUNCTION&&__webpack_require__(6)){!(__WEBPACK_AMD_DEFINE_RESULT__=function(){return Hammer}.call(exports,__webpack_require__,exports,module),__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__))}else if(typeof module!=\"undefined\"&&module.exports){module.exports=Hammer}else{window[exportName]=Hammer}})(window,document,\"Hammer\")},function(module,exports){(function(__webpack_amd_options__){module.exports=__webpack_amd_options__}).call(exports,{})},function(module,exports,__webpack_require__){\"use strict\";var moment=__webpack_require__(8);var uuid=__webpack_require__(12);exports.isNumber=function(object){return object instanceof Number||typeof object==\"number\"};exports.recursiveDOMDelete=function(DOMobject){if(DOMobject){while(DOMobject.hasChildNodes()===true){exports.recursiveDOMDelete(DOMobject.firstChild);DOMobject.removeChild(DOMobject.firstChild)}}};exports.giveRange=function(min,max,total,value){if(max==min){return.5}else{var scale=1/(max-min);return Math.max(0,(value-min)*scale)}};exports.isString=function(object){return object instanceof String||typeof object==\"string\"};exports.isDate=function(object){if(object instanceof Date){return true}else if(exports.isString(object)){var match=ASPDateRegex.exec(object);if(match){return true}else if(!isNaN(Date.parse(object))){return true}}return false};exports.randomUUID=function(){return uuid.v4()};exports.assignAllKeys=function(obj,value){for(var prop in obj){if(obj.hasOwnProperty(prop)){if(typeof obj[prop]!==\"object\"){obj[prop]=value}}}};exports.fillIfDefined=function(a,b){var allowDeletion=arguments[2]===undefined?false:arguments[2];for(var prop in a){if(b[prop]!==undefined){if(typeof b[prop]!==\"object\"){if((b[prop]===undefined||b[prop]===null)&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}else{if(typeof a[prop]===\"object\"){exports.fillIfDefined(a[prop],b[prop],allowDeletion)}}}}};exports.protoExtend=function(a,b){for(var i=1;i<arguments.length;i++){var other=arguments[i];for(var prop in other){a[prop]=other[prop]}}return a};exports.extend=function(a,b){for(var i=1;i<arguments.length;i++){var other=arguments[i];for(var prop in other){if(other.hasOwnProperty(prop)){a[prop]=other[prop]}}}return a};exports.selectiveExtend=function(props,a,b){if(!Array.isArray(props)){throw new Error(\"Array with property names expected as first argument\")}for(var i=2;i<arguments.length;i++){var other=arguments[i];for(var p=0;p<props.length;p++){var prop=props[p];if(other.hasOwnProperty(prop)){a[prop]=other[prop]}}}return a};exports.selectiveDeepExtend=function(props,a,b){var allowDeletion=arguments[3]===undefined?false:arguments[3];if(Array.isArray(b)){throw new TypeError(\"Arrays are not supported by deepExtend\")}for(var i=2;i<arguments.length;i++){var other=arguments[i];for(var p=0;p<props.length;p++){var prop=props[p];if(other.hasOwnProperty(prop)){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop],false,allowDeletion)}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}else if(Array.isArray(b[prop])){throw new TypeError(\"Arrays are not supported by deepExtend\")}else{a[prop]=b[prop]}}}}return a};exports.selectiveNotDeepExtend=function(props,a,b){var allowDeletion=arguments[3]===undefined?false:arguments[3];if(Array.isArray(b)){throw new TypeError(\"Arrays are not supported by deepExtend\")}for(var prop in b){if(b.hasOwnProperty(prop)){if(props.indexOf(prop)==-1){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop])}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}else if(Array.isArray(b[prop])){throw new TypeError(\"Arrays are not supported by deepExtend\")}else{a[prop]=b[prop]}}}}return a};exports.deepExtend=function(a,b,protoExtend,allowDeletion){for(var prop in b){if(b.hasOwnProperty(prop)||protoExtend===true){if(b[prop]&&b[prop].constructor===Object){if(a[prop]===undefined){a[prop]={}}if(a[prop].constructor===Object){exports.deepExtend(a[prop],b[prop],protoExtend)}else{if(b[prop]===null&&a[prop]!==undefined&&allowDeletion===true){delete a[prop]}else{a[prop]=b[prop]}}}else if(Array.isArray(b[prop])){a[prop]=[];for(var i=0;i<b[prop].length;i++){a[prop].push(b[prop][i])}}else{a[prop]=b[prop]}}}return a};exports.equalArray=function(a,b){if(a.length!=b.length)return false;for(var i=0,len=a.length;i<len;i++){if(a[i]!=b[i])return false}return true};exports.convert=function(object,type){var match;if(object===undefined){return undefined}if(object===null){return null}if(!type){return object}if(!(typeof type===\"string\")&&!(type instanceof String)){throw new Error(\"Type must be a string\")}switch(type){case\"boolean\":case\"Boolean\":return Boolean(object);case\"number\":case\"Number\":return Number(object.valueOf());case\"string\":case\"String\":return String(object);case\"Date\":if(exports.isNumber(object)){return new Date(object)}if(object instanceof Date){return new Date(object.valueOf())}else if(moment.isMoment(object)){return new Date(object.valueOf())}if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return new Date(Number(match[1]))}else{return moment(object).toDate()}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type Date\")}case\"Moment\":if(exports.isNumber(object)){return moment(object)}if(object instanceof Date){return moment(object.valueOf())}else if(moment.isMoment(object)){return moment(object)}if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return moment(Number(match[1]))}else{return moment(object)}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type Date\")}case\"ISODate\":if(exports.isNumber(object)){return new Date(object)}else if(object instanceof Date){return object.toISOString()}else if(moment.isMoment(object)){return object.toDate().toISOString()}else if(exports.isString(object)){match=ASPDateRegex.exec(object);if(match){return new Date(Number(match[1])).toISOString()}else{return new Date(object).toISOString()}}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type ISODate\")}case\"ASPDate\":if(exports.isNumber(object)){return\"/Date(\"+object+\")/\"}else if(object instanceof Date){return\"/Date(\"+object.valueOf()+\")/\"}else if(exports.isString(object)){match=ASPDateRegex.exec(object);var value;if(match){value=new Date(Number(match[1])).valueOf()}else{value=new Date(object).valueOf()}return\"/Date(\"+value+\")/\"}else{throw new Error(\"Cannot convert object of type \"+exports.getType(object)+\" to type ASPDate\")}default:throw new Error('Unknown type \"'+type+'\"')}};var ASPDateRegex=/^\\/?Date\\((\\-?\\d+)/i;exports.getType=function(object){var type=typeof object;if(type==\"object\"){if(object===null){return\"null\"}if(object instanceof Boolean){return\"Boolean\"}if(object instanceof Number){return\"Number\"}if(object instanceof String){return\"String\"}if(Array.isArray(object)){return\"Array\"}if(object instanceof Date){return\"Date\"}return\"Object\"}else if(type==\"number\"){return\"Number\"}else if(type==\"boolean\"){return\"Boolean\"}else if(type==\"string\"){return\"String\"}else if(type===undefined){return\"undefined\"}return type};exports.copyAndExtendArray=function(arr,newValue){var newArr=[];for(var i=0;i<arr.length;i++){newArr.push(arr[i])}newArr.push(newValue);return newArr};exports.copyArray=function(arr){var newArr=[];for(var i=0;i<arr.length;i++){newArr.push(arr[i])}return newArr};exports.getAbsoluteLeft=function(elem){return elem.getBoundingClientRect().left};exports.getAbsoluteTop=function(elem){return elem.getBoundingClientRect().top};exports.addClassName=function(elem,className){var classes=elem.className.split(\" \");if(classes.indexOf(className)==-1){classes.push(className);elem.className=classes.join(\" \")}};exports.removeClassName=function(elem,className){var classes=elem.className.split(\" \");var index=classes.indexOf(className);if(index!=-1){classes.splice(index,1);elem.className=classes.join(\" \")}};exports.forEach=function(object,callback){var i,len;if(Array.isArray(object)){for(i=0,len=object.length;i<len;i++){callback(object[i],i,object)}}else{for(i in object){if(object.hasOwnProperty(i)){callback(object[i],i,object)}}}};exports.toArray=function(object){var array=[];for(var prop in object){if(object.hasOwnProperty(prop))array.push(object[prop])}return array};exports.updateProperty=function(object,key,value){if(object[key]!==value){object[key]=value;return true}else{return false}};exports.addEventListener=function(element,action,listener,useCapture){if(element.addEventListener){if(useCapture===undefined)useCapture=false;if(action===\"mousewheel\"&&navigator.userAgent.indexOf(\"Firefox\")>=0){action=\"DOMMouseScroll\"}element.addEventListener(action,listener,useCapture)}else{element.attachEvent(\"on\"+action,listener)}};exports.removeEventListener=function(element,action,listener,useCapture){if(element.removeEventListener){if(useCapture===undefined)useCapture=false;if(action===\"mousewheel\"&&navigator.userAgent.indexOf(\"Firefox\")>=0){action=\"DOMMouseScroll\"}element.removeEventListener(action,listener,useCapture)}else{element.detachEvent(\"on\"+action,listener)}};exports.preventDefault=function(event){if(!event)event=window.event;if(event.preventDefault){event.preventDefault()}else{event.returnValue=false}};exports.getTarget=function(event){if(!event){event=window.event}var target;if(event.target){target=event.target}else if(event.srcElement){target=event.srcElement}if(target.nodeType!=undefined&&target.nodeType==3){target=target.parentNode}return target};exports.hasParent=function(element,parent){var e=element;while(e){if(e===parent){return true}e=e.parentNode}return false};exports.option={};exports.option.asBoolean=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return value!=false}return defaultValue||null};exports.option.asNumber=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return Number(value)||defaultValue||null}return defaultValue||null};exports.option.asString=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(value!=null){return String(value)}return defaultValue||null};exports.option.asSize=function(value,defaultValue){if(typeof value==\"function\"){value=value()}if(exports.isString(value)){return value}else if(exports.isNumber(value)){return value+\"px\"}else{return defaultValue||null}};exports.option.asElement=function(value,defaultValue){if(typeof value==\"function\"){value=value()}return value||defaultValue||null};exports.hexToRGB=function(hex){var shorthandRegex=/^#?([a-f\\d])([a-f\\d])([a-f\\d])$/i;hex=hex.replace(shorthandRegex,function(m,r,g,b){return r+r+g+g+b+b});var result=/^#?([a-f\\d]{2})([a-f\\d]{2})([a-f\\d]{2})$/i.exec(hex);return result?{r:parseInt(result[1],16),g:parseInt(result[2],16),b:parseInt(result[3],16)}:null};exports.overrideOpacity=function(color,opacity){if(color.indexOf(\"rgba\")!=-1){return color}else if(color.indexOf(\"rgb\")!=-1){var rgb=color.substr(color.indexOf(\"(\")+1).replace(\")\",\"\").split(\",\");return\"rgba(\"+rgb[0]+\",\"+rgb[1]+\",\"+rgb[2]+\",\"+opacity+\")\"}else{var rgb=exports.hexToRGB(color);if(rgb==null){return color}else{return\"rgba(\"+rgb.r+\",\"+rgb.g+\",\"+rgb.b+\",\"+opacity+\")\"}}};exports.RGBToHex=function(red,green,blue){return\"#\"+((1<<24)+(red<<16)+(green<<8)+blue).toString(16).slice(1)};exports.parseColor=function(color){var c;if(exports.isString(color)===true){if(exports.isValidRGB(color)===true){var rgb=color.substr(4).substr(0,color.length-5).split(\",\").map(function(value){return parseInt(value)});color=exports.RGBToHex(rgb[0],rgb[1],rgb[2])}if(exports.isValidHex(color)===true){var hsv=exports.hexToHSV(color);var lighterColorHSV={h:hsv.h,s:hsv.s*.8,v:Math.min(1,hsv.v*1.02)};var darkerColorHSV={h:hsv.h,s:Math.min(1,hsv.s*1.25),v:hsv.v*.8};var darkerColorHex=exports.HSVToHex(darkerColorHSV.h,darkerColorHSV.s,darkerColorHSV.v);var lighterColorHex=exports.HSVToHex(lighterColorHSV.h,lighterColorHSV.s,lighterColorHSV.v);c={background:color,border:darkerColorHex,highlight:{background:lighterColorHex,border:darkerColorHex},hover:{background:lighterColorHex,border:darkerColorHex}}}else{c={background:color,border:color,highlight:{background:color,border:color},hover:{background:color,border:color}}}}else{c={};c.background=color.background||undefined;c.border=color.border||undefined;if(exports.isString(color.highlight)){c.highlight={border:color.highlight,background:color.highlight}}else{c.highlight={};c.highlight.background=color.highlight&&color.highlight.background||undefined;c.highlight.border=color.highlight&&color.highlight.border||undefined}if(exports.isString(color.hover)){c.hover={border:color.hover,background:color.hover}}else{c.hover={};c.hover.background=color.hover&&color.hover.background||undefined;c.hover.border=color.hover&&color.hover.border||undefined}}return c};exports.RGBToHSV=function(red,green,blue){red=red/255;green=green/255;blue=blue/255;var minRGB=Math.min(red,Math.min(green,blue));var maxRGB=Math.max(red,Math.max(green,blue));if(minRGB==maxRGB){return{h:0,s:0,v:minRGB}}var d=red==minRGB?green-blue:blue==minRGB?red-green:blue-red;var h=red==minRGB?3:blue==minRGB?1:5;var hue=60*(h-d/(maxRGB-minRGB))/360;var saturation=(maxRGB-minRGB)/maxRGB;var value=maxRGB;return{h:hue,s:saturation,v:value}};var cssUtil={split:function split(cssText){var styles={};cssText.split(\";\").forEach(function(style){if(style.trim()!=\"\"){var parts=style.split(\":\");var key=parts[0].trim();var value=parts[1].trim();styles[key]=value}});return styles},join:function join(styles){return Object.keys(styles).map(function(key){return key+\": \"+styles[key]}).join(\"; \")}};exports.addCssText=function(element,cssText){var currentStyles=cssUtil.split(element.style.cssText);var newStyles=cssUtil.split(cssText);var styles=exports.extend(currentStyles,newStyles);element.style.cssText=cssUtil.join(styles)};exports.removeCssText=function(element,cssText){var styles=cssUtil.split(element.style.cssText);var removeStyles=cssUtil.split(cssText);for(var key in removeStyles){if(removeStyles.hasOwnProperty(key)){delete styles[key]}}element.style.cssText=cssUtil.join(styles)};exports.HSVToRGB=function(h,s,v){var r,g,b;var i=Math.floor(h*6);var f=h*6-i;var p=v*(1-s);var q=v*(1-f*s);var t=v*(1-(1-f)*s);switch(i%6){case 0:r=v,g=t,b=p;break;case 1:r=q,g=v,b=p;break;case 2:r=p,g=v,b=t;break;case 3:r=p,g=q,b=v;break;case 4:r=t,g=p,b=v;break;case 5:r=v,g=p,b=q;break}return{r:Math.floor(r*255),g:Math.floor(g*255),b:Math.floor(b*255)}};exports.HSVToHex=function(h,s,v){var rgb=exports.HSVToRGB(h,s,v);return exports.RGBToHex(rgb.r,rgb.g,rgb.b)};exports.hexToHSV=function(hex){var rgb=exports.hexToRGB(hex);return exports.RGBToHSV(rgb.r,rgb.g,rgb.b)};exports.isValidHex=function(hex){var isOk=/(^#[0-9A-F]{6}$)|(^#[0-9A-F]{3}$)/i.test(hex);return isOk};exports.isValidRGB=function(rgb){rgb=rgb.replace(\" \",\"\");var isOk=/rgb\\((\\d{1,3}),(\\d{1,3}),(\\d{1,3})\\)/i.test(rgb);return isOk};exports.isValidRGBA=function(rgba){rgba=rgba.replace(\" \",\"\");var isOk=/rgba\\((\\d{1,3}),(\\d{1,3}),(\\d{1,3}),(.{1,3})\\)/i.test(rgba);return isOk};exports.selectiveBridgeObject=function(fields,referenceObject){if(typeof referenceObject==\"object\"){var objectTo=Object.create(referenceObject);for(var i=0;i<fields.length;i++){if(referenceObject.hasOwnProperty(fields[i])){if(typeof referenceObject[fields[i]]==\"object\"){objectTo[fields[i]]=exports.bridgeObject(referenceObject[fields[i]])}}}return objectTo}else{return null}};exports.bridgeObject=function(referenceObject){if(typeof referenceObject==\"object\"){var objectTo=Object.create(referenceObject);for(var i in referenceObject){if(referenceObject.hasOwnProperty(i)){if(typeof referenceObject[i]==\"object\"){objectTo[i]=exports.bridgeObject(referenceObject[i])}}}return objectTo}else{return null}};exports.mergeOptions=function(mergeTarget,options,option){var allowDeletion=arguments[3]===undefined?false:arguments[3];if(options[option]===null){mergeTarget[option]=undefined;delete mergeTarget[option]}else{if(options[option]!==undefined){if(typeof options[option]===\"boolean\"){mergeTarget[option].enabled=options[option]}else{if(options[option].enabled===undefined){mergeTarget[option].enabled=true}for(var prop in options[option]){if(options[option].hasOwnProperty(prop)){mergeTarget[option][prop]=options[option][prop]}}}}}};exports.binarySearchCustom=function(orderedItems,searchFunction,field,field2){var maxIterations=1e4;var iteration=0;var low=0;var high=orderedItems.length-1;while(low<=high&&iteration<maxIterations){var middle=Math.floor((low+high)/2);var item=orderedItems[middle];var value=field2===undefined?item[field]:item[field][field2];var searchResult=searchFunction(value);if(searchResult==0){return middle}else if(searchResult==-1){low=middle+1}else{high=middle-1}iteration++}return-1};exports.binarySearchValue=function(orderedItems,target,field,sidePreference){var maxIterations=1e4;var iteration=0;var low=0;var high=orderedItems.length-1;var prevValue,value,nextValue,middle;while(low<=high&&iteration<maxIterations){middle=Math.floor(.5*(high+low));prevValue=orderedItems[Math.max(0,middle-1)][field];value=orderedItems[middle][field];nextValue=orderedItems[Math.min(orderedItems.length-1,middle+1)][field];if(value==target){return middle}else if(prevValue<target&&value>target){return sidePreference==\"before\"?Math.max(0,middle-1):middle}else if(value<target&&nextValue>target){return sidePreference==\"before\"?middle:Math.min(orderedItems.length-1,middle+1)}else{if(value<target){low=middle+1}else{high=middle-1}}iteration++}return-1};exports.easingFunctions={linear:function linear(t){return t},easeInQuad:function easeInQuad(t){return t*t},easeOutQuad:function easeOutQuad(t){return t*(2-t)},easeInOutQuad:function easeInOutQuad(t){return t<.5?2*t*t:-1+(4-2*t)*t},easeInCubic:function easeInCubic(t){return t*t*t},easeOutCubic:function easeOutCubic(t){return--t*t*t+1},easeInOutCubic:function easeInOutCubic(t){return t<.5?4*t*t*t:(t-1)*(2*t-2)*(2*t-2)+1},easeInQuart:function easeInQuart(t){return t*t*t*t},easeOutQuart:function easeOutQuart(t){return 1- --t*t*t*t},easeInOutQuart:function easeInOutQuart(t){return t<.5?8*t*t*t*t:1-8*--t*t*t*t},easeInQuint:function easeInQuint(t){return t*t*t*t*t},easeOutQuint:function easeOutQuint(t){return 1+--t*t*t*t*t},easeInOutQuint:function easeInOutQuint(t){return t<.5?16*t*t*t*t*t:1+16*--t*t*t*t*t}}},function(module,exports,__webpack_require__){\"use strict\";module.exports=typeof window!==\"undefined\"&&window[\"moment\"]||__webpack_require__(9)},function(module,exports,__webpack_require__){(function(module){(function(global,factory){true?module.exports=factory():typeof define===\"function\"&&define.amd?define(factory):global.moment=factory()})(this,function(){\"use strict\";var hookCallback;function utils_hooks__hooks(){return hookCallback.apply(null,arguments)}function setHookCallback(callback){hookCallback=callback}function isArray(input){return Object.prototype.toString.call(input)===\"[object Array]\"}function isDate(input){return input instanceof Date||Object.prototype.toString.call(input)===\"[object Date]\"}function map(arr,fn){var res=[],i;for(i=0;i<arr.length;++i){res.push(fn(arr[i],i));\n\n}return res}function hasOwnProp(a,b){return Object.prototype.hasOwnProperty.call(a,b)}function extend(a,b){for(var i in b){if(hasOwnProp(b,i)){a[i]=b[i]}}if(hasOwnProp(b,\"toString\")){a.toString=b.toString}if(hasOwnProp(b,\"valueOf\")){a.valueOf=b.valueOf}return a}function create_utc__createUTC(input,format,locale,strict){return createLocalOrUTC(input,format,locale,strict,true).utc()}function defaultParsingFlags(){return{empty:false,unusedTokens:[],unusedInput:[],overflow:-2,charsLeftOver:0,nullInput:false,invalidMonth:null,invalidFormat:false,userInvalidated:false,iso:false}}function getParsingFlags(m){if(m._pf==null){m._pf=defaultParsingFlags()}return m._pf}function valid__isValid(m){if(m._isValid==null){var flags=getParsingFlags(m);m._isValid=!isNaN(m._d.getTime())&&flags.overflow<0&&!flags.empty&&!flags.invalidMonth&&!flags.nullInput&&!flags.invalidFormat&&!flags.userInvalidated;if(m._strict){m._isValid=m._isValid&&flags.charsLeftOver===0&&flags.unusedTokens.length===0&&flags.bigHour===undefined}}return m._isValid}function valid__createInvalid(flags){var m=create_utc__createUTC(NaN);if(flags!=null){extend(getParsingFlags(m),flags)}else{getParsingFlags(m).userInvalidated=true}return m}var momentProperties=utils_hooks__hooks.momentProperties=[];function copyConfig(to,from){var i,prop,val;if(typeof from._isAMomentObject!==\"undefined\"){to._isAMomentObject=from._isAMomentObject}if(typeof from._i!==\"undefined\"){to._i=from._i}if(typeof from._f!==\"undefined\"){to._f=from._f}if(typeof from._l!==\"undefined\"){to._l=from._l}if(typeof from._strict!==\"undefined\"){to._strict=from._strict}if(typeof from._tzm!==\"undefined\"){to._tzm=from._tzm}if(typeof from._isUTC!==\"undefined\"){to._isUTC=from._isUTC}if(typeof from._offset!==\"undefined\"){to._offset=from._offset}if(typeof from._pf!==\"undefined\"){to._pf=getParsingFlags(from)}if(typeof from._locale!==\"undefined\"){to._locale=from._locale}if(momentProperties.length>0){for(i in momentProperties){prop=momentProperties[i];val=from[prop];if(typeof val!==\"undefined\"){to[prop]=val}}}return to}var updateInProgress=false;function Moment(config){copyConfig(this,config);this._d=new Date(+config._d);if(updateInProgress===false){updateInProgress=true;utils_hooks__hooks.updateOffset(this);updateInProgress=false}}function isMoment(obj){return obj instanceof Moment||obj!=null&&obj._isAMomentObject!=null}function toInt(argumentForCoercion){var coercedNumber=+argumentForCoercion,value=0;if(coercedNumber!==0&&isFinite(coercedNumber)){if(coercedNumber>=0){value=Math.floor(coercedNumber)}else{value=Math.ceil(coercedNumber)}}return value}function compareArrays(array1,array2,dontConvert){var len=Math.min(array1.length,array2.length),lengthDiff=Math.abs(array1.length-array2.length),diffs=0,i;for(i=0;i<len;i++){if(dontConvert&&array1[i]!==array2[i]||!dontConvert&&toInt(array1[i])!==toInt(array2[i])){diffs++}}return diffs+lengthDiff}function Locale(){}var locales={};var globalLocale;function normalizeLocale(key){return key?key.toLowerCase().replace(\"_\",\"-\"):key}function chooseLocale(names){var i=0,j,next,locale,split;while(i<names.length){split=normalizeLocale(names[i]).split(\"-\");j=split.length;next=normalizeLocale(names[i+1]);next=next?next.split(\"-\"):null;while(j>0){locale=loadLocale(split.slice(0,j).join(\"-\"));if(locale){return locale}if(next&&next.length>=j&&compareArrays(split,next,true)>=j-1){break}j--}i++}return null}function loadLocale(name){var oldLocale=null;if(!locales[name]&&typeof module!==\"undefined\"&&module&&module.exports){try{oldLocale=globalLocale._abbr;!function webpackMissingModule(){var e=new Error('Cannot find module \"./locale\"');e.code=\"MODULE_NOT_FOUND\";throw e}();locale_locales__getSetGlobalLocale(oldLocale)}catch(e){}}return locales[name]}function locale_locales__getSetGlobalLocale(key,values){var data;if(key){if(typeof values===\"undefined\"){data=locale_locales__getLocale(key)}else{data=defineLocale(key,values)}if(data){globalLocale=data}}return globalLocale._abbr}function defineLocale(name,values){if(values!==null){values.abbr=name;if(!locales[name]){locales[name]=new Locale}locales[name].set(values);locale_locales__getSetGlobalLocale(name);return locales[name]}else{delete locales[name];return null}}function locale_locales__getLocale(key){var locale;if(key&&key._locale&&key._locale._abbr){key=key._locale._abbr}if(!key){return globalLocale}if(!isArray(key)){locale=loadLocale(key);if(locale){return locale}key=[key]}return chooseLocale(key)}var aliases={};function addUnitAlias(unit,shorthand){var lowerCase=unit.toLowerCase();aliases[lowerCase]=aliases[lowerCase+\"s\"]=aliases[shorthand]=unit}function normalizeUnits(units){return typeof units===\"string\"?aliases[units]||aliases[units.toLowerCase()]:undefined}function normalizeObjectUnits(inputObject){var normalizedInput={},normalizedProp,prop;for(prop in inputObject){if(hasOwnProp(inputObject,prop)){normalizedProp=normalizeUnits(prop);if(normalizedProp){normalizedInput[normalizedProp]=inputObject[prop]}}}return normalizedInput}function makeGetSet(unit,keepTime){return function(value){if(value!=null){get_set__set(this,unit,value);utils_hooks__hooks.updateOffset(this,keepTime);return this}else{return get_set__get(this,unit)}}}function get_set__get(mom,unit){return mom._d[\"get\"+(mom._isUTC?\"UTC\":\"\")+unit]()}function get_set__set(mom,unit,value){return mom._d[\"set\"+(mom._isUTC?\"UTC\":\"\")+unit](value)}function getSet(units,value){var unit;if(typeof units===\"object\"){for(unit in units){this.set(unit,units[unit])}}else{units=normalizeUnits(units);if(typeof this[units]===\"function\"){return this[units](value)}}return this}function zeroFill(number,targetLength,forceSign){var output=\"\"+Math.abs(number),sign=number>=0;while(output.length<targetLength){output=\"0\"+output}return(sign?forceSign?\"+\":\"\":\"-\")+output}var formattingTokens=/(\\[[^\\[]*\\])|(\\\\)?(Mo|MM?M?M?|Do|DDDo|DD?D?D?|ddd?d?|do?|w[o|w]?|W[o|W]?|Q|YYYYYY|YYYYY|YYYY|YY|gg(ggg?)?|GG(GGG?)?|e|E|a|A|hh?|HH?|mm?|ss?|S{1,4}|x|X|zz?|ZZ?|.)/g;var localFormattingTokens=/(\\[[^\\[]*\\])|(\\\\)?(LTS|LT|LL?L?L?|l{1,4})/g;var formatFunctions={};var formatTokenFunctions={};function addFormatToken(token,padded,ordinal,callback){var func=callback;if(typeof callback===\"string\"){func=function(){return this[callback]()}}if(token){formatTokenFunctions[token]=func}if(padded){formatTokenFunctions[padded[0]]=function(){return zeroFill(func.apply(this,arguments),padded[1],padded[2])}}if(ordinal){formatTokenFunctions[ordinal]=function(){return this.localeData().ordinal(func.apply(this,arguments),token)}}}function removeFormattingTokens(input){if(input.match(/\\[[\\s\\S]/)){return input.replace(/^\\[|\\]$/g,\"\")}return input.replace(/\\\\/g,\"\")}function makeFormatFunction(format){var array=format.match(formattingTokens),i,length;for(i=0,length=array.length;i<length;i++){if(formatTokenFunctions[array[i]]){array[i]=formatTokenFunctions[array[i]]}else{array[i]=removeFormattingTokens(array[i])}}return function(mom){var output=\"\";for(i=0;i<length;i++){output+=array[i]instanceof Function?array[i].call(mom,format):array[i]}return output}}function formatMoment(m,format){if(!m.isValid()){return m.localeData().invalidDate()}format=expandFormat(format,m.localeData());if(!formatFunctions[format]){formatFunctions[format]=makeFormatFunction(format)}return formatFunctions[format](m)}function expandFormat(format,locale){var i=5;function replaceLongDateFormatTokens(input){return locale.longDateFormat(input)||input}localFormattingTokens.lastIndex=0;while(i>=0&&localFormattingTokens.test(format)){format=format.replace(localFormattingTokens,replaceLongDateFormatTokens);localFormattingTokens.lastIndex=0;i-=1}return format}var match1=/\\d/;var match2=/\\d\\d/;var match3=/\\d{3}/;var match4=/\\d{4}/;var match6=/[+-]?\\d{6}/;var match1to2=/\\d\\d?/;var match1to3=/\\d{1,3}/;var match1to4=/\\d{1,4}/;var match1to6=/[+-]?\\d{1,6}/;var matchUnsigned=/\\d+/;var matchSigned=/[+-]?\\d+/;var matchOffset=/Z|[+-]\\d\\d:?\\d\\d/gi;var matchTimestamp=/[+-]?\\d+(\\.\\d{1,3})?/;var matchWord=/[0-9]*['a-z\\u00A0-\\u05FF\\u0700-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF]+|[\\u0600-\\u06FF\\/]+(\\s*?[\\u0600-\\u06FF]+){1,2}/i;var regexes={};function addRegexToken(token,regex,strictRegex){regexes[token]=typeof regex===\"function\"?regex:function(isStrict){return isStrict&&strictRegex?strictRegex:regex}}function getParseRegexForToken(token,config){if(!hasOwnProp(regexes,token)){return new RegExp(unescapeFormat(token))}return regexes[token](config._strict,config._locale)}function unescapeFormat(s){return s.replace(\"\\\\\",\"\").replace(/\\\\(\\[)|\\\\(\\])|\\[([^\\]\\[]*)\\]|\\\\(.)/g,function(matched,p1,p2,p3,p4){return p1||p2||p3||p4}).replace(/[-\\/\\\\^$*+?.()|[\\]{}]/g,\"\\\\$&\")}var tokens={};function addParseToken(token,callback){var i,func=callback;if(typeof token===\"string\"){token=[token]}if(typeof callback===\"number\"){func=function(input,array){array[callback]=toInt(input)}}for(i=0;i<token.length;i++){tokens[token[i]]=func}}function addWeekParseToken(token,callback){addParseToken(token,function(input,array,config,token){config._w=config._w||{};callback(input,config._w,config,token)})}function addTimeToArrayFromToken(token,input,config){if(input!=null&&hasOwnProp(tokens,token)){tokens[token](input,config._a,config,token)}}var YEAR=0;var MONTH=1;var DATE=2;var HOUR=3;var MINUTE=4;var SECOND=5;var MILLISECOND=6;function daysInMonth(year,month){return new Date(Date.UTC(year,month+1,0)).getUTCDate()}addFormatToken(\"M\",[\"MM\",2],\"Mo\",function(){return this.month()+1});addFormatToken(\"MMM\",0,0,function(format){return this.localeData().monthsShort(this,format)});addFormatToken(\"MMMM\",0,0,function(format){return this.localeData().months(this,format)});addUnitAlias(\"month\",\"M\");addRegexToken(\"M\",match1to2);addRegexToken(\"MM\",match1to2,match2);addRegexToken(\"MMM\",matchWord);addRegexToken(\"MMMM\",matchWord);addParseToken([\"M\",\"MM\"],function(input,array){array[MONTH]=toInt(input)-1});addParseToken([\"MMM\",\"MMMM\"],function(input,array,config,token){var month=config._locale.monthsParse(input,token,config._strict);if(month!=null){array[MONTH]=month}else{getParsingFlags(config).invalidMonth=input}});var defaultLocaleMonths=\"January_February_March_April_May_June_July_August_September_October_November_December\".split(\"_\");function localeMonths(m){return this._months[m.month()]}var defaultLocaleMonthsShort=\"Jan_Feb_Mar_Apr_May_Jun_Jul_Aug_Sep_Oct_Nov_Dec\".split(\"_\");function localeMonthsShort(m){return this._monthsShort[m.month()]}function localeMonthsParse(monthName,format,strict){var i,mom,regex;if(!this._monthsParse){this._monthsParse=[];this._longMonthsParse=[];this._shortMonthsParse=[]}for(i=0;i<12;i++){mom=create_utc__createUTC([2e3,i]);if(strict&&!this._longMonthsParse[i]){this._longMonthsParse[i]=new RegExp(\"^\"+this.months(mom,\"\").replace(\".\",\"\")+\"$\",\"i\");this._shortMonthsParse[i]=new RegExp(\"^\"+this.monthsShort(mom,\"\").replace(\".\",\"\")+\"$\",\"i\")}if(!strict&&!this._monthsParse[i]){regex=\"^\"+this.months(mom,\"\")+\"|^\"+this.monthsShort(mom,\"\");this._monthsParse[i]=new RegExp(regex.replace(\".\",\"\"),\"i\")}if(strict&&format===\"MMMM\"&&this._longMonthsParse[i].test(monthName)){return i}else if(strict&&format===\"MMM\"&&this._shortMonthsParse[i].test(monthName)){return i}else if(!strict&&this._monthsParse[i].test(monthName)){return i}}}function setMonth(mom,value){var dayOfMonth;if(typeof value===\"string\"){value=mom.localeData().monthsParse(value);if(typeof value!==\"number\"){return mom}}dayOfMonth=Math.min(mom.date(),daysInMonth(mom.year(),value));mom._d[\"set\"+(mom._isUTC?\"UTC\":\"\")+\"Month\"](value,dayOfMonth);return mom}function getSetMonth(value){if(value!=null){setMonth(this,value);utils_hooks__hooks.updateOffset(this,true);return this}else{return get_set__get(this,\"Month\")}}function getDaysInMonth(){return daysInMonth(this.year(),this.month())}function checkOverflow(m){var overflow;var a=m._a;if(a&&getParsingFlags(m).overflow===-2){overflow=a[MONTH]<0||a[MONTH]>11?MONTH:a[DATE]<1||a[DATE]>daysInMonth(a[YEAR],a[MONTH])?DATE:a[HOUR]<0||a[HOUR]>24||a[HOUR]===24&&(a[MINUTE]!==0||a[SECOND]!==0||a[MILLISECOND]!==0)?HOUR:a[MINUTE]<0||a[MINUTE]>59?MINUTE:a[SECOND]<0||a[SECOND]>59?SECOND:a[MILLISECOND]<0||a[MILLISECOND]>999?MILLISECOND:-1;if(getParsingFlags(m)._overflowDayOfYear&&(overflow<YEAR||overflow>DATE)){overflow=DATE}getParsingFlags(m).overflow=overflow}return m}function warn(msg){if(utils_hooks__hooks.suppressDeprecationWarnings===false&&typeof console!==\"undefined\"&&console.warn){console.warn(\"Deprecation warning: \"+msg)}}function deprecate(msg,fn){var firstTime=true,msgWithStack=msg+\"\\n\"+(new Error).stack;return extend(function(){if(firstTime){warn(msgWithStack);firstTime=false}return fn.apply(this,arguments)},fn)}var deprecations={};function deprecateSimple(name,msg){if(!deprecations[name]){warn(msg);deprecations[name]=true}}utils_hooks__hooks.suppressDeprecationWarnings=false;var from_string__isoRegex=/^\\s*(?:[+-]\\d{6}|\\d{4})-(?:(\\d\\d-\\d\\d)|(W\\d\\d$)|(W\\d\\d-\\d)|(\\d\\d\\d))((T| )(\\d\\d(:\\d\\d(:\\d\\d(\\.\\d+)?)?)?)?([\\+\\-]\\d\\d(?::?\\d\\d)?|\\s*Z)?)?$/;var isoDates=[[\"YYYYYY-MM-DD\",/[+-]\\d{6}-\\d{2}-\\d{2}/],[\"YYYY-MM-DD\",/\\d{4}-\\d{2}-\\d{2}/],[\"GGGG-[W]WW-E\",/\\d{4}-W\\d{2}-\\d/],[\"GGGG-[W]WW\",/\\d{4}-W\\d{2}/],[\"YYYY-DDD\",/\\d{4}-\\d{3}/]];var isoTimes=[[\"HH:mm:ss.SSSS\",/(T| )\\d\\d:\\d\\d:\\d\\d\\.\\d+/],[\"HH:mm:ss\",/(T| )\\d\\d:\\d\\d:\\d\\d/],[\"HH:mm\",/(T| )\\d\\d:\\d\\d/],[\"HH\",/(T| )\\d\\d/]];var aspNetJsonRegex=/^\\/?Date\\((\\-?\\d+)/i;function configFromISO(config){var i,l,string=config._i,match=from_string__isoRegex.exec(string);if(match){getParsingFlags(config).iso=true;for(i=0,l=isoDates.length;i<l;i++){if(isoDates[i][1].exec(string)){config._f=isoDates[i][0]+(match[6]||\" \");break}}for(i=0,l=isoTimes.length;i<l;i++){if(isoTimes[i][1].exec(string)){config._f+=isoTimes[i][0];break}}if(string.match(matchOffset)){config._f+=\"Z\"}configFromStringAndFormat(config)}else{config._isValid=false}}function configFromString(config){var matched=aspNetJsonRegex.exec(config._i);if(matched!==null){config._d=new Date(+matched[1]);return}configFromISO(config);if(config._isValid===false){delete config._isValid;utils_hooks__hooks.createFromInputFallback(config)}}utils_hooks__hooks.createFromInputFallback=deprecate(\"moment construction falls back to js Date. This is \"+\"discouraged and will be removed in upcoming major \"+\"release. Please refer to \"+\"https://github.com/moment/moment/issues/1407 for more info.\",function(config){config._d=new Date(config._i+(config._useUTC?\" UTC\":\"\"))});function createDate(y,m,d,h,M,s,ms){var date=new Date(y,m,d,h,M,s,ms);if(y<1970){date.setFullYear(y)}return date}function createUTCDate(y){var date=new Date(Date.UTC.apply(null,arguments));if(y<1970){date.setUTCFullYear(y)}return date}addFormatToken(0,[\"YY\",2],0,function(){return this.year()%100});addFormatToken(0,[\"YYYY\",4],0,\"year\");addFormatToken(0,[\"YYYYY\",5],0,\"year\");addFormatToken(0,[\"YYYYYY\",6,true],0,\"year\");addUnitAlias(\"year\",\"y\");addRegexToken(\"Y\",matchSigned);addRegexToken(\"YY\",match1to2,match2);addRegexToken(\"YYYY\",match1to4,match4);addRegexToken(\"YYYYY\",match1to6,match6);addRegexToken(\"YYYYYY\",match1to6,match6);addParseToken([\"YYYY\",\"YYYYY\",\"YYYYYY\"],YEAR);addParseToken(\"YY\",function(input,array){array[YEAR]=utils_hooks__hooks.parseTwoDigitYear(input)});function daysInYear(year){return isLeapYear(year)?366:365}function isLeapYear(year){return year%4===0&&year%100!==0||year%400===0}utils_hooks__hooks.parseTwoDigitYear=function(input){return toInt(input)+(toInt(input)>68?1900:2e3)};var getSetYear=makeGetSet(\"FullYear\",false);function getIsLeapYear(){return isLeapYear(this.year())}addFormatToken(\"w\",[\"ww\",2],\"wo\",\"week\");addFormatToken(\"W\",[\"WW\",2],\"Wo\",\"isoWeek\");addUnitAlias(\"week\",\"w\");addUnitAlias(\"isoWeek\",\"W\");addRegexToken(\"w\",match1to2);addRegexToken(\"ww\",match1to2,match2);addRegexToken(\"W\",match1to2);addRegexToken(\"WW\",match1to2,match2);addWeekParseToken([\"w\",\"ww\",\"W\",\"WW\"],function(input,week,config,token){week[token.substr(0,1)]=toInt(input)});function weekOfYear(mom,firstDayOfWeek,firstDayOfWeekOfYear){var end=firstDayOfWeekOfYear-firstDayOfWeek,daysToDayOfWeek=firstDayOfWeekOfYear-mom.day(),adjustedMoment;if(daysToDayOfWeek>end){daysToDayOfWeek-=7}if(daysToDayOfWeek<end-7){daysToDayOfWeek+=7}adjustedMoment=local__createLocal(mom).add(daysToDayOfWeek,\"d\");return{week:Math.ceil(adjustedMoment.dayOfYear()/7),year:adjustedMoment.year()}}function localeWeek(mom){return weekOfYear(mom,this._week.dow,this._week.doy).week}var defaultLocaleWeek={dow:0,doy:6};function localeFirstDayOfWeek(){return this._week.dow}function localeFirstDayOfYear(){return this._week.doy}function getSetWeek(input){var week=this.localeData().week(this);return input==null?week:this.add((input-week)*7,\"d\")}function getSetISOWeek(input){var week=weekOfYear(this,1,4).week;return input==null?week:this.add((input-week)*7,\"d\")}addFormatToken(\"DDD\",[\"DDDD\",3],\"DDDo\",\"dayOfYear\");addUnitAlias(\"dayOfYear\",\"DDD\");addRegexToken(\"DDD\",match1to3);addRegexToken(\"DDDD\",match3);addParseToken([\"DDD\",\"DDDD\"],function(input,array,config){config._dayOfYear=toInt(input)});function dayOfYearFromWeeks(year,week,weekday,firstDayOfWeekOfYear,firstDayOfWeek){var d=createUTCDate(year,0,1).getUTCDay();var daysToAdd;var dayOfYear;d=d===0?7:d;weekday=weekday!=null?weekday:firstDayOfWeek;daysToAdd=firstDayOfWeek-d+(d>firstDayOfWeekOfYear?7:0)-(d<firstDayOfWeek?7:0);dayOfYear=7*(week-1)+(weekday-firstDayOfWeek)+daysToAdd+1;return{year:dayOfYear>0?year:year-1,dayOfYear:dayOfYear>0?dayOfYear:daysInYear(year-1)+dayOfYear}}function getSetDayOfYear(input){var dayOfYear=Math.round((this.clone().startOf(\"day\")-this.clone().startOf(\"year\"))/864e5)+1;return input==null?dayOfYear:this.add(input-dayOfYear,\"d\")}function defaults(a,b,c){if(a!=null){return a}if(b!=null){return b}return c}function currentDateArray(config){var now=new Date;if(config._useUTC){return[now.getUTCFullYear(),now.getUTCMonth(),now.getUTCDate()]}return[now.getFullYear(),now.getMonth(),now.getDate()]}function configFromArray(config){var i,date,input=[],currentDate,yearToUse;if(config._d){return}currentDate=currentDateArray(config);if(config._w&&config._a[DATE]==null&&config._a[MONTH]==null){dayOfYearFromWeekInfo(config)}if(config._dayOfYear){yearToUse=defaults(config._a[YEAR],currentDate[YEAR]);if(config._dayOfYear>daysInYear(yearToUse)){getParsingFlags(config)._overflowDayOfYear=true}date=createUTCDate(yearToUse,0,config._dayOfYear);config._a[MONTH]=date.getUTCMonth();config._a[DATE]=date.getUTCDate()}for(i=0;i<3&&config._a[i]==null;++i){config._a[i]=input[i]=currentDate[i]}for(;i<7;i++){config._a[i]=input[i]=config._a[i]==null?i===2?1:0:config._a[i]}if(config._a[HOUR]===24&&config._a[MINUTE]===0&&config._a[SECOND]===0&&config._a[MILLISECOND]===0){config._nextDay=true;config._a[HOUR]=0}config._d=(config._useUTC?createUTCDate:createDate).apply(null,input);if(config._tzm!=null){config._d.setUTCMinutes(config._d.getUTCMinutes()-config._tzm)}if(config._nextDay){config._a[HOUR]=24}}function dayOfYearFromWeekInfo(config){var w,weekYear,week,weekday,dow,doy,temp;w=config._w;if(w.GG!=null||w.W!=null||w.E!=null){dow=1;doy=4;weekYear=defaults(w.GG,config._a[YEAR],weekOfYear(local__createLocal(),1,4).year);week=defaults(w.W,1);weekday=defaults(w.E,1)}else{dow=config._locale._week.dow;doy=config._locale._week.doy;weekYear=defaults(w.gg,config._a[YEAR],weekOfYear(local__createLocal(),dow,doy).year);week=defaults(w.w,1);if(w.d!=null){weekday=w.d;if(weekday<dow){++week}}else if(w.e!=null){weekday=w.e+dow}else{weekday=dow}}temp=dayOfYearFromWeeks(weekYear,week,weekday,doy,dow);config._a[YEAR]=temp.year;config._dayOfYear=temp.dayOfYear}utils_hooks__hooks.ISO_8601=function(){};function configFromStringAndFormat(config){if(config._f===utils_hooks__hooks.ISO_8601){configFromISO(config);return}config._a=[];getParsingFlags(config).empty=true;var string=\"\"+config._i,i,parsedInput,tokens,token,skipped,stringLength=string.length,totalParsedInputLength=0;tokens=expandFormat(config._f,config._locale).match(formattingTokens)||[];for(i=0;i<tokens.length;i++){token=tokens[i];parsedInput=(string.match(getParseRegexForToken(token,config))||[])[0];if(parsedInput){skipped=string.substr(0,string.indexOf(parsedInput));if(skipped.length>0){getParsingFlags(config).unusedInput.push(skipped)}string=string.slice(string.indexOf(parsedInput)+parsedInput.length);totalParsedInputLength+=parsedInput.length}if(formatTokenFunctions[token]){if(parsedInput){getParsingFlags(config).empty=false}else{getParsingFlags(config).unusedTokens.push(token)}addTimeToArrayFromToken(token,parsedInput,config)}else if(config._strict&&!parsedInput){getParsingFlags(config).unusedTokens.push(token)}}getParsingFlags(config).charsLeftOver=stringLength-totalParsedInputLength;if(string.length>0){getParsingFlags(config).unusedInput.push(string)}if(getParsingFlags(config).bigHour===true&&config._a[HOUR]<=12&&config._a[HOUR]>0){getParsingFlags(config).bigHour=undefined}config._a[HOUR]=meridiemFixWrap(config._locale,config._a[HOUR],config._meridiem);configFromArray(config);checkOverflow(config)}function meridiemFixWrap(locale,hour,meridiem){var isPm;if(meridiem==null){return hour}if(locale.meridiemHour!=null){return locale.meridiemHour(hour,meridiem)}else if(locale.isPM!=null){isPm=locale.isPM(meridiem);if(isPm&&hour<12){hour+=12}if(!isPm&&hour===12){hour=0}return hour}else{return hour}}function configFromStringAndArray(config){var tempConfig,bestMoment,scoreToBeat,i,currentScore;if(config._f.length===0){getParsingFlags(config).invalidFormat=true;config._d=new Date(NaN);return}for(i=0;i<config._f.length;i++){currentScore=0;tempConfig=copyConfig({},config);if(config._useUTC!=null){tempConfig._useUTC=config._useUTC}tempConfig._f=config._f[i];configFromStringAndFormat(tempConfig);if(!valid__isValid(tempConfig)){continue}currentScore+=getParsingFlags(tempConfig).charsLeftOver;currentScore+=getParsingFlags(tempConfig).unusedTokens.length*10;getParsingFlags(tempConfig).score=currentScore;if(scoreToBeat==null||currentScore<scoreToBeat){scoreToBeat=currentScore;bestMoment=tempConfig}}extend(config,bestMoment||tempConfig)}function configFromObject(config){if(config._d){return}var i=normalizeObjectUnits(config._i);config._a=[i.year,i.month,i.day||i.date,i.hour,i.minute,i.second,i.millisecond];configFromArray(config)}function createFromConfig(config){var input=config._i,format=config._f,res;config._locale=config._locale||locale_locales__getLocale(config._l);if(input===null||format===undefined&&input===\"\"){return valid__createInvalid({nullInput:true})}if(typeof input===\"string\"){config._i=input=config._locale.preparse(input)}if(isMoment(input)){return new Moment(checkOverflow(input))}else if(isArray(format)){configFromStringAndArray(config)}else if(format){configFromStringAndFormat(config)}else if(isDate(input)){config._d=input}else{configFromInput(config)}res=new Moment(checkOverflow(config));if(res._nextDay){res.add(1,\"d\");res._nextDay=undefined}return res}function configFromInput(config){var input=config._i;if(input===undefined){config._d=new Date}else if(isDate(input)){config._d=new Date(+input)}else if(typeof input===\"string\"){configFromString(config)}else if(isArray(input)){config._a=map(input.slice(0),function(obj){return parseInt(obj,10)});configFromArray(config)}else if(typeof input===\"object\"){configFromObject(config)}else if(typeof input===\"number\"){config._d=new Date(input)}else{utils_hooks__hooks.createFromInputFallback(config)}}function createLocalOrUTC(input,format,locale,strict,isUTC){var c={};if(typeof locale===\"boolean\"){strict=locale;locale=undefined}c._isAMomentObject=true;c._useUTC=c._isUTC=isUTC;c._l=locale;c._i=input;c._f=format;c._strict=strict;return createFromConfig(c)}function local__createLocal(input,format,locale,strict){return createLocalOrUTC(input,format,locale,strict,false)}var prototypeMin=deprecate(\"moment().min is deprecated, use moment.min instead. https://github.com/moment/moment/issues/1548\",function(){var other=local__createLocal.apply(null,arguments);return other<this?this:other});var prototypeMax=deprecate(\"moment().max is deprecated, use moment.max instead. https://github.com/moment/moment/issues/1548\",function(){var other=local__createLocal.apply(null,arguments);return other>this?this:other});function pickBy(fn,moments){var res,i;if(moments.length===1&&isArray(moments[0])){moments=moments[0]}if(!moments.length){return local__createLocal()}res=moments[0];for(i=1;i<moments.length;++i){if(moments[i][fn](res)){res=moments[i]}}return res}function min(){var args=[].slice.call(arguments,0);return pickBy(\"isBefore\",args)}function max(){var args=[].slice.call(arguments,0);return pickBy(\"isAfter\",args)}function Duration(duration){var normalizedInput=normalizeObjectUnits(duration),years=normalizedInput.year||0,quarters=normalizedInput.quarter||0,months=normalizedInput.month||0,weeks=normalizedInput.week||0,days=normalizedInput.day||0,hours=normalizedInput.hour||0,minutes=normalizedInput.minute||0,seconds=normalizedInput.second||0,milliseconds=normalizedInput.millisecond||0;this._milliseconds=+milliseconds+seconds*1e3+minutes*6e4+hours*36e5;this._days=+days+weeks*7;this._months=+months+quarters*3+years*12;this._data={};this._locale=locale_locales__getLocale();this._bubble()}function isDuration(obj){return obj instanceof Duration}function offset(token,separator){addFormatToken(token,0,0,function(){var offset=this.utcOffset();var sign=\"+\";if(offset<0){offset=-offset;sign=\"-\"}return sign+zeroFill(~~(offset/60),2)+separator+zeroFill(~~offset%60,2)})}offset(\"Z\",\":\");offset(\"ZZ\",\"\");addRegexToken(\"Z\",matchOffset);addRegexToken(\"ZZ\",matchOffset);addParseToken([\"Z\",\"ZZ\"],function(input,array,config){config._useUTC=true;config._tzm=offsetFromString(input)});var chunkOffset=/([\\+\\-]|\\d\\d)/gi;function offsetFromString(string){var matches=(string||\"\").match(matchOffset)||[];var chunk=matches[matches.length-1]||[];var parts=(chunk+\"\").match(chunkOffset)||[\"-\",0,0];var minutes=+(parts[1]*60)+toInt(parts[2]);return parts[0]===\"+\"?minutes:-minutes}function cloneWithOffset(input,model){var res,diff;if(model._isUTC){res=model.clone();diff=(isMoment(input)||isDate(input)?+input:+local__createLocal(input))-+res;res._d.setTime(+res._d+diff);utils_hooks__hooks.updateOffset(res,false);return res}else{return local__createLocal(input).local()}return model._isUTC?local__createLocal(input).zone(model._offset||0):local__createLocal(input).local()}function getDateOffset(m){return-Math.round(m._d.getTimezoneOffset()/15)*15}utils_hooks__hooks.updateOffset=function(){};function getSetOffset(input,keepLocalTime){var offset=this._offset||0,localAdjust;if(input!=null){if(typeof input===\"string\"){input=offsetFromString(input)}if(Math.abs(input)<16){input=input*60}if(!this._isUTC&&keepLocalTime){localAdjust=getDateOffset(this)}this._offset=input;this._isUTC=true;if(localAdjust!=null){this.add(localAdjust,\"m\")}if(offset!==input){if(!keepLocalTime||this._changeInProgress){add_subtract__addSubtract(this,create__createDuration(input-offset,\"m\"),1,false)}else if(!this._changeInProgress){this._changeInProgress=true;utils_hooks__hooks.updateOffset(this,true);this._changeInProgress=null}}return this}else{return this._isUTC?offset:getDateOffset(this)}}function getSetZone(input,keepLocalTime){if(input!=null){if(typeof input!==\"string\"){input=-input}this.utcOffset(input,keepLocalTime);return this}else{return-this.utcOffset()}}function setOffsetToUTC(keepLocalTime){return this.utcOffset(0,keepLocalTime)}function setOffsetToLocal(keepLocalTime){if(this._isUTC){this.utcOffset(0,keepLocalTime);this._isUTC=false;if(keepLocalTime){this.subtract(getDateOffset(this),\"m\")}}return this}function setOffsetToParsedOffset(){if(this._tzm){this.utcOffset(this._tzm)}else if(typeof this._i===\"string\"){this.utcOffset(offsetFromString(this._i))}return this}function hasAlignedHourOffset(input){if(!input){input=0}else{input=local__createLocal(input).utcOffset()}return(this.utcOffset()-input)%60===0}function isDaylightSavingTime(){return this.utcOffset()>this.clone().month(0).utcOffset()||this.utcOffset()>this.clone().month(5).utcOffset()}function isDaylightSavingTimeShifted(){if(this._a){var other=this._isUTC?create_utc__createUTC(this._a):local__createLocal(this._a);return this.isValid()&&compareArrays(this._a,other.toArray())>0}return false}function isLocal(){return!this._isUTC}function isUtcOffset(){return this._isUTC}function isUtc(){return this._isUTC&&this._offset===0}var aspNetRegex=/(\\-)?(?:(\\d*)\\.)?(\\d+)\\:(\\d+)(?:\\:(\\d+)\\.?(\\d{3})?)?/;var create__isoRegex=/^(-)?P(?:(?:([0-9,.]*)Y)?(?:([0-9,.]*)M)?(?:([0-9,.]*)D)?(?:T(?:([0-9,.]*)H)?(?:([0-9,.]*)M)?(?:([0-9,.]*)S)?)?|([0-9,.]*)W)$/;function create__createDuration(input,key){var duration=input,match=null,sign,ret,diffRes;if(isDuration(input)){duration={ms:input._milliseconds,d:input._days,M:input._months}}else if(typeof input===\"number\"){duration={};if(key){duration[key]=input}else{duration.milliseconds=input}}else if(!!(match=aspNetRegex.exec(input))){sign=match[1]===\"-\"?-1:1;duration={y:0,d:toInt(match[DATE])*sign,h:toInt(match[HOUR])*sign,m:toInt(match[MINUTE])*sign,s:toInt(match[SECOND])*sign,ms:toInt(match[MILLISECOND])*sign}}else if(!!(match=create__isoRegex.exec(input))){sign=match[1]===\"-\"?-1:1;duration={y:parseIso(match[2],sign),M:parseIso(match[3],sign),d:parseIso(match[4],sign),h:parseIso(match[5],sign),m:parseIso(match[6],sign),s:parseIso(match[7],sign),w:parseIso(match[8],sign)}}else if(duration==null){duration={}}else if(typeof duration===\"object\"&&(\"from\"in duration||\"to\"in duration)){diffRes=momentsDifference(local__createLocal(duration.from),local__createLocal(duration.to));duration={};duration.ms=diffRes.milliseconds;duration.M=diffRes.months}ret=new Duration(duration);if(isDuration(input)&&hasOwnProp(input,\"_locale\")){ret._locale=input._locale}return ret}create__createDuration.fn=Duration.prototype;function parseIso(inp,sign){var res=inp&&parseFloat(inp.replace(\",\",\".\"));return(isNaN(res)?0:res)*sign}function positiveMomentsDifference(base,other){var res={milliseconds:0,months:0};res.months=other.month()-base.month()+(other.year()-base.year())*12;if(base.clone().add(res.months,\"M\").isAfter(other)){--res.months}res.milliseconds=+other-+base.clone().add(res.months,\"M\");return res}function momentsDifference(base,other){var res;other=cloneWithOffset(other,base);if(base.isBefore(other)){res=positiveMomentsDifference(base,other)}else{res=positiveMomentsDifference(other,base);res.milliseconds=-res.milliseconds;res.months=-res.months}return res}function createAdder(direction,name){return function(val,period){var dur,tmp;if(period!==null&&!isNaN(+period)){deprecateSimple(name,\"moment().\"+name+\"(period, number) is deprecated. Please use moment().\"+name+\"(number, period).\");tmp=val;val=period;period=tmp}val=typeof val===\"string\"?+val:val;dur=create__createDuration(val,period);add_subtract__addSubtract(this,dur,direction);return this}}function add_subtract__addSubtract(mom,duration,isAdding,updateOffset){var milliseconds=duration._milliseconds,days=duration._days,months=duration._months;updateOffset=updateOffset==null?true:updateOffset;if(milliseconds){mom._d.setTime(+mom._d+milliseconds*isAdding)}if(days){get_set__set(mom,\"Date\",get_set__get(mom,\"Date\")+days*isAdding)}if(months){setMonth(mom,get_set__get(mom,\"Month\")+months*isAdding)}if(updateOffset){utils_hooks__hooks.updateOffset(mom,days||months)}}var add_subtract__add=createAdder(1,\"add\");var add_subtract__subtract=createAdder(-1,\"subtract\");function moment_calendar__calendar(time){var now=time||local__createLocal(),sod=cloneWithOffset(now,this).startOf(\"day\"),diff=this.diff(sod,\"days\",true),format=diff<-6?\"sameElse\":diff<-1?\"lastWeek\":diff<0?\"lastDay\":diff<1?\"sameDay\":diff<2?\"nextDay\":diff<7?\"nextWeek\":\"sameElse\";return this.format(this.localeData().calendar(format,this,local__createLocal(now)))}function clone(){return new Moment(this)}function isAfter(input,units){var inputMs;units=normalizeUnits(typeof units!==\"undefined\"?units:\"millisecond\");if(units===\"millisecond\"){input=isMoment(input)?input:local__createLocal(input);return+this>+input}else{inputMs=isMoment(input)?+input:+local__createLocal(input);\n\nreturn inputMs<+this.clone().startOf(units)}}function isBefore(input,units){var inputMs;units=normalizeUnits(typeof units!==\"undefined\"?units:\"millisecond\");if(units===\"millisecond\"){input=isMoment(input)?input:local__createLocal(input);return+this<+input}else{inputMs=isMoment(input)?+input:+local__createLocal(input);return+this.clone().endOf(units)<inputMs}}function isBetween(from,to,units){return this.isAfter(from,units)&&this.isBefore(to,units)}function isSame(input,units){var inputMs;units=normalizeUnits(units||\"millisecond\");if(units===\"millisecond\"){input=isMoment(input)?input:local__createLocal(input);return+this===+input}else{inputMs=+local__createLocal(input);return+this.clone().startOf(units)<=inputMs&&inputMs<=+this.clone().endOf(units)}}function absFloor(number){if(number<0){return Math.ceil(number)}else{return Math.floor(number)}}function diff(input,units,asFloat){var that=cloneWithOffset(input,this),zoneDelta=(that.utcOffset()-this.utcOffset())*6e4,delta,output;units=normalizeUnits(units);if(units===\"year\"||units===\"month\"||units===\"quarter\"){output=monthDiff(this,that);if(units===\"quarter\"){output=output/3}else if(units===\"year\"){output=output/12}}else{delta=this-that;output=units===\"second\"?delta/1e3:units===\"minute\"?delta/6e4:units===\"hour\"?delta/36e5:units===\"day\"?(delta-zoneDelta)/864e5:units===\"week\"?(delta-zoneDelta)/6048e5:delta}return asFloat?output:absFloor(output)}function monthDiff(a,b){var wholeMonthDiff=(b.year()-a.year())*12+(b.month()-a.month()),anchor=a.clone().add(wholeMonthDiff,\"months\"),anchor2,adjust;if(b-anchor<0){anchor2=a.clone().add(wholeMonthDiff-1,\"months\");adjust=(b-anchor)/(anchor-anchor2)}else{anchor2=a.clone().add(wholeMonthDiff+1,\"months\");adjust=(b-anchor)/(anchor2-anchor)}return-(wholeMonthDiff+adjust)}utils_hooks__hooks.defaultFormat=\"YYYY-MM-DDTHH:mm:ssZ\";function toString(){return this.clone().locale(\"en\").format(\"ddd MMM DD YYYY HH:mm:ss [GMT]ZZ\")}function moment_format__toISOString(){var m=this.clone().utc();if(0<m.year()&&m.year()<=9999){if(\"function\"===typeof Date.prototype.toISOString){return this.toDate().toISOString()}else{return formatMoment(m,\"YYYY-MM-DD[T]HH:mm:ss.SSS[Z]\")}}else{return formatMoment(m,\"YYYYYY-MM-DD[T]HH:mm:ss.SSS[Z]\")}}function format(inputString){var output=formatMoment(this,inputString||utils_hooks__hooks.defaultFormat);return this.localeData().postformat(output)}function from(time,withoutSuffix){if(!this.isValid()){return this.localeData().invalidDate()}return create__createDuration({to:this,from:time}).locale(this.locale()).humanize(!withoutSuffix)}function fromNow(withoutSuffix){return this.from(local__createLocal(),withoutSuffix)}function to(time,withoutSuffix){if(!this.isValid()){return this.localeData().invalidDate()}return create__createDuration({from:this,to:time}).locale(this.locale()).humanize(!withoutSuffix)}function toNow(withoutSuffix){return this.to(local__createLocal(),withoutSuffix)}function locale(key){var newLocaleData;if(key===undefined){return this._locale._abbr}else{newLocaleData=locale_locales__getLocale(key);if(newLocaleData!=null){this._locale=newLocaleData}return this}}var lang=deprecate(\"moment().lang() is deprecated. Instead, use moment().localeData() to get the language configuration. Use moment().locale() to change languages.\",function(key){if(key===undefined){return this.localeData()}else{return this.locale(key)}});function localeData(){return this._locale}function startOf(units){units=normalizeUnits(units);switch(units){case\"year\":this.month(0);case\"quarter\":case\"month\":this.date(1);case\"week\":case\"isoWeek\":case\"day\":this.hours(0);case\"hour\":this.minutes(0);case\"minute\":this.seconds(0);case\"second\":this.milliseconds(0)}if(units===\"week\"){this.weekday(0)}if(units===\"isoWeek\"){this.isoWeekday(1)}if(units===\"quarter\"){this.month(Math.floor(this.month()/3)*3)}return this}function endOf(units){units=normalizeUnits(units);if(units===undefined||units===\"millisecond\"){return this}return this.startOf(units).add(1,units===\"isoWeek\"?\"week\":units).subtract(1,\"ms\")}function to_type__valueOf(){return+this._d-(this._offset||0)*6e4}function unix(){return Math.floor(+this/1e3)}function toDate(){return this._offset?new Date(+this):this._d}function toArray(){var m=this;return[m.year(),m.month(),m.date(),m.hour(),m.minute(),m.second(),m.millisecond()]}function moment_valid__isValid(){return valid__isValid(this)}function parsingFlags(){return extend({},getParsingFlags(this))}function invalidAt(){return getParsingFlags(this).overflow}addFormatToken(0,[\"gg\",2],0,function(){return this.weekYear()%100});addFormatToken(0,[\"GG\",2],0,function(){return this.isoWeekYear()%100});function addWeekYearFormatToken(token,getter){addFormatToken(0,[token,token.length],0,getter)}addWeekYearFormatToken(\"gggg\",\"weekYear\");addWeekYearFormatToken(\"ggggg\",\"weekYear\");addWeekYearFormatToken(\"GGGG\",\"isoWeekYear\");addWeekYearFormatToken(\"GGGGG\",\"isoWeekYear\");addUnitAlias(\"weekYear\",\"gg\");addUnitAlias(\"isoWeekYear\",\"GG\");addRegexToken(\"G\",matchSigned);addRegexToken(\"g\",matchSigned);addRegexToken(\"GG\",match1to2,match2);addRegexToken(\"gg\",match1to2,match2);addRegexToken(\"GGGG\",match1to4,match4);addRegexToken(\"gggg\",match1to4,match4);addRegexToken(\"GGGGG\",match1to6,match6);addRegexToken(\"ggggg\",match1to6,match6);addWeekParseToken([\"gggg\",\"ggggg\",\"GGGG\",\"GGGGG\"],function(input,week,config,token){week[token.substr(0,2)]=toInt(input)});addWeekParseToken([\"gg\",\"GG\"],function(input,week,config,token){week[token]=utils_hooks__hooks.parseTwoDigitYear(input)});function weeksInYear(year,dow,doy){return weekOfYear(local__createLocal([year,11,31+dow-doy]),dow,doy).week}function getSetWeekYear(input){var year=weekOfYear(this,this.localeData()._week.dow,this.localeData()._week.doy).year;return input==null?year:this.add(input-year,\"y\")}function getSetISOWeekYear(input){var year=weekOfYear(this,1,4).year;return input==null?year:this.add(input-year,\"y\")}function getISOWeeksInYear(){return weeksInYear(this.year(),1,4)}function getWeeksInYear(){var weekInfo=this.localeData()._week;return weeksInYear(this.year(),weekInfo.dow,weekInfo.doy)}addFormatToken(\"Q\",0,0,\"quarter\");addUnitAlias(\"quarter\",\"Q\");addRegexToken(\"Q\",match1);addParseToken(\"Q\",function(input,array){array[MONTH]=(toInt(input)-1)*3});function getSetQuarter(input){return input==null?Math.ceil((this.month()+1)/3):this.month((input-1)*3+this.month()%3)}addFormatToken(\"D\",[\"DD\",2],\"Do\",\"date\");addUnitAlias(\"date\",\"D\");addRegexToken(\"D\",match1to2);addRegexToken(\"DD\",match1to2,match2);addRegexToken(\"Do\",function(isStrict,locale){return isStrict?locale._ordinalParse:locale._ordinalParseLenient});addParseToken([\"D\",\"DD\"],DATE);addParseToken(\"Do\",function(input,array){array[DATE]=toInt(input.match(match1to2)[0],10)});var getSetDayOfMonth=makeGetSet(\"Date\",true);addFormatToken(\"d\",0,\"do\",\"day\");addFormatToken(\"dd\",0,0,function(format){return this.localeData().weekdaysMin(this,format)});addFormatToken(\"ddd\",0,0,function(format){return this.localeData().weekdaysShort(this,format)});addFormatToken(\"dddd\",0,0,function(format){return this.localeData().weekdays(this,format)});addFormatToken(\"e\",0,0,\"weekday\");addFormatToken(\"E\",0,0,\"isoWeekday\");addUnitAlias(\"day\",\"d\");addUnitAlias(\"weekday\",\"e\");addUnitAlias(\"isoWeekday\",\"E\");addRegexToken(\"d\",match1to2);addRegexToken(\"e\",match1to2);addRegexToken(\"E\",match1to2);addRegexToken(\"dd\",matchWord);addRegexToken(\"ddd\",matchWord);addRegexToken(\"dddd\",matchWord);addWeekParseToken([\"dd\",\"ddd\",\"dddd\"],function(input,week,config){var weekday=config._locale.weekdaysParse(input);if(weekday!=null){week.d=weekday}else{getParsingFlags(config).invalidWeekday=input}});addWeekParseToken([\"d\",\"e\",\"E\"],function(input,week,config,token){week[token]=toInt(input)});function parseWeekday(input,locale){if(typeof input===\"string\"){if(!isNaN(input)){input=parseInt(input,10)}else{input=locale.weekdaysParse(input);if(typeof input!==\"number\"){return null}}}return input}var defaultLocaleWeekdays=\"Sunday_Monday_Tuesday_Wednesday_Thursday_Friday_Saturday\".split(\"_\");function localeWeekdays(m){return this._weekdays[m.day()]}var defaultLocaleWeekdaysShort=\"Sun_Mon_Tue_Wed_Thu_Fri_Sat\".split(\"_\");function localeWeekdaysShort(m){return this._weekdaysShort[m.day()]}var defaultLocaleWeekdaysMin=\"Su_Mo_Tu_We_Th_Fr_Sa\".split(\"_\");function localeWeekdaysMin(m){return this._weekdaysMin[m.day()]}function localeWeekdaysParse(weekdayName){var i,mom,regex;if(!this._weekdaysParse){this._weekdaysParse=[]}for(i=0;i<7;i++){if(!this._weekdaysParse[i]){mom=local__createLocal([2e3,1]).day(i);regex=\"^\"+this.weekdays(mom,\"\")+\"|^\"+this.weekdaysShort(mom,\"\")+\"|^\"+this.weekdaysMin(mom,\"\");this._weekdaysParse[i]=new RegExp(regex.replace(\".\",\"\"),\"i\")}if(this._weekdaysParse[i].test(weekdayName)){return i}}}function getSetDayOfWeek(input){var day=this._isUTC?this._d.getUTCDay():this._d.getDay();if(input!=null){input=parseWeekday(input,this.localeData());return this.add(input-day,\"d\")}else{return day}}function getSetLocaleDayOfWeek(input){var weekday=(this.day()+7-this.localeData()._week.dow)%7;return input==null?weekday:this.add(input-weekday,\"d\")}function getSetISODayOfWeek(input){return input==null?this.day()||7:this.day(this.day()%7?input:input-7)}addFormatToken(\"H\",[\"HH\",2],0,\"hour\");addFormatToken(\"h\",[\"hh\",2],0,function(){return this.hours()%12||12});function meridiem(token,lowercase){addFormatToken(token,0,0,function(){return this.localeData().meridiem(this.hours(),this.minutes(),lowercase)})}meridiem(\"a\",true);meridiem(\"A\",false);addUnitAlias(\"hour\",\"h\");function matchMeridiem(isStrict,locale){return locale._meridiemParse}addRegexToken(\"a\",matchMeridiem);addRegexToken(\"A\",matchMeridiem);addRegexToken(\"H\",match1to2);addRegexToken(\"h\",match1to2);addRegexToken(\"HH\",match1to2,match2);addRegexToken(\"hh\",match1to2,match2);addParseToken([\"H\",\"HH\"],HOUR);addParseToken([\"a\",\"A\"],function(input,array,config){config._isPm=config._locale.isPM(input);config._meridiem=input});addParseToken([\"h\",\"hh\"],function(input,array,config){array[HOUR]=toInt(input);getParsingFlags(config).bigHour=true});function localeIsPM(input){return(input+\"\").toLowerCase().charAt(0)===\"p\"}var defaultLocaleMeridiemParse=/[ap]\\.?m?\\.?/i;function localeMeridiem(hours,minutes,isLower){if(hours>11){return isLower?\"pm\":\"PM\"}else{return isLower?\"am\":\"AM\"}}var getSetHour=makeGetSet(\"Hours\",true);addFormatToken(\"m\",[\"mm\",2],0,\"minute\");addUnitAlias(\"minute\",\"m\");addRegexToken(\"m\",match1to2);addRegexToken(\"mm\",match1to2,match2);addParseToken([\"m\",\"mm\"],MINUTE);var getSetMinute=makeGetSet(\"Minutes\",false);addFormatToken(\"s\",[\"ss\",2],0,\"second\");addUnitAlias(\"second\",\"s\");addRegexToken(\"s\",match1to2);addRegexToken(\"ss\",match1to2,match2);addParseToken([\"s\",\"ss\"],SECOND);var getSetSecond=makeGetSet(\"Seconds\",false);addFormatToken(\"S\",0,0,function(){return~~(this.millisecond()/100)});addFormatToken(0,[\"SS\",2],0,function(){return~~(this.millisecond()/10)});function millisecond__milliseconds(token){addFormatToken(0,[token,3],0,\"millisecond\")}millisecond__milliseconds(\"SSS\");millisecond__milliseconds(\"SSSS\");addUnitAlias(\"millisecond\",\"ms\");addRegexToken(\"S\",match1to3,match1);addRegexToken(\"SS\",match1to3,match2);addRegexToken(\"SSS\",match1to3,match3);addRegexToken(\"SSSS\",matchUnsigned);addParseToken([\"S\",\"SS\",\"SSS\",\"SSSS\"],function(input,array){array[MILLISECOND]=toInt((\"0.\"+input)*1e3)});var getSetMillisecond=makeGetSet(\"Milliseconds\",false);addFormatToken(\"z\",0,0,\"zoneAbbr\");addFormatToken(\"zz\",0,0,\"zoneName\");function getZoneAbbr(){return this._isUTC?\"UTC\":\"\"}function getZoneName(){return this._isUTC?\"Coordinated Universal Time\":\"\"}var momentPrototype__proto=Moment.prototype;momentPrototype__proto.add=add_subtract__add;momentPrototype__proto.calendar=moment_calendar__calendar;momentPrototype__proto.clone=clone;momentPrototype__proto.diff=diff;momentPrototype__proto.endOf=endOf;momentPrototype__proto.format=format;momentPrototype__proto.from=from;momentPrototype__proto.fromNow=fromNow;momentPrototype__proto.to=to;momentPrototype__proto.toNow=toNow;momentPrototype__proto.get=getSet;momentPrototype__proto.invalidAt=invalidAt;momentPrototype__proto.isAfter=isAfter;momentPrototype__proto.isBefore=isBefore;momentPrototype__proto.isBetween=isBetween;momentPrototype__proto.isSame=isSame;momentPrototype__proto.isValid=moment_valid__isValid;momentPrototype__proto.lang=lang;momentPrototype__proto.locale=locale;momentPrototype__proto.localeData=localeData;momentPrototype__proto.max=prototypeMax;momentPrototype__proto.min=prototypeMin;momentPrototype__proto.parsingFlags=parsingFlags;momentPrototype__proto.set=getSet;momentPrototype__proto.startOf=startOf;momentPrototype__proto.subtract=add_subtract__subtract;momentPrototype__proto.toArray=toArray;momentPrototype__proto.toDate=toDate;momentPrototype__proto.toISOString=moment_format__toISOString;momentPrototype__proto.toJSON=moment_format__toISOString;momentPrototype__proto.toString=toString;momentPrototype__proto.unix=unix;momentPrototype__proto.valueOf=to_type__valueOf;momentPrototype__proto.year=getSetYear;momentPrototype__proto.isLeapYear=getIsLeapYear;momentPrototype__proto.weekYear=getSetWeekYear;momentPrototype__proto.isoWeekYear=getSetISOWeekYear;momentPrototype__proto.quarter=momentPrototype__proto.quarters=getSetQuarter;momentPrototype__proto.month=getSetMonth;momentPrototype__proto.daysInMonth=getDaysInMonth;momentPrototype__proto.week=momentPrototype__proto.weeks=getSetWeek;momentPrototype__proto.isoWeek=momentPrototype__proto.isoWeeks=getSetISOWeek;momentPrototype__proto.weeksInYear=getWeeksInYear;momentPrototype__proto.isoWeeksInYear=getISOWeeksInYear;momentPrototype__proto.date=getSetDayOfMonth;momentPrototype__proto.day=momentPrototype__proto.days=getSetDayOfWeek;momentPrototype__proto.weekday=getSetLocaleDayOfWeek;momentPrototype__proto.isoWeekday=getSetISODayOfWeek;momentPrototype__proto.dayOfYear=getSetDayOfYear;momentPrototype__proto.hour=momentPrototype__proto.hours=getSetHour;momentPrototype__proto.minute=momentPrototype__proto.minutes=getSetMinute;momentPrototype__proto.second=momentPrototype__proto.seconds=getSetSecond;momentPrototype__proto.millisecond=momentPrototype__proto.milliseconds=getSetMillisecond;momentPrototype__proto.utcOffset=getSetOffset;momentPrototype__proto.utc=setOffsetToUTC;momentPrototype__proto.local=setOffsetToLocal;momentPrototype__proto.parseZone=setOffsetToParsedOffset;momentPrototype__proto.hasAlignedHourOffset=hasAlignedHourOffset;momentPrototype__proto.isDST=isDaylightSavingTime;momentPrototype__proto.isDSTShifted=isDaylightSavingTimeShifted;momentPrototype__proto.isLocal=isLocal;momentPrototype__proto.isUtcOffset=isUtcOffset;momentPrototype__proto.isUtc=isUtc;momentPrototype__proto.isUTC=isUtc;momentPrototype__proto.zoneAbbr=getZoneAbbr;momentPrototype__proto.zoneName=getZoneName;momentPrototype__proto.dates=deprecate(\"dates accessor is deprecated. Use date instead.\",getSetDayOfMonth);momentPrototype__proto.months=deprecate(\"months accessor is deprecated. Use month instead\",getSetMonth);momentPrototype__proto.years=deprecate(\"years accessor is deprecated. Use year instead\",getSetYear);momentPrototype__proto.zone=deprecate(\"moment().zone is deprecated, use moment().utcOffset instead. https://github.com/moment/moment/issues/1779\",getSetZone);var momentPrototype=momentPrototype__proto;function moment__createUnix(input){return local__createLocal(input*1e3)}function moment__createInZone(){return local__createLocal.apply(null,arguments).parseZone()}var defaultCalendar={sameDay:\"[Today at] LT\",nextDay:\"[Tomorrow at] LT\",nextWeek:\"dddd [at] LT\",lastDay:\"[Yesterday at] LT\",lastWeek:\"[Last] dddd [at] LT\",sameElse:\"L\"};function locale_calendar__calendar(key,mom,now){var output=this._calendar[key];return typeof output===\"function\"?output.call(mom,now):output}var defaultLongDateFormat={LTS:\"h:mm:ss A\",LT:\"h:mm A\",L:\"MM/DD/YYYY\",LL:\"MMMM D, YYYY\",LLL:\"MMMM D, YYYY LT\",LLLL:\"dddd, MMMM D, YYYY LT\"};function longDateFormat(key){var output=this._longDateFormat[key];if(!output&&this._longDateFormat[key.toUpperCase()]){output=this._longDateFormat[key.toUpperCase()].replace(/MMMM|MM|DD|dddd/g,function(val){return val.slice(1)});this._longDateFormat[key]=output}return output}var defaultInvalidDate=\"Invalid date\";function invalidDate(){return this._invalidDate}var defaultOrdinal=\"%d\";var defaultOrdinalParse=/\\d{1,2}/;function ordinal(number){return this._ordinal.replace(\"%d\",number)}function preParsePostFormat(string){return string}var defaultRelativeTime={future:\"in %s\",past:\"%s ago\",s:\"a few seconds\",m:\"a minute\",mm:\"%d minutes\",h:\"an hour\",hh:\"%d hours\",d:\"a day\",dd:\"%d days\",M:\"a month\",MM:\"%d months\",y:\"a year\",yy:\"%d years\"};function relative__relativeTime(number,withoutSuffix,string,isFuture){var output=this._relativeTime[string];return typeof output===\"function\"?output(number,withoutSuffix,string,isFuture):output.replace(/%d/i,number)}function pastFuture(diff,output){var format=this._relativeTime[diff>0?\"future\":\"past\"];return typeof format===\"function\"?format(output):format.replace(/%s/i,output)}function locale_set__set(config){var prop,i;for(i in config){prop=config[i];if(typeof prop===\"function\"){this[i]=prop}else{this[\"_\"+i]=prop}}this._ordinalParseLenient=new RegExp(this._ordinalParse.source+\"|\"+/\\d{1,2}/.source)}var prototype__proto=Locale.prototype;prototype__proto._calendar=defaultCalendar;prototype__proto.calendar=locale_calendar__calendar;prototype__proto._longDateFormat=defaultLongDateFormat;prototype__proto.longDateFormat=longDateFormat;prototype__proto._invalidDate=defaultInvalidDate;prototype__proto.invalidDate=invalidDate;prototype__proto._ordinal=defaultOrdinal;prototype__proto.ordinal=ordinal;prototype__proto._ordinalParse=defaultOrdinalParse;prototype__proto.preparse=preParsePostFormat;prototype__proto.postformat=preParsePostFormat;prototype__proto._relativeTime=defaultRelativeTime;prototype__proto.relativeTime=relative__relativeTime;prototype__proto.pastFuture=pastFuture;prototype__proto.set=locale_set__set;prototype__proto.months=localeMonths;prototype__proto._months=defaultLocaleMonths;prototype__proto.monthsShort=localeMonthsShort;prototype__proto._monthsShort=defaultLocaleMonthsShort;prototype__proto.monthsParse=localeMonthsParse;prototype__proto.week=localeWeek;prototype__proto._week=defaultLocaleWeek;prototype__proto.firstDayOfYear=localeFirstDayOfYear;prototype__proto.firstDayOfWeek=localeFirstDayOfWeek;prototype__proto.weekdays=localeWeekdays;prototype__proto._weekdays=defaultLocaleWeekdays;prototype__proto.weekdaysMin=localeWeekdaysMin;prototype__proto._weekdaysMin=defaultLocaleWeekdaysMin;prototype__proto.weekdaysShort=localeWeekdaysShort;prototype__proto._weekdaysShort=defaultLocaleWeekdaysShort;prototype__proto.weekdaysParse=localeWeekdaysParse;prototype__proto.isPM=localeIsPM;prototype__proto._meridiemParse=defaultLocaleMeridiemParse;prototype__proto.meridiem=localeMeridiem;function lists__get(format,index,field,setter){var locale=locale_locales__getLocale();var utc=create_utc__createUTC().set(setter,index);return locale[field](utc,format)}function list(format,index,field,count,setter){if(typeof format===\"number\"){index=format;format=undefined}format=format||\"\";if(index!=null){return lists__get(format,index,field,setter)}var i;var out=[];for(i=0;i<count;i++){out[i]=lists__get(format,i,field,setter)}return out}function lists__listMonths(format,index){return list(format,index,\"months\",12,\"month\")}function lists__listMonthsShort(format,index){return list(format,index,\"monthsShort\",12,\"month\")}function lists__listWeekdays(format,index){return list(format,index,\"weekdays\",7,\"day\")}function lists__listWeekdaysShort(format,index){return list(format,index,\"weekdaysShort\",7,\"day\")}function lists__listWeekdaysMin(format,index){return list(format,index,\"weekdaysMin\",7,\"day\")}locale_locales__getSetGlobalLocale(\"en\",{ordinalParse:/\\d{1,2}(th|st|nd|rd)/,ordinal:function(number){var b=number%10,output=toInt(number%100/10)===1?\"th\":b===1?\"st\":b===2?\"nd\":b===3?\"rd\":\"th\";return number+output}});utils_hooks__hooks.lang=deprecate(\"moment.lang is deprecated. Use moment.locale instead.\",locale_locales__getSetGlobalLocale);utils_hooks__hooks.langData=deprecate(\"moment.langData is deprecated. Use moment.localeData instead.\",locale_locales__getLocale);var mathAbs=Math.abs;function duration_abs__abs(){var data=this._data;this._milliseconds=mathAbs(this._milliseconds);this._days=mathAbs(this._days);this._months=mathAbs(this._months);data.milliseconds=mathAbs(data.milliseconds);data.seconds=mathAbs(data.seconds);data.minutes=mathAbs(data.minutes);data.hours=mathAbs(data.hours);data.months=mathAbs(data.months);data.years=mathAbs(data.years);return this}function duration_add_subtract__addSubtract(duration,input,value,direction){var other=create__createDuration(input,value);duration._milliseconds+=direction*other._milliseconds;duration._days+=direction*other._days;duration._months+=direction*other._months;return duration._bubble()}function duration_add_subtract__add(input,value){return duration_add_subtract__addSubtract(this,input,value,1)}function duration_add_subtract__subtract(input,value){return duration_add_subtract__addSubtract(this,input,value,-1)}function bubble(){var milliseconds=this._milliseconds;var days=this._days;var months=this._months;var data=this._data;var seconds,minutes,hours,years=0;data.milliseconds=milliseconds%1e3;seconds=absFloor(milliseconds/1e3);data.seconds=seconds%60;minutes=absFloor(seconds/60);data.minutes=minutes%60;hours=absFloor(minutes/60);data.hours=hours%24;days+=absFloor(hours/24);years=absFloor(daysToYears(days));days-=absFloor(yearsToDays(years));months+=absFloor(days/30);days%=30;years+=absFloor(months/12);months%=12;data.days=days;data.months=months;data.years=years;return this}function daysToYears(days){return days*400/146097}function yearsToDays(years){return years*146097/400}function as(units){var days;var months;var milliseconds=this._milliseconds;units=normalizeUnits(units);if(units===\"month\"||units===\"year\"){days=this._days+milliseconds/864e5;months=this._months+daysToYears(days)*12;return units===\"month\"?months:months/12}else{days=this._days+Math.round(yearsToDays(this._months/12));switch(units){case\"week\":return days/7+milliseconds/6048e5;case\"day\":return days+milliseconds/864e5;case\"hour\":return days*24+milliseconds/36e5;case\"minute\":return days*1440+milliseconds/6e4;case\"second\":return days*86400+milliseconds/1e3;case\"millisecond\":return Math.floor(days*864e5)+milliseconds;default:throw new Error(\"Unknown unit \"+units)}}}function duration_as__valueOf(){return this._milliseconds+this._days*864e5+this._months%12*2592e6+toInt(this._months/12)*31536e6}function makeAs(alias){return function(){return this.as(alias)}}var asMilliseconds=makeAs(\"ms\");var asSeconds=makeAs(\"s\");var asMinutes=makeAs(\"m\");var asHours=makeAs(\"h\");var asDays=makeAs(\"d\");var asWeeks=makeAs(\"w\");var asMonths=makeAs(\"M\");var asYears=makeAs(\"y\");function duration_get__get(units){units=normalizeUnits(units);return this[units+\"s\"]()}function makeGetter(name){return function(){return this._data[name]}}var duration_get__milliseconds=makeGetter(\"milliseconds\");var seconds=makeGetter(\"seconds\");var minutes=makeGetter(\"minutes\");var hours=makeGetter(\"hours\");var days=makeGetter(\"days\");var months=makeGetter(\"months\");var years=makeGetter(\"years\");function weeks(){return absFloor(this.days()/7)}var round=Math.round;var thresholds={s:45,m:45,h:22,d:26,M:11};function substituteTimeAgo(string,number,withoutSuffix,isFuture,locale){return locale.relativeTime(number||1,!!withoutSuffix,string,isFuture)}function duration_humanize__relativeTime(posNegDuration,withoutSuffix,locale){var duration=create__createDuration(posNegDuration).abs();var seconds=round(duration.as(\"s\"));var minutes=round(duration.as(\"m\"));var hours=round(duration.as(\"h\"));var days=round(duration.as(\"d\"));var months=round(duration.as(\"M\"));var years=round(duration.as(\"y\"));var a=seconds<thresholds.s&&[\"s\",seconds]||minutes===1&&[\"m\"]||minutes<thresholds.m&&[\"mm\",minutes]||hours===1&&[\"h\"]||hours<thresholds.h&&[\"hh\",hours]||days===1&&[\"d\"]||days<thresholds.d&&[\"dd\",days]||months===1&&[\"M\"]||months<thresholds.M&&[\"MM\",months]||years===1&&[\"y\"]||[\"yy\",years];a[2]=withoutSuffix;a[3]=+posNegDuration>0;a[4]=locale;return substituteTimeAgo.apply(null,a)}function duration_humanize__getSetRelativeTimeThreshold(threshold,limit){if(thresholds[threshold]===undefined){return false}if(limit===undefined){return thresholds[threshold]}thresholds[threshold]=limit;return true}function humanize(withSuffix){var locale=this.localeData();var output=duration_humanize__relativeTime(this,!withSuffix,locale);if(withSuffix){output=locale.pastFuture(+this,output)}return locale.postformat(output)}var iso_string__abs=Math.abs;function iso_string__toISOString(){var Y=iso_string__abs(this.years());var M=iso_string__abs(this.months());var D=iso_string__abs(this.days());var h=iso_string__abs(this.hours());var m=iso_string__abs(this.minutes());var s=iso_string__abs(this.seconds()+this.milliseconds()/1e3);var total=this.asSeconds();if(!total){return\"P0D\"}return(total<0?\"-\":\"\")+\"P\"+(Y?Y+\"Y\":\"\")+(M?M+\"M\":\"\")+(D?D+\"D\":\"\")+(h||m||s?\"T\":\"\")+(h?h+\"H\":\"\")+(m?m+\"M\":\"\")+(s?s+\"S\":\"\")}var duration_prototype__proto=Duration.prototype;duration_prototype__proto.abs=duration_abs__abs;duration_prototype__proto.add=duration_add_subtract__add;duration_prototype__proto.subtract=duration_add_subtract__subtract;duration_prototype__proto.as=as;duration_prototype__proto.asMilliseconds=asMilliseconds;duration_prototype__proto.asSeconds=asSeconds;duration_prototype__proto.asMinutes=asMinutes;duration_prototype__proto.asHours=asHours;duration_prototype__proto.asDays=asDays;duration_prototype__proto.asWeeks=asWeeks;duration_prototype__proto.asMonths=asMonths;duration_prototype__proto.asYears=asYears;duration_prototype__proto.valueOf=duration_as__valueOf;duration_prototype__proto._bubble=bubble;duration_prototype__proto.get=duration_get__get;duration_prototype__proto.milliseconds=duration_get__milliseconds;duration_prototype__proto.seconds=seconds;duration_prototype__proto.minutes=minutes;duration_prototype__proto.hours=hours;duration_prototype__proto.days=days;duration_prototype__proto.weeks=weeks;duration_prototype__proto.months=months;duration_prototype__proto.years=years;duration_prototype__proto.humanize=humanize;duration_prototype__proto.toISOString=iso_string__toISOString;duration_prototype__proto.toString=iso_string__toISOString;duration_prototype__proto.toJSON=iso_string__toISOString;duration_prototype__proto.locale=locale;duration_prototype__proto.localeData=localeData;duration_prototype__proto.toIsoString=deprecate(\"toIsoString() is deprecated. Please use toISOString() instead (notice the capitals)\",iso_string__toISOString);duration_prototype__proto.lang=lang;addFormatToken(\"X\",0,0,\"unix\");addFormatToken(\"x\",0,0,\"valueOf\");addRegexToken(\"x\",matchSigned);addRegexToken(\"X\",matchTimestamp);addParseToken(\"X\",function(input,array,config){config._d=new Date(parseFloat(input,10)*1e3)});addParseToken(\"x\",function(input,array,config){config._d=new Date(toInt(input))});utils_hooks__hooks.version=\"2.10.3\";setHookCallback(local__createLocal);utils_hooks__hooks.fn=momentPrototype;utils_hooks__hooks.min=min;utils_hooks__hooks.max=max;utils_hooks__hooks.utc=create_utc__createUTC;utils_hooks__hooks.unix=moment__createUnix;utils_hooks__hooks.months=lists__listMonths;utils_hooks__hooks.isDate=isDate;utils_hooks__hooks.locale=locale_locales__getSetGlobalLocale;utils_hooks__hooks.invalid=valid__createInvalid;utils_hooks__hooks.duration=create__createDuration;utils_hooks__hooks.isMoment=isMoment;utils_hooks__hooks.weekdays=lists__listWeekdays;utils_hooks__hooks.parseZone=moment__createInZone;utils_hooks__hooks.localeData=locale_locales__getLocale;utils_hooks__hooks.isDuration=isDuration;utils_hooks__hooks.monthsShort=lists__listMonthsShort;utils_hooks__hooks.weekdaysMin=lists__listWeekdaysMin;utils_hooks__hooks.defineLocale=defineLocale;utils_hooks__hooks.weekdaysShort=lists__listWeekdaysShort;utils_hooks__hooks.normalizeUnits=normalizeUnits;utils_hooks__hooks.relativeTimeThreshold=duration_humanize__getSetRelativeTimeThreshold;var _moment=utils_hooks__hooks;return _moment})}).call(exports,__webpack_require__(10)(module))},function(module,exports){module.exports=function(module){if(!module.webpackPolyfill){module.deprecate=function(){};module.paths=[];module.children=[];module.webpackPolyfill=1}return module}},function(module,exports){function webpackContext(req){throw new Error(\"Cannot find module '\"+req+\"'.\")}webpackContext.keys=function(){return[]};webpackContext.resolve=webpackContext;module.exports=webpackContext;webpackContext.id=11},function(module,exports){(function(global){\"use strict\";var _rng;var globalVar=typeof window!==\"undefined\"?window:typeof global!==\"undefined\"?global:null;if(globalVar&&globalVar.crypto&&crypto.getRandomValues){var _rnds8=new Uint8Array(16);_rng=function whatwgRNG(){crypto.getRandomValues(_rnds8);return _rnds8}}if(!_rng){var _rnds=new Array(16);_rng=function(){for(var i=0,r;i<16;i++){if((i&3)===0)r=Math.random()*4294967296;_rnds[i]=r>>>((i&3)<<3)&255}return _rnds}}var _byteToHex=[];var _hexToByte={};for(var i=0;i<256;i++){_byteToHex[i]=(i+256).toString(16).substr(1);_hexToByte[_byteToHex[i]]=i}function parse(s,buf,offset){var i=buf&&offset||0,ii=0;buf=buf||[];s.toLowerCase().replace(/[0-9a-f]{2}/g,function(oct){if(ii<16){buf[i+ii++]=_hexToByte[oct]}});while(ii<16){buf[i+ii++]=0}return buf}function unparse(buf,offset){var i=offset||0,bth=_byteToHex;return bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+\"-\"+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]+bth[buf[i++]]}var _seedBytes=_rng();var _nodeId=[_seedBytes[0]|1,_seedBytes[1],_seedBytes[2],_seedBytes[3],_seedBytes[4],_seedBytes[5]];var _clockseq=(_seedBytes[6]<<8|_seedBytes[7])&16383;var _lastMSecs=0,_lastNSecs=0;function v1(options,buf,offset){var i=buf&&offset||0;var b=buf||[];options=options||{};var clockseq=options.clockseq!==undefined?options.clockseq:_clockseq;var msecs=options.msecs!==undefined?options.msecs:(new Date).getTime();var nsecs=options.nsecs!==undefined?options.nsecs:_lastNSecs+1;var dt=msecs-_lastMSecs+(nsecs-_lastNSecs)/1e4;if(dt<0&&options.clockseq===undefined){clockseq=clockseq+1&16383}if((dt<0||msecs>_lastMSecs)&&options.nsecs===undefined){nsecs=0}if(nsecs>=1e4){throw new Error(\"uuid.v1(): Can't create more than 10M uuids/sec\")}_lastMSecs=msecs;_lastNSecs=nsecs;_clockseq=clockseq;msecs+=122192928e5;var tl=((msecs&268435455)*1e4+nsecs)%4294967296;b[i++]=tl>>>24&255;b[i++]=tl>>>16&255;b[i++]=tl>>>8&255;b[i++]=tl&255;var tmh=msecs/4294967296*1e4&268435455;b[i++]=tmh>>>8&255;b[i++]=tmh&255;b[i++]=tmh>>>24&15|16;b[i++]=tmh>>>16&255;b[i++]=clockseq>>>8|128;b[i++]=clockseq&255;var node=options.node||_nodeId;for(var n=0;n<6;n++){b[i+n]=node[n]}return buf?buf:unparse(b)}function v4(options,buf,offset){var i=buf&&offset||0;if(typeof options==\"string\"){buf=options==\"binary\"?new Array(16):null;options=null}options=options||{};var rnds=options.random||(options.rng||_rng)();rnds[6]=rnds[6]&15|64;rnds[8]=rnds[8]&63|128;if(buf){for(var ii=0;ii<16;ii++){buf[i+ii]=rnds[ii]}}return buf||unparse(rnds)}var uuid=v4;uuid.v1=v1;uuid.v4=v4;uuid.parse=parse;uuid.unparse=unparse;module.exports=uuid}).call(exports,function(){return this}())},function(module,exports){\"use strict\";exports.prepareElements=function(JSONcontainer){for(var elementType in JSONcontainer){if(JSONcontainer.hasOwnProperty(elementType)){JSONcontainer[elementType].redundant=JSONcontainer[elementType].used;JSONcontainer[elementType].used=[]}}};exports.cleanupElements=function(JSONcontainer){for(var elementType in JSONcontainer){if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant){for(var i=0;i<JSONcontainer[elementType].redundant.length;i++){JSONcontainer[elementType].redundant[i].parentNode.removeChild(JSONcontainer[elementType].redundant[i]);\n\n}JSONcontainer[elementType].redundant=[]}}}};exports.getSVGElement=function(elementType,JSONcontainer,svgContainer){var element;if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant.length>0){element=JSONcontainer[elementType].redundant[0];JSONcontainer[elementType].redundant.shift()}else{element=document.createElementNS(\"http://www.w3.org/2000/svg\",elementType);svgContainer.appendChild(element)}}else{element=document.createElementNS(\"http://www.w3.org/2000/svg\",elementType);JSONcontainer[elementType]={used:[],redundant:[]};svgContainer.appendChild(element)}JSONcontainer[elementType].used.push(element);return element};exports.getDOMElement=function(elementType,JSONcontainer,DOMContainer,insertBefore){var element;if(JSONcontainer.hasOwnProperty(elementType)){if(JSONcontainer[elementType].redundant.length>0){element=JSONcontainer[elementType].redundant[0];JSONcontainer[elementType].redundant.shift()}else{element=document.createElement(elementType);if(insertBefore!==undefined){DOMContainer.insertBefore(element,insertBefore)}else{DOMContainer.appendChild(element)}}}else{element=document.createElement(elementType);JSONcontainer[elementType]={used:[],redundant:[]};if(insertBefore!==undefined){DOMContainer.insertBefore(element,insertBefore)}else{DOMContainer.appendChild(element)}}JSONcontainer[elementType].used.push(element);return element};exports.drawPoint=function(x,y,groupTemplate,JSONcontainer,svgContainer,labelObj){var point;if(groupTemplate.style==\"circle\"){point=exports.getSVGElement(\"circle\",JSONcontainer,svgContainer);point.setAttributeNS(null,\"cx\",x);point.setAttributeNS(null,\"cy\",y);point.setAttributeNS(null,\"r\",.5*groupTemplate.size)}else{point=exports.getSVGElement(\"rect\",JSONcontainer,svgContainer);point.setAttributeNS(null,\"x\",x-.5*groupTemplate.size);point.setAttributeNS(null,\"y\",y-.5*groupTemplate.size);point.setAttributeNS(null,\"width\",groupTemplate.size);point.setAttributeNS(null,\"height\",groupTemplate.size)}if(groupTemplate.style!==undefined){point.setAttributeNS(null,\"style\",groupTemplate.style)}point.setAttributeNS(null,\"class\",groupTemplate.className+\" vis-point\");if(labelObj){var label=exports.getSVGElement(\"text\",JSONcontainer,svgContainer);if(labelObj.xOffset){x=x+labelObj.xOffset}if(labelObj.yOffset){y=y+labelObj.yOffset}if(labelObj.content){label.textContent=labelObj.content}if(labelObj.className){label.setAttributeNS(null,\"class\",labelObj.className+\" vis-label\")}label.setAttributeNS(null,\"x\",x);label.setAttributeNS(null,\"y\",y)}return point};exports.drawBar=function(x,y,width,height,className,JSONcontainer,svgContainer,style){if(height!=0){if(height<0){height*=-1;y-=height}var rect=exports.getSVGElement(\"rect\",JSONcontainer,svgContainer);rect.setAttributeNS(null,\"x\",x-.5*width);rect.setAttributeNS(null,\"y\",y);rect.setAttributeNS(null,\"width\",width);rect.setAttributeNS(null,\"height\",height);rect.setAttributeNS(null,\"class\",className);if(style){rect.setAttributeNS(null,\"style\",style)}}}},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(7);var Queue=__webpack_require__(15);function DataSet(data,options){if(data&&!Array.isArray(data)){options=data;data=null}this._options=options||{};this._data={};this.length=0;this._fieldId=this._options.fieldId||\"id\";this._type={};if(this._options.type){for(var field in this._options.type){if(this._options.type.hasOwnProperty(field)){var value=this._options.type[field];if(value==\"Date\"||value==\"ISODate\"||value==\"ASPDate\"){this._type[field]=\"Date\"}else{this._type[field]=value}}}}if(this._options.convert){throw new Error('Option \"convert\" is deprecated. Use \"type\" instead.')}this._subscribers={};if(data){this.add(data)}this.setOptions(options)}DataSet.prototype.setOptions=function(options){if(options&&options.queue!==undefined){if(options.queue===false){if(this._queue){this._queue.destroy();delete this._queue}}else{if(!this._queue){this._queue=Queue.extend(this,{replace:[\"add\",\"update\",\"remove\"]})}if(typeof options.queue===\"object\"){this._queue.setOptions(options.queue)}}}};DataSet.prototype.on=function(event,callback){var subscribers=this._subscribers[event];if(!subscribers){subscribers=[];this._subscribers[event]=subscribers}subscribers.push({callback:callback})};DataSet.prototype.subscribe=function(){throw new Error(\"DataSet.subscribe is deprecated. Use DataSet.on instead.\")};DataSet.prototype.off=function(event,callback){var subscribers=this._subscribers[event];if(subscribers){this._subscribers[event]=subscribers.filter(function(listener){return listener.callback!=callback})}};DataSet.prototype.unsubscribe=function(){throw new Error(\"DataSet.unsubscribe is deprecated. Use DataSet.off instead.\")};DataSet.prototype._trigger=function(event,params,senderId){if(event==\"*\"){throw new Error(\"Cannot trigger event *\")}var subscribers=[];if(event in this._subscribers){subscribers=subscribers.concat(this._subscribers[event])}if(\"*\"in this._subscribers){subscribers=subscribers.concat(this._subscribers[\"*\"])}for(var i=0;i<subscribers.length;i++){var subscriber=subscribers[i];if(subscriber.callback){subscriber.callback(event,params,senderId||null)}}};DataSet.prototype.add=function(data,senderId){var addedIds=[],id,me=this;if(Array.isArray(data)){for(var i=0,len=data.length;i<len;i++){id=me._addItem(data[i]);addedIds.push(id)}}else if(data instanceof Object){id=me._addItem(data);addedIds.push(id)}else{throw new Error(\"Unknown dataType\")}if(addedIds.length){this._trigger(\"add\",{items:addedIds},senderId)}return addedIds};DataSet.prototype.update=function(data,senderId){var addedIds=[];var updatedIds=[];var updatedData=[];var me=this;var fieldId=me._fieldId;var addOrUpdate=function addOrUpdate(item){var id=item[fieldId];if(me._data[id]){id=me._updateItem(item);updatedIds.push(id);updatedData.push(item)}else{id=me._addItem(item);addedIds.push(id)}};if(Array.isArray(data)){for(var i=0,len=data.length;i<len;i++){addOrUpdate(data[i])}}else if(data instanceof Object){addOrUpdate(data)}else{throw new Error(\"Unknown dataType\")}if(addedIds.length){this._trigger(\"add\",{items:addedIds},senderId)}if(updatedIds.length){this._trigger(\"update\",{items:updatedIds,data:updatedData},senderId)}return addedIds.concat(updatedIds)};DataSet.prototype.get=function(args){var me=this;var id,ids,options;var firstType=util.getType(arguments[0]);if(firstType==\"String\"||firstType==\"Number\"){id=arguments[0];options=arguments[1]}else if(firstType==\"Array\"){ids=arguments[0];options=arguments[1]}else{options=arguments[0]}var returnType;if(options&&options.returnType){var allowedValues=[\"Array\",\"Object\"];returnType=allowedValues.indexOf(options.returnType)==-1?\"Array\":options.returnType}else{returnType=\"Array\"}var type=options&&options.type||this._options.type;var filter=options&&options.filter;var items=[],item,itemId,i,len;if(id!=undefined){item=me._getItem(id,type);if(filter&&!filter(item)){item=null}}else if(ids!=undefined){for(i=0,len=ids.length;i<len;i++){item=me._getItem(ids[i],type);if(!filter||filter(item)){items.push(item)}}}else{for(itemId in this._data){if(this._data.hasOwnProperty(itemId)){item=me._getItem(itemId,type);if(!filter||filter(item)){items.push(item)}}}}if(options&&options.order&&id==undefined){this._sort(items,options.order)}if(options&&options.fields){var fields=options.fields;if(id!=undefined){item=this._filterFields(item,fields)}else{for(i=0,len=items.length;i<len;i++){items[i]=this._filterFields(items[i],fields)}}}if(returnType==\"Object\"){var result={};for(i=0;i<items.length;i++){result[items[i].id]=items[i]}return result}else{if(id!=undefined){return item}else{return items}}};DataSet.prototype.getIds=function(options){var data=this._data,filter=options&&options.filter,order=options&&options.order,type=options&&options.type||this._options.type,i,len,id,item,items,ids=[];if(filter){if(order){items=[];for(id in data){if(data.hasOwnProperty(id)){item=this._getItem(id,type);if(filter(item)){items.push(item)}}}this._sort(items,order);for(i=0,len=items.length;i<len;i++){ids[i]=items[i][this._fieldId]}}else{for(id in data){if(data.hasOwnProperty(id)){item=this._getItem(id,type);if(filter(item)){ids.push(item[this._fieldId])}}}}}else{if(order){items=[];for(id in data){if(data.hasOwnProperty(id)){items.push(data[id])}}this._sort(items,order);for(i=0,len=items.length;i<len;i++){ids[i]=items[i][this._fieldId]}}else{for(id in data){if(data.hasOwnProperty(id)){item=data[id];ids.push(item[this._fieldId])}}}}return ids};DataSet.prototype.getDataSet=function(){return this};DataSet.prototype.forEach=function(callback,options){var filter=options&&options.filter,type=options&&options.type||this._options.type,data=this._data,item,id;if(options&&options.order){var items=this.get(options);for(var i=0,len=items.length;i<len;i++){item=items[i];id=item[this._fieldId];callback(item,id)}}else{for(id in data){if(data.hasOwnProperty(id)){item=this._getItem(id,type);if(!filter||filter(item)){callback(item,id)}}}}};DataSet.prototype.map=function(callback,options){var filter=options&&options.filter,type=options&&options.type||this._options.type,mappedItems=[],data=this._data,item;for(var id in data){if(data.hasOwnProperty(id)){item=this._getItem(id,type);if(!filter||filter(item)){mappedItems.push(callback(item,id))}}}if(options&&options.order){this._sort(mappedItems,options.order)}return mappedItems};DataSet.prototype._filterFields=function(item,fields){if(!item){return item}var filteredItem={};if(Array.isArray(fields)){for(var field in item){if(item.hasOwnProperty(field)&&fields.indexOf(field)!=-1){filteredItem[field]=item[field]}}}else{for(var field in item){if(item.hasOwnProperty(field)&&fields.hasOwnProperty(field)){filteredItem[fields[field]]=item[field]}}}return filteredItem};DataSet.prototype._sort=function(items,order){if(util.isString(order)){var name=order;items.sort(function(a,b){var av=a[name];var bv=b[name];return av>bv?1:av<bv?-1:0})}else if(typeof order===\"function\"){items.sort(order)}else{throw new TypeError(\"Order must be a function or a string\")}};DataSet.prototype.remove=function(id,senderId){var removedIds=[],i,len,removedId;if(Array.isArray(id)){for(i=0,len=id.length;i<len;i++){removedId=this._remove(id[i]);if(removedId!=null){removedIds.push(removedId)}}}else{removedId=this._remove(id);if(removedId!=null){removedIds.push(removedId)}}if(removedIds.length){this._trigger(\"remove\",{items:removedIds},senderId)}return removedIds};DataSet.prototype._remove=function(id){if(util.isNumber(id)||util.isString(id)){if(this._data[id]){delete this._data[id];this.length--;return id}}else if(id instanceof Object){var itemId=id[this._fieldId];if(itemId&&this._data[itemId]){delete this._data[itemId];this.length--;return itemId}}return null};DataSet.prototype.clear=function(senderId){var ids=Object.keys(this._data);this._data={};this.length=0;this._trigger(\"remove\",{items:ids},senderId);return ids};DataSet.prototype.max=function(field){var data=this._data,max=null,maxField=null;for(var id in data){if(data.hasOwnProperty(id)){var item=data[id];var itemField=item[field];if(itemField!=null&&(!max||itemField>maxField)){max=item;maxField=itemField}}}return max};DataSet.prototype.min=function(field){var data=this._data,min=null,minField=null;for(var id in data){if(data.hasOwnProperty(id)){var item=data[id];var itemField=item[field];if(itemField!=null&&(!min||itemField<minField)){min=item;minField=itemField}}}return min};DataSet.prototype.distinct=function(field){var data=this._data;var values=[];var fieldType=this._options.type&&this._options.type[field]||null;var count=0;var i;for(var prop in data){if(data.hasOwnProperty(prop)){var item=data[prop];var value=item[field];var exists=false;for(i=0;i<count;i++){if(values[i]==value){exists=true;break}}if(!exists&&value!==undefined){values[count]=value;count++}}}if(fieldType){for(i=0;i<values.length;i++){values[i]=util.convert(values[i],fieldType)}}return values};DataSet.prototype._addItem=function(item){var id=item[this._fieldId];if(id!=undefined){if(this._data[id]){throw new Error(\"Cannot add item: item with id \"+id+\" already exists\")}}else{id=util.randomUUID();item[this._fieldId]=id}var d={};for(var field in item){if(item.hasOwnProperty(field)){var fieldType=this._type[field];d[field]=util.convert(item[field],fieldType)}}this._data[id]=d;this.length++;return id};DataSet.prototype._getItem=function(id,types){var field,value;var raw=this._data[id];if(!raw){return null}var converted={};if(types){for(field in raw){if(raw.hasOwnProperty(field)){value=raw[field];converted[field]=util.convert(value,types[field])}}}else{for(field in raw){if(raw.hasOwnProperty(field)){value=raw[field];converted[field]=value}}}return converted};DataSet.prototype._updateItem=function(item){var id=item[this._fieldId];if(id==undefined){throw new Error(\"Cannot update item: item has no id (item: \"+JSON.stringify(item)+\")\")}var d=this._data[id];if(!d){throw new Error(\"Cannot update item: no item with id \"+id+\" found\")}for(var field in item){if(item.hasOwnProperty(field)){var fieldType=this._type[field];d[field]=util.convert(item[field],fieldType)}}return id};module.exports=DataSet},function(module,exports){\"use strict\";function Queue(options){this.delay=null;this.max=Infinity;this._queue=[];this._timeout=null;this._extended=null;this.setOptions(options)}Queue.prototype.setOptions=function(options){if(options&&typeof options.delay!==\"undefined\"){this.delay=options.delay}if(options&&typeof options.max!==\"undefined\"){this.max=options.max}this._flushIfNeeded()};Queue.extend=function(object,options){var queue=new Queue(options);if(object.flush!==undefined){throw new Error(\"Target object already has a property flush\")}object.flush=function(){queue.flush()};var methods=[{name:\"flush\",original:undefined}];if(options&&options.replace){for(var i=0;i<options.replace.length;i++){var name=options.replace[i];methods.push({name:name,original:object[name]});queue.replace(object,name)}}queue._extended={object:object,methods:methods};return queue};Queue.prototype.destroy=function(){this.flush();if(this._extended){var object=this._extended.object;var methods=this._extended.methods;for(var i=0;i<methods.length;i++){var method=methods[i];if(method.original){object[method.name]=method.original}else{delete object[method.name]}}this._extended=null}};Queue.prototype.replace=function(object,method){var me=this;var original=object[method];if(!original){throw new Error(\"Method \"+method+\" undefined\")}object[method]=function(){var args=[];for(var i=0;i<arguments.length;i++){args[i]=arguments[i]}me.queue({args:args,fn:original,context:this})}};Queue.prototype.queue=function(entry){if(typeof entry===\"function\"){this._queue.push({fn:entry})}else{this._queue.push(entry)}this._flushIfNeeded()};Queue.prototype._flushIfNeeded=function(){if(this._queue.length>this.max){this.flush()}clearTimeout(this._timeout);if(this.queue.length>0&&typeof this.delay===\"number\"){var me=this;this._timeout=setTimeout(function(){me.flush()},this.delay)}};Queue.prototype.flush=function(){while(this._queue.length>0){var entry=this._queue.shift();entry.fn.apply(entry.context||entry.fn,entry.args||[])}};module.exports=Queue},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(7);var DataSet=__webpack_require__(14);function DataView(data,options){this._data=null;this._ids={};this.length=0;this._options=options||{};this._fieldId=\"id\";this._subscribers={};var me=this;this.listener=function(){me._onEvent.apply(me,arguments)};this.setData(data)}DataView.prototype.setData=function(data){var ids,i,len;if(this._data){if(this._data.off){this._data.off(\"*\",this.listener)}ids=[];for(var id in this._ids){if(this._ids.hasOwnProperty(id)){ids.push(id)}}this._ids={};this.length=0;this._trigger(\"remove\",{items:ids})}this._data=data;if(this._data){this._fieldId=this._options.fieldId||this._data&&this._data.options&&this._data.options.fieldId||\"id\";ids=this._data.getIds({filter:this._options&&this._options.filter});for(i=0,len=ids.length;i<len;i++){id=ids[i];this._ids[id]=true}this.length=ids.length;this._trigger(\"add\",{items:ids});if(this._data.on){this._data.on(\"*\",this.listener)}}};DataView.prototype.refresh=function(){var id;var ids=this._data.getIds({filter:this._options&&this._options.filter});var newIds={};var added=[];var removed=[];for(var i=0;i<ids.length;i++){id=ids[i];newIds[id]=true;if(!this._ids[id]){added.push(id);this._ids[id]=true;this.length++}}for(id in this._ids){if(this._ids.hasOwnProperty(id)){if(!newIds[id]){removed.push(id);delete this._ids[id];this.length--}}}if(added.length){this._trigger(\"add\",{items:added})}if(removed.length){this._trigger(\"remove\",{items:removed})}};DataView.prototype.get=function(args){var me=this;var ids,options,data;var firstType=util.getType(arguments[0]);if(firstType==\"String\"||firstType==\"Number\"||firstType==\"Array\"){ids=arguments[0];options=arguments[1];data=arguments[2]}else{options=arguments[0];data=arguments[1]}var viewOptions=util.extend({},this._options,options);if(this._options.filter&&options&&options.filter){viewOptions.filter=function(item){return me._options.filter(item)&&options.filter(item)}}var getArguments=[];if(ids!=undefined){getArguments.push(ids)}getArguments.push(viewOptions);getArguments.push(data);return this._data&&this._data.get.apply(this._data,getArguments)};DataView.prototype.getIds=function(options){var ids;if(this._data){var defaultFilter=this._options.filter;var filter;if(options&&options.filter){if(defaultFilter){filter=function(item){return defaultFilter(item)&&options.filter(item)}}else{filter=options.filter}}else{filter=defaultFilter}ids=this._data.getIds({filter:filter,order:options&&options.order})}else{ids=[]}return ids};DataView.prototype.getDataSet=function(){var dataSet=this;while(dataSet instanceof DataView){dataSet=dataSet._data}return dataSet||null};DataView.prototype._onEvent=function(event,params,senderId){var i,len,id,item;var ids=params&¶ms.items;var data=this._data;var updatedData=[];var added=[];var updated=[];var removed=[];if(ids&&data){switch(event){case\"add\":for(i=0,len=ids.length;i<len;i++){id=ids[i];item=this.get(id);if(item){this._ids[id]=true;added.push(id)}}break;case\"update\":for(i=0,len=ids.length;i<len;i++){id=ids[i];item=this.get(id);if(item){if(this._ids[id]){updated.push(id);updatedData.push(params.data[i])}else{this._ids[id]=true;added.push(id)}}else{if(this._ids[id]){delete this._ids[id];removed.push(id)}else{}}}break;case\"remove\":for(i=0,len=ids.length;i<len;i++){id=ids[i];if(this._ids[id]){delete this._ids[id];removed.push(id)}}break}this.length+=added.length-removed.length;if(added.length){this._trigger(\"add\",{items:added},senderId)}if(updated.length){this._trigger(\"update\",{items:updated,data:updatedData},senderId)}if(removed.length){this._trigger(\"remove\",{items:removed},senderId)}}};DataView.prototype.on=DataSet.prototype.on;DataView.prototype.off=DataSet.prototype.off;DataView.prototype._trigger=DataSet.prototype._trigger;DataView.prototype.subscribe=DataView.prototype.on;DataView.prototype.unsubscribe=DataView.prototype.off;module.exports=DataView},function(module,exports,__webpack_require__){\"use strict\";var Emitter=__webpack_require__(19);var DataSet=__webpack_require__(14);var DataView=__webpack_require__(16);var util=__webpack_require__(7);var Point3d=__webpack_require__(20);var Point2d=__webpack_require__(18);var Camera=__webpack_require__(21);var Filter=__webpack_require__(22);var Slider=__webpack_require__(23);var StepNumber=__webpack_require__(24);function Graph3d(container,data,options){if(!(this instanceof Graph3d)){throw new SyntaxError(\"Constructor must be called with the new operator\")}this.containerElement=container;this.width=\"400px\";this.height=\"400px\";this.margin=10;this.defaultXCenter=\"55%\";this.defaultYCenter=\"50%\";this.xLabel=\"x\";this.yLabel=\"y\";this.zLabel=\"z\";var passValueFn=function passValueFn(v){return v};this.xValueLabel=passValueFn;this.yValueLabel=passValueFn;this.zValueLabel=passValueFn;this.filterLabel=\"time\";this.legendLabel=\"value\";this.style=Graph3d.STYLE.DOT;this.showPerspective=true;this.showGrid=true;this.keepAspectRatio=true;this.showShadow=false;this.showGrayBottom=false;this.showTooltip=false;this.verticalRatio=.5;this.animationInterval=1e3;this.animationPreload=false;this.camera=new Camera;this.camera.setArmRotation(1,.5);this.camera.setArmLength(1.7);this.eye=new Point3d(0,0,-1);this.dataTable=null;this.dataPoints=null;this.colX=undefined;this.colY=undefined;this.colZ=undefined;this.colValue=undefined;this.colFilter=undefined;this.xMin=0;this.xStep=undefined;this.xMax=1;this.yMin=0;this.yStep=undefined;this.yMax=1;this.zMin=0;this.zStep=undefined;this.zMax=1;this.valueMin=0;this.valueMax=1;this.xBarWidth=1;this.yBarWidth=1;this.axisColor=\"#4D4D4D\";this.gridColor=\"#D3D3D3\";this.dataColor={fill:\"#7DC1FF\",stroke:\"#3267D2\",strokeWidth:1};this.create();this.setOptions(options);if(data){this.setData(data)}}Emitter(Graph3d.prototype);Graph3d.prototype._setScale=function(){this.scale=new Point3d(1/(this.xMax-this.xMin),1/(this.yMax-this.yMin),1/(this.zMax-this.zMin));if(this.keepAspectRatio){if(this.scale.x<this.scale.y){this.scale.y=this.scale.x}else{this.scale.x=this.scale.y}}this.scale.z*=this.verticalRatio;this.scale.value=1/(this.valueMax-this.valueMin);var xCenter=(this.xMax+this.xMin)/2*this.scale.x;var yCenter=(this.yMax+this.yMin)/2*this.scale.y;var zCenter=(this.zMax+this.zMin)/2*this.scale.z;this.camera.setArmLocation(xCenter,yCenter,zCenter)};Graph3d.prototype._convert3Dto2D=function(point3d){var translation=this._convertPointToTranslation(point3d);return this._convertTranslationToScreen(translation)};Graph3d.prototype._convertPointToTranslation=function(point3d){var ax=point3d.x*this.scale.x,ay=point3d.y*this.scale.y,az=point3d.z*this.scale.z,cx=this.camera.getCameraLocation().x,cy=this.camera.getCameraLocation().y,cz=this.camera.getCameraLocation().z,sinTx=Math.sin(this.camera.getCameraRotation().x),cosTx=Math.cos(this.camera.getCameraRotation().x),sinTy=Math.sin(this.camera.getCameraRotation().y),cosTy=Math.cos(this.camera.getCameraRotation().y),sinTz=Math.sin(this.camera.getCameraRotation().z),cosTz=Math.cos(this.camera.getCameraRotation().z),dx=cosTy*(sinTz*(ay-cy)+cosTz*(ax-cx))-sinTy*(az-cz),dy=sinTx*(cosTy*(az-cz)+sinTy*(sinTz*(ay-cy)+cosTz*(ax-cx)))+cosTx*(cosTz*(ay-cy)-sinTz*(ax-cx)),dz=cosTx*(cosTy*(az-cz)+sinTy*(sinTz*(ay-cy)+cosTz*(ax-cx)))-sinTx*(cosTz*(ay-cy)-sinTz*(ax-cx));return new Point3d(dx,dy,dz)};Graph3d.prototype._convertTranslationToScreen=function(translation){var ex=this.eye.x,ey=this.eye.y,ez=this.eye.z,dx=translation.x,dy=translation.y,dz=translation.z;var bx;var by;if(this.showPerspective){bx=(dx-ex)*(ez/dz);by=(dy-ey)*(ez/dz)}else{bx=dx*-(ez/this.camera.getArmLength());by=dy*-(ez/this.camera.getArmLength())}return new Point2d(this.xcenter+bx*this.frame.canvas.clientWidth,this.ycenter-by*this.frame.canvas.clientWidth)};Graph3d.prototype._setBackgroundColor=function(backgroundColor){var fill=\"white\";var stroke=\"gray\";var strokeWidth=1;if(typeof backgroundColor===\"string\"){fill=backgroundColor;stroke=\"none\";strokeWidth=0}else if(typeof backgroundColor===\"object\"){if(backgroundColor.fill!==undefined)fill=backgroundColor.fill;if(backgroundColor.stroke!==undefined)stroke=backgroundColor.stroke;if(backgroundColor.strokeWidth!==undefined)strokeWidth=backgroundColor.strokeWidth}else if(backgroundColor===undefined){}else{throw\"Unsupported type of backgroundColor\"}this.frame.style.backgroundColor=fill;this.frame.style.borderColor=stroke;this.frame.style.borderWidth=strokeWidth+\"px\";this.frame.style.borderStyle=\"solid\"};Graph3d.STYLE={BAR:0,BARCOLOR:1,BARSIZE:2,DOT:3,DOTLINE:4,DOTCOLOR:5,DOTSIZE:6,GRID:7,LINE:8,SURFACE:9};Graph3d.prototype._getStyleNumber=function(styleName){switch(styleName){case\"dot\":return Graph3d.STYLE.DOT;case\"dot-line\":return Graph3d.STYLE.DOTLINE;case\"dot-color\":return Graph3d.STYLE.DOTCOLOR;case\"dot-size\":return Graph3d.STYLE.DOTSIZE;case\"line\":return Graph3d.STYLE.LINE;case\"grid\":return Graph3d.STYLE.GRID;case\"surface\":return Graph3d.STYLE.SURFACE;case\"bar\":return Graph3d.STYLE.BAR;case\"bar-color\":return Graph3d.STYLE.BARCOLOR;case\"bar-size\":return Graph3d.STYLE.BARSIZE}return-1};Graph3d.prototype._determineColumnIndexes=function(data,style){if(this.style===Graph3d.STYLE.DOT||this.style===Graph3d.STYLE.DOTLINE||this.style===Graph3d.STYLE.LINE||this.style===Graph3d.STYLE.GRID||this.style===Graph3d.STYLE.SURFACE||this.style===Graph3d.STYLE.BAR){this.colX=0;this.colY=1;this.colZ=2;this.colValue=undefined;if(data.getNumberOfColumns()>3){this.colFilter=3}}else if(this.style===Graph3d.STYLE.DOTCOLOR||this.style===Graph3d.STYLE.DOTSIZE||this.style===Graph3d.STYLE.BARCOLOR||this.style===Graph3d.STYLE.BARSIZE){this.colX=0;this.colY=1;this.colZ=2;this.colValue=3;if(data.getNumberOfColumns()>4){this.colFilter=4}}else{throw'Unknown style \"'+this.style+'\"'}};Graph3d.prototype.getNumberOfRows=function(data){return data.length};Graph3d.prototype.getNumberOfColumns=function(data){var counter=0;for(var column in data[0]){if(data[0].hasOwnProperty(column)){counter++}}return counter};Graph3d.prototype.getDistinctValues=function(data,column){var distinctValues=[];for(var i=0;i<data.length;i++){if(distinctValues.indexOf(data[i][column])==-1){distinctValues.push(data[i][column])}}return distinctValues};Graph3d.prototype.getColumnRange=function(data,column){var minMax={min:data[0][column],max:data[0][column]};for(var i=0;i<data.length;i++){if(minMax.min>data[i][column]){minMax.min=data[i][column]}if(minMax.max<data[i][column]){minMax.max=data[i][column]}}return minMax};Graph3d.prototype._dataInitialize=function(rawData,style){var me=this;if(this.dataSet){this.dataSet.off(\"*\",this._onChange)}if(rawData===undefined)return;if(Array.isArray(rawData)){rawData=new DataSet(rawData)}var data;if(rawData instanceof DataSet||rawData instanceof DataView){data=rawData.get()}else{throw new Error(\"Array, DataSet, or DataView expected\")}if(data.length==0)return;this.dataSet=rawData;this.dataTable=data;this._onChange=function(){me.setData(me.dataSet)};this.dataSet.on(\"*\",this._onChange);this.colX=\"x\";this.colY=\"y\";this.colZ=\"z\";this.colValue=\"style\";this.colFilter=\"filter\";if(data[0].hasOwnProperty(\"filter\")){if(this.dataFilter===undefined){this.dataFilter=new Filter(rawData,this.colFilter,this);this.dataFilter.setOnLoadCallback(function(){me.redraw()})}}var withBars=this.style==Graph3d.STYLE.BAR||this.style==Graph3d.STYLE.BARCOLOR||this.style==Graph3d.STYLE.BARSIZE;if(withBars){if(this.defaultXBarWidth!==undefined){this.xBarWidth=this.defaultXBarWidth}else{var dataX=this.getDistinctValues(data,this.colX);this.xBarWidth=dataX[1]-dataX[0]||1}if(this.defaultYBarWidth!==undefined){this.yBarWidth=this.defaultYBarWidth}else{var dataY=this.getDistinctValues(data,this.colY);this.yBarWidth=dataY[1]-dataY[0]||1}}var xRange=this.getColumnRange(data,this.colX);if(withBars){xRange.min-=this.xBarWidth/2;xRange.max+=this.xBarWidth/2}this.xMin=this.defaultXMin!==undefined?this.defaultXMin:xRange.min;this.xMax=this.defaultXMax!==undefined?this.defaultXMax:xRange.max;if(this.xMax<=this.xMin)this.xMax=this.xMin+1;this.xStep=this.defaultXStep!==undefined?this.defaultXStep:(this.xMax-this.xMin)/5;var yRange=this.getColumnRange(data,this.colY);if(withBars){yRange.min-=this.yBarWidth/2;yRange.max+=this.yBarWidth/2}this.yMin=this.defaultYMin!==undefined?this.defaultYMin:yRange.min;this.yMax=this.defaultYMax!==undefined?this.defaultYMax:yRange.max;if(this.yMax<=this.yMin)this.yMax=this.yMin+1;this.yStep=this.defaultYStep!==undefined?this.defaultYStep:(this.yMax-this.yMin)/5;var zRange=this.getColumnRange(data,this.colZ);this.zMin=this.defaultZMin!==undefined?this.defaultZMin:zRange.min;this.zMax=this.defaultZMax!==undefined?this.defaultZMax:zRange.max;if(this.zMax<=this.zMin)this.zMax=this.zMin+1;this.zStep=this.defaultZStep!==undefined?this.defaultZStep:(this.zMax-this.zMin)/5;if(this.colValue!==undefined){var valueRange=this.getColumnRange(data,this.colValue);this.valueMin=this.defaultValueMin!==undefined?this.defaultValueMin:valueRange.min;this.valueMax=this.defaultValueMax!==undefined?this.defaultValueMax:valueRange.max;if(this.valueMax<=this.valueMin)this.valueMax=this.valueMin+1}this._setScale()};Graph3d.prototype._getDataPoints=function(data){var x,y,i,z,obj,point;var dataPoints=[];if(this.style===Graph3d.STYLE.GRID||this.style===Graph3d.STYLE.SURFACE){var dataX=[];var dataY=[];for(i=0;i<this.getNumberOfRows(data);i++){x=data[i][this.colX]||0;y=data[i][this.colY]||0;if(dataX.indexOf(x)===-1){dataX.push(x)}if(dataY.indexOf(y)===-1){dataY.push(y)}}var sortNumber=function sortNumber(a,b){return a-b};dataX.sort(sortNumber);dataY.sort(sortNumber);var dataMatrix=[];for(i=0;i<data.length;i++){x=data[i][this.colX]||0;y=data[i][this.colY]||0;z=data[i][this.colZ]||0;var xIndex=dataX.indexOf(x);var yIndex=dataY.indexOf(y);if(dataMatrix[xIndex]===undefined){dataMatrix[xIndex]=[]}var point3d=new Point3d;point3d.x=x;point3d.y=y;point3d.z=z;obj={};obj.point=point3d;obj.trans=undefined;obj.screen=undefined;obj.bottom=new Point3d(x,y,this.zMin);dataMatrix[xIndex][yIndex]=obj;dataPoints.push(obj)}for(x=0;x<dataMatrix.length;x++){for(y=0;y<dataMatrix[x].length;y++){if(dataMatrix[x][y]){dataMatrix[x][y].pointRight=x<dataMatrix.length-1?dataMatrix[x+1][y]:undefined;dataMatrix[x][y].pointTop=y<dataMatrix[x].length-1?dataMatrix[x][y+1]:undefined;dataMatrix[x][y].pointCross=x<dataMatrix.length-1&&y<dataMatrix[x].length-1?dataMatrix[x+1][y+1]:undefined}}}}else{for(i=0;i<data.length;i++){point=new Point3d;point.x=data[i][this.colX]||0;point.y=data[i][this.colY]||0;point.z=data[i][this.colZ]||0;if(this.colValue!==undefined){point.value=data[i][this.colValue]||0}obj={};obj.point=point;obj.bottom=new Point3d(point.x,point.y,this.zMin);obj.trans=undefined;obj.screen=undefined;dataPoints.push(obj)}}return dataPoints};Graph3d.prototype.create=function(){while(this.containerElement.hasChildNodes()){this.containerElement.removeChild(this.containerElement.firstChild)}this.frame=document.createElement(\"div\");this.frame.style.position=\"relative\";this.frame.style.overflow=\"hidden\";this.frame.canvas=document.createElement(\"canvas\");this.frame.canvas.style.position=\"relative\";this.frame.appendChild(this.frame.canvas);{var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.frame.canvas.appendChild(noCanvas)}this.frame.filter=document.createElement(\"div\");this.frame.filter.style.position=\"absolute\";this.frame.filter.style.bottom=\"0px\";this.frame.filter.style.left=\"0px\";this.frame.filter.style.width=\"100%\";this.frame.appendChild(this.frame.filter);var me=this;var onmousedown=function onmousedown(event){me._onMouseDown(event)};var ontouchstart=function ontouchstart(event){me._onTouchStart(event)};var onmousewheel=function onmousewheel(event){me._onWheel(event)};var ontooltip=function ontooltip(event){me._onTooltip(event)};util.addEventListener(this.frame.canvas,\"keydown\",onkeydown);util.addEventListener(this.frame.canvas,\"mousedown\",onmousedown);util.addEventListener(this.frame.canvas,\"touchstart\",ontouchstart);util.addEventListener(this.frame.canvas,\"mousewheel\",onmousewheel);util.addEventListener(this.frame.canvas,\"mousemove\",ontooltip);this.containerElement.appendChild(this.frame)};Graph3d.prototype.setSize=function(width,height){this.frame.style.width=width;this.frame.style.height=height;this._resizeCanvas()};Graph3d.prototype._resizeCanvas=function(){this.frame.canvas.style.width=\"100%\";this.frame.canvas.style.height=\"100%\";this.frame.canvas.width=this.frame.canvas.clientWidth;this.frame.canvas.height=this.frame.canvas.clientHeight;this.frame.filter.style.width=this.frame.canvas.clientWidth-2*10+\"px\"};Graph3d.prototype.animationStart=function(){if(!this.frame.filter||!this.frame.filter.slider)throw\"No animation available\";this.frame.filter.slider.play()};Graph3d.prototype.animationStop=function(){\nif(!this.frame.filter||!this.frame.filter.slider)return;this.frame.filter.slider.stop()};Graph3d.prototype._resizeCenter=function(){if(this.defaultXCenter.charAt(this.defaultXCenter.length-1)===\"%\"){this.xcenter=parseFloat(this.defaultXCenter)/100*this.frame.canvas.clientWidth}else{this.xcenter=parseFloat(this.defaultXCenter)}if(this.defaultYCenter.charAt(this.defaultYCenter.length-1)===\"%\"){this.ycenter=parseFloat(this.defaultYCenter)/100*(this.frame.canvas.clientHeight-this.frame.filter.clientHeight)}else{this.ycenter=parseFloat(this.defaultYCenter)}};Graph3d.prototype.setCameraPosition=function(pos){if(pos===undefined){return}if(pos.horizontal!==undefined&&pos.vertical!==undefined){this.camera.setArmRotation(pos.horizontal,pos.vertical)}if(pos.distance!==undefined){this.camera.setArmLength(pos.distance)}this.redraw()};Graph3d.prototype.getCameraPosition=function(){var pos=this.camera.getArmRotation();pos.distance=this.camera.getArmLength();return pos};Graph3d.prototype._readData=function(data){this._dataInitialize(data,this.style);if(this.dataFilter){this.dataPoints=this.dataFilter._getDataPoints()}else{this.dataPoints=this._getDataPoints(this.dataTable)}this._redrawFilter()};Graph3d.prototype.setData=function(data){this._readData(data);this.redraw();if(this.animationAutoStart&&this.dataFilter){this.animationStart()}};Graph3d.prototype.setOptions=function(options){var cameraPosition=undefined;this.animationStop();if(options!==undefined){if(options.width!==undefined)this.width=options.width;if(options.height!==undefined)this.height=options.height;if(options.xCenter!==undefined)this.defaultXCenter=options.xCenter;if(options.yCenter!==undefined)this.defaultYCenter=options.yCenter;if(options.filterLabel!==undefined)this.filterLabel=options.filterLabel;if(options.legendLabel!==undefined)this.legendLabel=options.legendLabel;if(options.xLabel!==undefined)this.xLabel=options.xLabel;if(options.yLabel!==undefined)this.yLabel=options.yLabel;if(options.zLabel!==undefined)this.zLabel=options.zLabel;if(options.xValueLabel!==undefined)this.xValueLabel=options.xValueLabel;if(options.yValueLabel!==undefined)this.yValueLabel=options.yValueLabel;if(options.zValueLabel!==undefined)this.zValueLabel=options.zValueLabel;if(options.style!==undefined){var styleNumber=this._getStyleNumber(options.style);if(styleNumber!==-1){this.style=styleNumber}}if(options.showGrid!==undefined)this.showGrid=options.showGrid;if(options.showPerspective!==undefined)this.showPerspective=options.showPerspective;if(options.showShadow!==undefined)this.showShadow=options.showShadow;if(options.tooltip!==undefined)this.showTooltip=options.tooltip;if(options.showAnimationControls!==undefined)this.showAnimationControls=options.showAnimationControls;if(options.keepAspectRatio!==undefined)this.keepAspectRatio=options.keepAspectRatio;if(options.verticalRatio!==undefined)this.verticalRatio=options.verticalRatio;if(options.animationInterval!==undefined)this.animationInterval=options.animationInterval;if(options.animationPreload!==undefined)this.animationPreload=options.animationPreload;if(options.animationAutoStart!==undefined)this.animationAutoStart=options.animationAutoStart;if(options.xBarWidth!==undefined)this.defaultXBarWidth=options.xBarWidth;if(options.yBarWidth!==undefined)this.defaultYBarWidth=options.yBarWidth;if(options.xMin!==undefined)this.defaultXMin=options.xMin;if(options.xStep!==undefined)this.defaultXStep=options.xStep;if(options.xMax!==undefined)this.defaultXMax=options.xMax;if(options.yMin!==undefined)this.defaultYMin=options.yMin;if(options.yStep!==undefined)this.defaultYStep=options.yStep;if(options.yMax!==undefined)this.defaultYMax=options.yMax;if(options.zMin!==undefined)this.defaultZMin=options.zMin;if(options.zStep!==undefined)this.defaultZStep=options.zStep;if(options.zMax!==undefined)this.defaultZMax=options.zMax;if(options.valueMin!==undefined)this.defaultValueMin=options.valueMin;if(options.valueMax!==undefined)this.defaultValueMax=options.valueMax;if(options.cameraPosition!==undefined)cameraPosition=options.cameraPosition;if(cameraPosition!==undefined){this.camera.setArmRotation(cameraPosition.horizontal,cameraPosition.vertical);this.camera.setArmLength(cameraPosition.distance)}if(options.axisColor!==undefined)this.axisColor=options.axisColor;if(options.gridColor!==undefined)this.gridColor=options.gridColor;if(options.dataColor){if(typeof options.dataColor===\"string\"){this.dataColor.fill=options.dataColor;this.dataColor.stroke=options.dataColor}else{if(options.dataColor.fill){this.dataColor.fill=options.dataColor.fill}if(options.dataColor.stroke){this.dataColor.stroke=options.dataColor.stroke}if(options.dataColor.strokeWidth!==undefined){this.dataColor.strokeWidth=options.dataColor.strokeWidth}}}this._setBackgroundColor(options.backgroundColor)}this.setSize(this.width,this.height);if(this.dataTable){this.setData(this.dataTable)}if(this.animationAutoStart&&this.dataFilter){this.animationStart()}};Graph3d.prototype.redraw=function(){if(this.dataPoints===undefined){throw\"Error: graph data not initialized\"}this._resizeCanvas();this._resizeCenter();this._redrawSlider();this._redrawClear();this._redrawAxis();if(this.style===Graph3d.STYLE.GRID||this.style===Graph3d.STYLE.SURFACE){this._redrawDataGrid()}else if(this.style===Graph3d.STYLE.LINE){this._redrawDataLine()}else if(this.style===Graph3d.STYLE.BAR||this.style===Graph3d.STYLE.BARCOLOR||this.style===Graph3d.STYLE.BARSIZE){this._redrawDataBar()}else{this._redrawDataDot()}this._redrawInfo();this._redrawLegend()};Graph3d.prototype._redrawClear=function(){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");ctx.clearRect(0,0,canvas.width,canvas.height)};Graph3d.prototype._redrawLegend=function(){var y;if(this.style===Graph3d.STYLE.DOTCOLOR||this.style===Graph3d.STYLE.DOTSIZE){var dotSize=this.frame.clientWidth*.02;var widthMin,widthMax;if(this.style===Graph3d.STYLE.DOTSIZE){widthMin=dotSize/2;widthMax=dotSize/2+dotSize*2}else{widthMin=20;widthMax=20}var height=Math.max(this.frame.clientHeight*.25,100);var top=this.margin;var right=this.frame.clientWidth-this.margin;var left=right-widthMax;var bottom=top+height}var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");ctx.lineWidth=1;ctx.font=\"14px arial\";if(this.style===Graph3d.STYLE.DOTCOLOR){var ymin=0;var ymax=height;for(y=ymin;y<ymax;y++){var f=(y-ymin)/(ymax-ymin);var hue=f*240;var color=this._hsv2rgb(hue,1,1);ctx.strokeStyle=color;ctx.beginPath();ctx.moveTo(left,top+y);ctx.lineTo(right,top+y);ctx.stroke()}ctx.strokeStyle=this.axisColor;ctx.strokeRect(left,top,widthMax,height)}if(this.style===Graph3d.STYLE.DOTSIZE){ctx.strokeStyle=this.axisColor;ctx.fillStyle=this.dataColor.fill;ctx.beginPath();ctx.moveTo(left,top);ctx.lineTo(right,top);ctx.lineTo(right-widthMax+widthMin,bottom);ctx.lineTo(left,bottom);ctx.closePath();ctx.fill();ctx.stroke()}if(this.style===Graph3d.STYLE.DOTCOLOR||this.style===Graph3d.STYLE.DOTSIZE){var gridLineLen=5;var step=new StepNumber(this.valueMin,this.valueMax,(this.valueMax-this.valueMin)/5,true);step.start();if(step.getCurrent()<this.valueMin){step.next()}while(!step.end()){y=bottom-(step.getCurrent()-this.valueMin)/(this.valueMax-this.valueMin)*height;ctx.beginPath();ctx.moveTo(left-gridLineLen,y);ctx.lineTo(left,y);ctx.stroke();ctx.textAlign=\"right\";ctx.textBaseline=\"middle\";ctx.fillStyle=this.axisColor;ctx.fillText(step.getCurrent(),left-2*gridLineLen,y);step.next()}ctx.textAlign=\"right\";ctx.textBaseline=\"top\";var label=this.legendLabel;ctx.fillText(label,right,bottom+this.margin)}};Graph3d.prototype._redrawFilter=function(){this.frame.filter.innerHTML=\"\";if(this.dataFilter){var options={visible:this.showAnimationControls};var slider=new Slider(this.frame.filter,options);this.frame.filter.slider=slider;this.frame.filter.style.padding=\"10px\";slider.setValues(this.dataFilter.values);slider.setPlayInterval(this.animationInterval);var me=this;var onchange=function onchange(){var index=slider.getIndex();me.dataFilter.selectValue(index);me.dataPoints=me.dataFilter._getDataPoints();me.redraw()};slider.setOnChangeCallback(onchange)}else{this.frame.filter.slider=undefined}};Graph3d.prototype._redrawSlider=function(){if(this.frame.filter.slider!==undefined){this.frame.filter.slider.redraw()}};Graph3d.prototype._redrawInfo=function(){if(this.dataFilter){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");ctx.font=\"14px arial\";ctx.lineStyle=\"gray\";ctx.fillStyle=\"gray\";ctx.textAlign=\"left\";ctx.textBaseline=\"top\";var x=this.margin;var y=this.margin;ctx.fillText(this.dataFilter.getLabel()+\": \"+this.dataFilter.getSelectedValue(),x,y)}};Graph3d.prototype._redrawAxis=function(){var canvas=this.frame.canvas,ctx=canvas.getContext(\"2d\"),from,to,step,prettyStep,text,xText,yText,zText,offset,xOffset,yOffset,xMin2d,xMax2d;ctx.font=24/this.camera.getArmLength()+\"px arial\";var gridLenX=.025/this.scale.x;var gridLenY=.025/this.scale.y;var textMargin=5/this.camera.getArmLength();var armAngle=this.camera.getArmRotation().horizontal;ctx.lineWidth=1;prettyStep=this.defaultXStep===undefined;step=new StepNumber(this.xMin,this.xMax,this.xStep,prettyStep);step.start();if(step.getCurrent()<this.xMin){step.next()}while(!step.end()){var x=step.getCurrent();if(this.showGrid){from=this._convert3Dto2D(new Point3d(x,this.yMin,this.zMin));to=this._convert3Dto2D(new Point3d(x,this.yMax,this.zMin));ctx.strokeStyle=this.gridColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()}else{from=this._convert3Dto2D(new Point3d(x,this.yMin,this.zMin));to=this._convert3Dto2D(new Point3d(x,this.yMin+gridLenX,this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();from=this._convert3Dto2D(new Point3d(x,this.yMax,this.zMin));to=this._convert3Dto2D(new Point3d(x,this.yMax-gridLenX,this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()}yText=Math.cos(armAngle)>0?this.yMin:this.yMax;text=this._convert3Dto2D(new Point3d(x,yText,this.zMin));if(Math.cos(armAngle*2)>0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\";text.y+=textMargin}else if(Math.sin(armAngle*2)<0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.axisColor;ctx.fillText(\" \"+this.xValueLabel(step.getCurrent())+\" \",text.x,text.y);step.next()}ctx.lineWidth=1;prettyStep=this.defaultYStep===undefined;step=new StepNumber(this.yMin,this.yMax,this.yStep,prettyStep);step.start();if(step.getCurrent()<this.yMin){step.next()}while(!step.end()){if(this.showGrid){from=this._convert3Dto2D(new Point3d(this.xMin,step.getCurrent(),this.zMin));to=this._convert3Dto2D(new Point3d(this.xMax,step.getCurrent(),this.zMin));ctx.strokeStyle=this.gridColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()}else{from=this._convert3Dto2D(new Point3d(this.xMin,step.getCurrent(),this.zMin));to=this._convert3Dto2D(new Point3d(this.xMin+gridLenY,step.getCurrent(),this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();from=this._convert3Dto2D(new Point3d(this.xMax,step.getCurrent(),this.zMin));to=this._convert3Dto2D(new Point3d(this.xMax-gridLenY,step.getCurrent(),this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke()}xText=Math.sin(armAngle)>0?this.xMin:this.xMax;text=this._convert3Dto2D(new Point3d(xText,step.getCurrent(),this.zMin));if(Math.cos(armAngle*2)<0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\";text.y+=textMargin}else if(Math.sin(armAngle*2)>0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.axisColor;ctx.fillText(\" \"+this.yValueLabel(step.getCurrent())+\" \",text.x,text.y);step.next()}ctx.lineWidth=1;prettyStep=this.defaultZStep===undefined;step=new StepNumber(this.zMin,this.zMax,this.zStep,prettyStep);step.start();if(step.getCurrent()<this.zMin){step.next()}xText=Math.cos(armAngle)>0?this.xMin:this.xMax;yText=Math.sin(armAngle)<0?this.yMin:this.yMax;while(!step.end()){from=this._convert3Dto2D(new Point3d(xText,yText,step.getCurrent()));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(from.x-textMargin,from.y);ctx.stroke();ctx.textAlign=\"right\";ctx.textBaseline=\"middle\";ctx.fillStyle=this.axisColor;ctx.fillText(this.zValueLabel(step.getCurrent())+\" \",from.x-5,from.y);step.next()}ctx.lineWidth=1;from=this._convert3Dto2D(new Point3d(xText,yText,this.zMin));to=this._convert3Dto2D(new Point3d(xText,yText,this.zMax));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();ctx.lineWidth=1;xMin2d=this._convert3Dto2D(new Point3d(this.xMin,this.yMin,this.zMin));xMax2d=this._convert3Dto2D(new Point3d(this.xMax,this.yMin,this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(xMin2d.x,xMin2d.y);ctx.lineTo(xMax2d.x,xMax2d.y);ctx.stroke();xMin2d=this._convert3Dto2D(new Point3d(this.xMin,this.yMax,this.zMin));xMax2d=this._convert3Dto2D(new Point3d(this.xMax,this.yMax,this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(xMin2d.x,xMin2d.y);ctx.lineTo(xMax2d.x,xMax2d.y);ctx.stroke();ctx.lineWidth=1;from=this._convert3Dto2D(new Point3d(this.xMin,this.yMin,this.zMin));to=this._convert3Dto2D(new Point3d(this.xMin,this.yMax,this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();from=this._convert3Dto2D(new Point3d(this.xMax,this.yMin,this.zMin));to=this._convert3Dto2D(new Point3d(this.xMax,this.yMax,this.zMin));ctx.strokeStyle=this.axisColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(to.x,to.y);ctx.stroke();var xLabel=this.xLabel;if(xLabel.length>0){yOffset=.1/this.scale.y;xText=(this.xMin+this.xMax)/2;yText=Math.cos(armAngle)>0?this.yMin-yOffset:this.yMax+yOffset;text=this._convert3Dto2D(new Point3d(xText,yText,this.zMin));if(Math.cos(armAngle*2)>0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\"}else if(Math.sin(armAngle*2)<0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.axisColor;ctx.fillText(xLabel,text.x,text.y)}var yLabel=this.yLabel;if(yLabel.length>0){xOffset=.1/this.scale.x;xText=Math.sin(armAngle)>0?this.xMin-xOffset:this.xMax+xOffset;yText=(this.yMin+this.yMax)/2;text=this._convert3Dto2D(new Point3d(xText,yText,this.zMin));if(Math.cos(armAngle*2)<0){ctx.textAlign=\"center\";ctx.textBaseline=\"top\"}else if(Math.sin(armAngle*2)>0){ctx.textAlign=\"right\";ctx.textBaseline=\"middle\"}else{ctx.textAlign=\"left\";ctx.textBaseline=\"middle\"}ctx.fillStyle=this.axisColor;ctx.fillText(yLabel,text.x,text.y)}var zLabel=this.zLabel;if(zLabel.length>0){offset=30;xText=Math.cos(armAngle)>0?this.xMin:this.xMax;yText=Math.sin(armAngle)<0?this.yMin:this.yMax;zText=(this.zMin+this.zMax)/2;text=this._convert3Dto2D(new Point3d(xText,yText,zText));ctx.textAlign=\"right\";ctx.textBaseline=\"middle\";ctx.fillStyle=this.axisColor;ctx.fillText(zLabel,text.x-offset,text.y)}};Graph3d.prototype._hsv2rgb=function(H,S,V){var R,G,B,C,Hi,X;C=V*S;Hi=Math.floor(H/60);X=C*(1-Math.abs(H/60%2-1));switch(Hi){case 0:R=C;G=X;B=0;break;case 1:R=X;G=C;B=0;break;case 2:R=0;G=C;B=X;break;case 3:R=0;G=X;B=C;break;case 4:R=X;G=0;B=C;break;case 5:R=C;G=0;B=X;break;default:R=0;G=0;B=0;break}return\"RGB(\"+parseInt(R*255)+\",\"+parseInt(G*255)+\",\"+parseInt(B*255)+\")\"};Graph3d.prototype._redrawDataGrid=function(){var canvas=this.frame.canvas,ctx=canvas.getContext(\"2d\"),point,right,top,cross,i,topSideVisible,fillStyle,strokeStyle,lineWidth,h,s,v,zAvg;ctx.lineJoin=\"round\";ctx.lineCap=\"round\";if(this.dataPoints===undefined||this.dataPoints.length<=0)return;for(i=0;i<this.dataPoints.length;i++){var trans=this._convertPointToTranslation(this.dataPoints[i].point);var screen=this._convertTranslationToScreen(trans);this.dataPoints[i].trans=trans;this.dataPoints[i].screen=screen;var transBottom=this._convertPointToTranslation(this.dataPoints[i].bottom);this.dataPoints[i].dist=this.showPerspective?transBottom.length():-transBottom.z}var sortDepth=function sortDepth(a,b){return b.dist-a.dist};this.dataPoints.sort(sortDepth);if(this.style===Graph3d.STYLE.SURFACE){for(i=0;i<this.dataPoints.length;i++){point=this.dataPoints[i];right=this.dataPoints[i].pointRight;top=this.dataPoints[i].pointTop;cross=this.dataPoints[i].pointCross;if(point!==undefined&&right!==undefined&&top!==undefined&&cross!==undefined){if(this.showGrayBottom||this.showShadow){var aDiff=Point3d.subtract(cross.trans,point.trans);var bDiff=Point3d.subtract(top.trans,right.trans);var crossproduct=Point3d.crossProduct(aDiff,bDiff);var len=crossproduct.length();topSideVisible=crossproduct.z>0}else{topSideVisible=true}if(topSideVisible){zAvg=(point.point.z+right.point.z+top.point.z+cross.point.z)/4;h=(1-(zAvg-this.zMin)*this.scale.z/this.verticalRatio)*240;s=1;if(this.showShadow){v=Math.min(1+crossproduct.x/len/2,1);fillStyle=this._hsv2rgb(h,s,v);strokeStyle=fillStyle}else{v=1;fillStyle=this._hsv2rgb(h,s,v);strokeStyle=this.axisColor}}else{fillStyle=\"gray\";strokeStyle=this.axisColor}ctx.lineWidth=this._getStrokeWidth(point);ctx.fillStyle=fillStyle;ctx.strokeStyle=strokeStyle;ctx.beginPath();ctx.moveTo(point.screen.x,point.screen.y);ctx.lineTo(right.screen.x,right.screen.y);ctx.lineTo(cross.screen.x,cross.screen.y);ctx.lineTo(top.screen.x,top.screen.y);ctx.closePath();ctx.fill();ctx.stroke()}}}else{for(i=0;i<this.dataPoints.length;i++){point=this.dataPoints[i];right=this.dataPoints[i].pointRight;top=this.dataPoints[i].pointTop;if(point!==undefined&&right!==undefined){zAvg=(point.point.z+right.point.z)/2;h=(1-(zAvg-this.zMin)*this.scale.z/this.verticalRatio)*240;ctx.lineWidth=this._getStrokeWidth(point)*2;ctx.strokeStyle=this._hsv2rgb(h,1,1);ctx.beginPath();ctx.moveTo(point.screen.x,point.screen.y);ctx.lineTo(right.screen.x,right.screen.y);ctx.stroke()}if(point!==undefined&&top!==undefined){zAvg=(point.point.z+top.point.z)/2;h=(1-(zAvg-this.zMin)*this.scale.z/this.verticalRatio)*240;ctx.lineWidth=this._getStrokeWidth(point)*2;ctx.strokeStyle=this._hsv2rgb(h,1,1);ctx.beginPath();ctx.moveTo(point.screen.x,point.screen.y);ctx.lineTo(top.screen.x,top.screen.y);ctx.stroke()}}}};Graph3d.prototype._getStrokeWidth=function(point){if(point!==undefined){if(this.showPerspective){return 1/-point.trans.z*this.dataColor.strokeWidth}else{return-(this.eye.z/this.camera.getArmLength())*this.dataColor.strokeWidth}}return this.dataColor.strokeWidth};Graph3d.prototype._redrawDataDot=function(){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");var i;if(this.dataPoints===undefined||this.dataPoints.length<=0)return;for(i=0;i<this.dataPoints.length;i++){var trans=this._convertPointToTranslation(this.dataPoints[i].point);var screen=this._convertTranslationToScreen(trans);this.dataPoints[i].trans=trans;this.dataPoints[i].screen=screen;var transBottom=this._convertPointToTranslation(this.dataPoints[i].bottom);this.dataPoints[i].dist=this.showPerspective?transBottom.length():-transBottom.z}var sortDepth=function sortDepth(a,b){return b.dist-a.dist};this.dataPoints.sort(sortDepth);var dotSize=this.frame.clientWidth*.02;for(i=0;i<this.dataPoints.length;i++){var point=this.dataPoints[i];if(this.style===Graph3d.STYLE.DOTLINE){var from=this._convert3Dto2D(point.bottom);ctx.lineWidth=1;ctx.strokeStyle=this.gridColor;ctx.beginPath();ctx.moveTo(from.x,from.y);ctx.lineTo(point.screen.x,point.screen.y);ctx.stroke()}var size;if(this.style===Graph3d.STYLE.DOTSIZE){size=dotSize/2+2*dotSize*(point.point.value-this.valueMin)/(this.valueMax-this.valueMin)}else{size=dotSize}var radius;if(this.showPerspective){radius=size/-point.trans.z}else{radius=size*-(this.eye.z/this.camera.getArmLength())}if(radius<0){radius=0}var hue,color,borderColor;if(this.style===Graph3d.STYLE.DOTCOLOR){hue=(1-(point.point.value-this.valueMin)*this.scale.value)*240;color=this._hsv2rgb(hue,1,1);borderColor=this._hsv2rgb(hue,1,.8)}else if(this.style===Graph3d.STYLE.DOTSIZE){color=this.dataColor.fill;borderColor=this.dataColor.stroke}else{hue=(1-(point.point.z-this.zMin)*this.scale.z/this.verticalRatio)*240;color=this._hsv2rgb(hue,1,1);borderColor=this._hsv2rgb(hue,1,.8)}ctx.lineWidth=this._getStrokeWidth(point);ctx.strokeStyle=borderColor;ctx.fillStyle=color;ctx.beginPath();ctx.arc(point.screen.x,point.screen.y,radius,0,Math.PI*2,true);ctx.fill();ctx.stroke()}};Graph3d.prototype._redrawDataBar=function(){var canvas=this.frame.canvas;var ctx=canvas.getContext(\"2d\");var i,j,surface,corners;if(this.dataPoints===undefined||this.dataPoints.length<=0)return;for(i=0;i<this.dataPoints.length;i++){var trans=this._convertPointToTranslation(this.dataPoints[i].point);var screen=this._convertTranslationToScreen(trans);this.dataPoints[i].trans=trans;this.dataPoints[i].screen=screen;var transBottom=this._convertPointToTranslation(this.dataPoints[i].bottom);this.dataPoints[i].dist=this.showPerspective?transBottom.length():-transBottom.z}var sortDepth=function sortDepth(a,b){return b.dist-a.dist};this.dataPoints.sort(sortDepth);ctx.lineJoin=\"round\";ctx.lineCap=\"round\";var xWidth=this.xBarWidth/2;var yWidth=this.yBarWidth/2;for(i=0;i<this.dataPoints.length;i++){var point=this.dataPoints[i];var hue,color,borderColor;if(this.style===Graph3d.STYLE.BARCOLOR){hue=(1-(point.point.value-this.valueMin)*this.scale.value)*240;color=this._hsv2rgb(hue,1,1);borderColor=this._hsv2rgb(hue,1,.8)}else if(this.style===Graph3d.STYLE.BARSIZE){color=this.dataColor.fill;borderColor=this.dataColor.stroke}else{hue=(1-(point.point.z-this.zMin)*this.scale.z/this.verticalRatio)*240;color=this._hsv2rgb(hue,1,1);borderColor=this._hsv2rgb(hue,1,.8)}if(this.style===Graph3d.STYLE.BARSIZE){xWidth=this.xBarWidth/2*((point.point.value-this.valueMin)/(this.valueMax-this.valueMin)*.8+.2);yWidth=this.yBarWidth/2*((point.point.value-this.valueMin)/(this.valueMax-this.valueMin)*.8+.2)}var me=this;var point3d=point.point;var top=[{point:new Point3d(point3d.x-xWidth,point3d.y-yWidth,point3d.z)},{point:new Point3d(point3d.x+xWidth,point3d.y-yWidth,point3d.z)},{point:new Point3d(point3d.x+xWidth,point3d.y+yWidth,point3d.z)},{point:new Point3d(point3d.x-xWidth,point3d.y+yWidth,point3d.z)}];var bottom=[{point:new Point3d(point3d.x-xWidth,point3d.y-yWidth,this.zMin)},{point:new Point3d(point3d.x+xWidth,point3d.y-yWidth,this.zMin)},{point:new Point3d(point3d.x+xWidth,point3d.y+yWidth,this.zMin)},{point:new Point3d(point3d.x-xWidth,point3d.y+yWidth,this.zMin)}];top.forEach(function(obj){obj.screen=me._convert3Dto2D(obj.point)});bottom.forEach(function(obj){obj.screen=me._convert3Dto2D(obj.point)});var surfaces=[{corners:top,center:Point3d.avg(bottom[0].point,bottom[2].point)},{corners:[top[0],top[1],bottom[1],bottom[0]],center:Point3d.avg(bottom[1].point,bottom[0].point)},{corners:[top[1],top[2],bottom[2],bottom[1]],center:Point3d.avg(bottom[2].point,bottom[1].point)},{corners:[top[2],top[3],bottom[3],bottom[2]],center:Point3d.avg(bottom[3].point,bottom[2].point)},{corners:[top[3],top[0],bottom[0],bottom[3]],center:Point3d.avg(bottom[0].point,bottom[3].point)}];point.surfaces=surfaces;for(j=0;j<surfaces.length;j++){surface=surfaces[j];var transCenter=this._convertPointToTranslation(surface.center);surface.dist=this.showPerspective?transCenter.length():-transCenter.z}surfaces.sort(function(a,b){var diff=b.dist-a.dist;if(diff)return diff;if(a.corners===top)return 1;if(b.corners===top)return-1;return 0});ctx.lineWidth=this._getStrokeWidth(point);ctx.strokeStyle=borderColor;ctx.fillStyle=color;for(j=2;j<surfaces.length;j++){surface=surfaces[j];corners=surface.corners;ctx.beginPath();ctx.moveTo(corners[3].screen.x,corners[3].screen.y);ctx.lineTo(corners[0].screen.x,corners[0].screen.y);ctx.lineTo(corners[1].screen.x,corners[1].screen.y);ctx.lineTo(corners[2].screen.x,corners[2].screen.y);ctx.lineTo(corners[3].screen.x,corners[3].screen.y);ctx.fill();ctx.stroke()}}};Graph3d.prototype._redrawDataLine=function(){var canvas=this.frame.canvas,ctx=canvas.getContext(\"2d\"),point,i;if(this.dataPoints===undefined||this.dataPoints.length<=0)return;for(i=0;i<this.dataPoints.length;i++){var trans=this._convertPointToTranslation(this.dataPoints[i].point);var screen=this._convertTranslationToScreen(trans);this.dataPoints[i].trans=trans;this.dataPoints[i].screen=screen}if(this.dataPoints.length>0){point=this.dataPoints[0];ctx.lineWidth=this._getStrokeWidth(point);ctx.lineJoin=\"round\";ctx.lineCap=\"round\";ctx.strokeStyle=this.dataColor.stroke;ctx.beginPath();ctx.moveTo(point.screen.x,point.screen.y);for(i=1;i<this.dataPoints.length;i++){point=this.dataPoints[i];ctx.lineTo(point.screen.x,point.screen.y)}ctx.stroke()}};Graph3d.prototype._onMouseDown=function(event){event=event||window.event;if(this.leftButtonDown){this._onMouseUp(event)}this.leftButtonDown=event.which?event.which===1:event.button===1;if(!this.leftButtonDown&&!this.touchDown)return;this.startMouseX=getMouseX(event);this.startMouseY=getMouseY(event);this.startStart=new Date(this.start);this.startEnd=new Date(this.end);this.startArmRotation=this.camera.getArmRotation();this.frame.style.cursor=\"move\";var me=this;this.onmousemove=function(event){me._onMouseMove(event)};this.onmouseup=function(event){me._onMouseUp(event)};util.addEventListener(document,\"mousemove\",me.onmousemove);util.addEventListener(document,\"mouseup\",me.onmouseup);util.preventDefault(event)};Graph3d.prototype._onMouseMove=function(event){event=event||window.event;var diffX=parseFloat(getMouseX(event))-this.startMouseX;var diffY=parseFloat(getMouseY(event))-this.startMouseY;var horizontalNew=this.startArmRotation.horizontal+diffX/200;var verticalNew=this.startArmRotation.vertical+diffY/200;var snapAngle=4;var snapValue=Math.sin(snapAngle/360*2*Math.PI);if(Math.abs(Math.sin(horizontalNew))<snapValue){horizontalNew=Math.round(horizontalNew/Math.PI)*Math.PI-.001}if(Math.abs(Math.cos(horizontalNew))<snapValue){horizontalNew=(Math.round(horizontalNew/Math.PI-.5)+.5)*Math.PI-.001}if(Math.abs(Math.sin(verticalNew))<snapValue){verticalNew=Math.round(verticalNew/Math.PI)*Math.PI}if(Math.abs(Math.cos(verticalNew))<snapValue){verticalNew=(Math.round(verticalNew/Math.PI-.5)+.5)*Math.PI}this.camera.setArmRotation(horizontalNew,verticalNew);this.redraw();var parameters=this.getCameraPosition();this.emit(\"cameraPositionChange\",parameters);util.preventDefault(event)};Graph3d.prototype._onMouseUp=function(event){this.frame.style.cursor=\"auto\";this.leftButtonDown=false;util.removeEventListener(document,\"mousemove\",this.onmousemove);util.removeEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault(event)};Graph3d.prototype._onTooltip=function(event){var delay=300;var boundingRect=this.frame.getBoundingClientRect();var mouseX=getMouseX(event)-boundingRect.left;var mouseY=getMouseY(event)-boundingRect.top;if(!this.showTooltip){return}if(this.tooltipTimeout){clearTimeout(this.tooltipTimeout)}if(this.leftButtonDown){this._hideTooltip();return}if(this.tooltip&&this.tooltip.dataPoint){var dataPoint=this._dataPointFromXY(mouseX,mouseY);if(dataPoint!==this.tooltip.dataPoint){if(dataPoint){this._showTooltip(dataPoint)}else{this._hideTooltip()}}}else{var me=this;this.tooltipTimeout=setTimeout(function(){me.tooltipTimeout=null;var dataPoint=me._dataPointFromXY(mouseX,mouseY);if(dataPoint){me._showTooltip(dataPoint)}},delay)}};Graph3d.prototype._onTouchStart=function(event){this.touchDown=true;var me=this;this.ontouchmove=function(event){me._onTouchMove(event)};this.ontouchend=function(event){me._onTouchEnd(event)};util.addEventListener(document,\"touchmove\",me.ontouchmove);util.addEventListener(document,\"touchend\",me.ontouchend);this._onMouseDown(event)};Graph3d.prototype._onTouchMove=function(event){this._onMouseMove(event)};Graph3d.prototype._onTouchEnd=function(event){this.touchDown=false;util.removeEventListener(document,\"touchmove\",this.ontouchmove);util.removeEventListener(document,\"touchend\",this.ontouchend);this._onMouseUp(event)};Graph3d.prototype._onWheel=function(event){if(!event)event=window.event;var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(delta){var oldLength=this.camera.getArmLength();var newLength=oldLength*(1-delta/10);this.camera.setArmLength(newLength);this.redraw();this._hideTooltip()}var parameters=this.getCameraPosition();this.emit(\"cameraPositionChange\",parameters);util.preventDefault(event)};Graph3d.prototype._insideTriangle=function(point,triangle){var a=triangle[0],b=triangle[1],c=triangle[2];function sign(x){return x>0?1:x<0?-1:0}var as=sign((b.x-a.x)*(point.y-a.y)-(b.y-a.y)*(point.x-a.x));var bs=sign((c.x-b.x)*(point.y-b.y)-(c.y-b.y)*(point.x-b.x));var cs=sign((a.x-c.x)*(point.y-c.y)-(a.y-c.y)*(point.x-c.x));return(as==0||bs==0||as==bs)&&(bs==0||cs==0||bs==cs)&&(as==0||cs==0||as==cs)};Graph3d.prototype._dataPointFromXY=function(x,y){var i,distMax=100,dataPoint=null,closestDataPoint=null,closestDist=null,center=new Point2d(x,y);if(this.style===Graph3d.STYLE.BAR||this.style===Graph3d.STYLE.BARCOLOR||this.style===Graph3d.STYLE.BARSIZE){for(i=this.dataPoints.length-1;i>=0;i--){dataPoint=this.dataPoints[i];var surfaces=dataPoint.surfaces;if(surfaces){for(var s=surfaces.length-1;s>=0;s--){var surface=surfaces[s];var corners=surface.corners;var triangle1=[corners[0].screen,corners[1].screen,corners[2].screen];var triangle2=[corners[2].screen,corners[3].screen,corners[0].screen];if(this._insideTriangle(center,triangle1)||this._insideTriangle(center,triangle2)){return dataPoint}}}}}else{for(i=0;i<this.dataPoints.length;i++){dataPoint=this.dataPoints[i];var point=dataPoint.screen;if(point){var distX=Math.abs(x-point.x);var distY=Math.abs(y-point.y);var dist=Math.sqrt(distX*distX+distY*distY);if((closestDist===null||dist<closestDist)&&dist<distMax){closestDist=dist;closestDataPoint=dataPoint}}}}return closestDataPoint};Graph3d.prototype._showTooltip=function(dataPoint){var content,line,dot;if(!this.tooltip){content=document.createElement(\"div\");content.style.position=\"absolute\";content.style.padding=\"10px\";content.style.border=\"1px solid #4d4d4d\";content.style.color=\"#1a1a1a\";content.style.background=\"rgba(255,255,255,0.7)\";content.style.borderRadius=\"2px\";content.style.boxShadow=\"5px 5px 10px rgba(128,128,128,0.5)\";line=document.createElement(\"div\");line.style.position=\"absolute\";line.style.height=\"40px\";line.style.width=\"0\";line.style.borderLeft=\"1px solid #4d4d4d\";dot=document.createElement(\"div\");dot.style.position=\"absolute\";dot.style.height=\"0\";dot.style.width=\"0\";dot.style.border=\"5px solid #4d4d4d\";dot.style.borderRadius=\"5px\";this.tooltip={dataPoint:null,dom:{content:content,line:line,dot:dot}}}else{content=this.tooltip.dom.content;line=this.tooltip.dom.line;dot=this.tooltip.dom.dot}this._hideTooltip();this.tooltip.dataPoint=dataPoint;if(typeof this.showTooltip===\"function\"){content.innerHTML=this.showTooltip(dataPoint.point)}else{content.innerHTML=\"<table>\"+\"<tr><td>x:</td><td>\"+dataPoint.point.x+\"</td></tr>\"+\"<tr><td>y:</td><td>\"+dataPoint.point.y+\"</td></tr>\"+\"<tr><td>z:</td><td>\"+dataPoint.point.z+\"</td></tr>\"+\"</table>\"}content.style.left=\"0\";content.style.top=\"0\";this.frame.appendChild(content);this.frame.appendChild(line);this.frame.appendChild(dot);var contentWidth=content.offsetWidth;var contentHeight=content.offsetHeight;var lineHeight=line.offsetHeight;var dotWidth=dot.offsetWidth;var dotHeight=dot.offsetHeight;var left=dataPoint.screen.x-contentWidth/2;left=Math.min(Math.max(left,10),this.frame.clientWidth-10-contentWidth);line.style.left=dataPoint.screen.x+\"px\";line.style.top=dataPoint.screen.y-lineHeight+\"px\";content.style.left=left+\"px\";content.style.top=dataPoint.screen.y-lineHeight-contentHeight+\"px\";dot.style.left=dataPoint.screen.x-dotWidth/2+\"px\";dot.style.top=dataPoint.screen.y-dotHeight/2+\"px\"};Graph3d.prototype._hideTooltip=function(){if(this.tooltip){this.tooltip.dataPoint=null;for(var prop in this.tooltip.dom){if(this.tooltip.dom.hasOwnProperty(prop)){\nvar elem=this.tooltip.dom[prop];if(elem&&elem.parentNode){elem.parentNode.removeChild(elem)}}}}};function getMouseX(event){if(\"clientX\"in event)return event.clientX;return event.targetTouches[0]&&event.targetTouches[0].clientX||0}function getMouseY(event){if(\"clientY\"in event)return event.clientY;return event.targetTouches[0]&&event.targetTouches[0].clientY||0}module.exports=Graph3d},function(module,exports){\"use strict\";function Point2d(x,y){this.x=x!==undefined?x:0;this.y=y!==undefined?y:0}module.exports=Point2d},function(module,exports){module.exports=Emitter;function Emitter(obj){if(obj)return mixin(obj)}function mixin(obj){for(var key in Emitter.prototype){obj[key]=Emitter.prototype[key]}return obj}Emitter.prototype.on=Emitter.prototype.addEventListener=function(event,fn){this._callbacks=this._callbacks||{};(this._callbacks[event]=this._callbacks[event]||[]).push(fn);return this};Emitter.prototype.once=function(event,fn){var self=this;this._callbacks=this._callbacks||{};function on(){self.off(event,on);fn.apply(this,arguments)}on.fn=fn;this.on(event,on);return this};Emitter.prototype.off=Emitter.prototype.removeListener=Emitter.prototype.removeAllListeners=Emitter.prototype.removeEventListener=function(event,fn){this._callbacks=this._callbacks||{};if(0==arguments.length){this._callbacks={};return this}var callbacks=this._callbacks[event];if(!callbacks)return this;if(1==arguments.length){delete this._callbacks[event];return this}var cb;for(var i=0;i<callbacks.length;i++){cb=callbacks[i];if(cb===fn||cb.fn===fn){callbacks.splice(i,1);break}}return this};Emitter.prototype.emit=function(event){this._callbacks=this._callbacks||{};var args=[].slice.call(arguments,1),callbacks=this._callbacks[event];if(callbacks){callbacks=callbacks.slice(0);for(var i=0,len=callbacks.length;i<len;++i){callbacks[i].apply(this,args)}}return this};Emitter.prototype.listeners=function(event){this._callbacks=this._callbacks||{};return this._callbacks[event]||[]};Emitter.prototype.hasListeners=function(event){return!!this.listeners(event).length}},function(module,exports){\"use strict\";function Point3d(x,y,z){this.x=x!==undefined?x:0;this.y=y!==undefined?y:0;this.z=z!==undefined?z:0}Point3d.subtract=function(a,b){var sub=new Point3d;sub.x=a.x-b.x;sub.y=a.y-b.y;sub.z=a.z-b.z;return sub};Point3d.add=function(a,b){var sum=new Point3d;sum.x=a.x+b.x;sum.y=a.y+b.y;sum.z=a.z+b.z;return sum};Point3d.avg=function(a,b){return new Point3d((a.x+b.x)/2,(a.y+b.y)/2,(a.z+b.z)/2)};Point3d.crossProduct=function(a,b){var crossproduct=new Point3d;crossproduct.x=a.y*b.z-a.z*b.y;crossproduct.y=a.z*b.x-a.x*b.z;crossproduct.z=a.x*b.y-a.y*b.x;return crossproduct};Point3d.prototype.length=function(){return Math.sqrt(this.x*this.x+this.y*this.y+this.z*this.z)};module.exports=Point3d},function(module,exports,__webpack_require__){\"use strict\";var Point3d=__webpack_require__(20);function Camera(){this.armLocation=new Point3d;this.armRotation={};this.armRotation.horizontal=0;this.armRotation.vertical=0;this.armLength=1.7;this.cameraLocation=new Point3d;this.cameraRotation=new Point3d(.5*Math.PI,0,0);this.calculateCameraOrientation()}Camera.prototype.setArmLocation=function(x,y,z){this.armLocation.x=x;this.armLocation.y=y;this.armLocation.z=z;this.calculateCameraOrientation()};Camera.prototype.setArmRotation=function(horizontal,vertical){if(horizontal!==undefined){this.armRotation.horizontal=horizontal}if(vertical!==undefined){this.armRotation.vertical=vertical;if(this.armRotation.vertical<0)this.armRotation.vertical=0;if(this.armRotation.vertical>.5*Math.PI)this.armRotation.vertical=.5*Math.PI}if(horizontal!==undefined||vertical!==undefined){this.calculateCameraOrientation()}};Camera.prototype.getArmRotation=function(){var rot={};rot.horizontal=this.armRotation.horizontal;rot.vertical=this.armRotation.vertical;return rot};Camera.prototype.setArmLength=function(length){if(length===undefined)return;this.armLength=length;if(this.armLength<.71)this.armLength=.71;if(this.armLength>5)this.armLength=5;this.calculateCameraOrientation()};Camera.prototype.getArmLength=function(){return this.armLength};Camera.prototype.getCameraLocation=function(){return this.cameraLocation};Camera.prototype.getCameraRotation=function(){return this.cameraRotation};Camera.prototype.calculateCameraOrientation=function(){this.cameraLocation.x=this.armLocation.x-this.armLength*Math.sin(this.armRotation.horizontal)*Math.cos(this.armRotation.vertical);this.cameraLocation.y=this.armLocation.y-this.armLength*Math.cos(this.armRotation.horizontal)*Math.cos(this.armRotation.vertical);this.cameraLocation.z=this.armLocation.z+this.armLength*Math.sin(this.armRotation.vertical);this.cameraRotation.x=Math.PI/2-this.armRotation.vertical;this.cameraRotation.y=0;this.cameraRotation.z=-this.armRotation.horizontal};module.exports=Camera},function(module,exports,__webpack_require__){\"use strict\";var DataView=__webpack_require__(16);function Filter(data,column,graph){this.data=data;this.column=column;this.graph=graph;this.index=undefined;this.value=undefined;this.values=graph.getDistinctValues(data.get(),this.column);this.values.sort(function(a,b){return a>b?1:a<b?-1:0});if(this.values.length>0){this.selectValue(0)}this.dataPoints=[];this.loaded=false;this.onLoadCallback=undefined;if(graph.animationPreload){this.loaded=false;this.loadInBackground()}else{this.loaded=true}}Filter.prototype.isLoaded=function(){return this.loaded};Filter.prototype.getLoadedProgress=function(){var len=this.values.length;var i=0;while(this.dataPoints[i]){i++}return Math.round(i/len*100)};Filter.prototype.getLabel=function(){return this.graph.filterLabel};Filter.prototype.getColumn=function(){return this.column};Filter.prototype.getSelectedValue=function(){if(this.index===undefined)return undefined;return this.values[this.index]};Filter.prototype.getValues=function(){return this.values};Filter.prototype.getValue=function(index){if(index>=this.values.length)throw\"Error: index out of range\";return this.values[index]};Filter.prototype._getDataPoints=function(index){if(index===undefined)index=this.index;if(index===undefined)return[];var dataPoints;if(this.dataPoints[index]){dataPoints=this.dataPoints[index]}else{var f={};f.column=this.column;f.value=this.values[index];var dataView=new DataView(this.data,{filter:function filter(item){return item[f.column]==f.value}}).get();dataPoints=this.graph._getDataPoints(dataView);this.dataPoints[index]=dataPoints}return dataPoints};Filter.prototype.setOnLoadCallback=function(callback){this.onLoadCallback=callback};Filter.prototype.selectValue=function(index){if(index>=this.values.length)throw\"Error: index out of range\";this.index=index;this.value=this.values[index]};Filter.prototype.loadInBackground=function(index){if(index===undefined)index=0;var frame=this.graph.frame;if(index<this.values.length){var dataPointsTemp=this._getDataPoints(index);if(frame.progress===undefined){frame.progress=document.createElement(\"DIV\");frame.progress.style.position=\"absolute\";frame.progress.style.color=\"gray\";frame.appendChild(frame.progress)}var progress=this.getLoadedProgress();frame.progress.innerHTML=\"Loading animation... \"+progress+\"%\";frame.progress.style.bottom=60+\"px\";frame.progress.style.left=10+\"px\";var me=this;setTimeout(function(){me.loadInBackground(index+1)},10);this.loaded=false}else{this.loaded=true;if(frame.progress!==undefined){frame.removeChild(frame.progress);frame.progress=undefined}if(this.onLoadCallback)this.onLoadCallback()}};module.exports=Filter},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(7);function Slider(container,options){if(container===undefined){throw\"Error: No container element defined\"}this.container=container;this.visible=options&&options.visible!=undefined?options.visible:true;if(this.visible){this.frame=document.createElement(\"DIV\");this.frame.style.width=\"100%\";this.frame.style.position=\"relative\";this.container.appendChild(this.frame);this.frame.prev=document.createElement(\"INPUT\");this.frame.prev.type=\"BUTTON\";this.frame.prev.value=\"Prev\";this.frame.appendChild(this.frame.prev);this.frame.play=document.createElement(\"INPUT\");this.frame.play.type=\"BUTTON\";this.frame.play.value=\"Play\";this.frame.appendChild(this.frame.play);this.frame.next=document.createElement(\"INPUT\");this.frame.next.type=\"BUTTON\";this.frame.next.value=\"Next\";this.frame.appendChild(this.frame.next);this.frame.bar=document.createElement(\"INPUT\");this.frame.bar.type=\"BUTTON\";this.frame.bar.style.position=\"absolute\";this.frame.bar.style.border=\"1px solid red\";this.frame.bar.style.width=\"100px\";this.frame.bar.style.height=\"6px\";this.frame.bar.style.borderRadius=\"2px\";this.frame.bar.style.MozBorderRadius=\"2px\";this.frame.bar.style.border=\"1px solid #7F7F7F\";this.frame.bar.style.backgroundColor=\"#E5E5E5\";this.frame.appendChild(this.frame.bar);this.frame.slide=document.createElement(\"INPUT\");this.frame.slide.type=\"BUTTON\";this.frame.slide.style.margin=\"0px\";this.frame.slide.value=\" \";this.frame.slide.style.position=\"relative\";this.frame.slide.style.left=\"-100px\";this.frame.appendChild(this.frame.slide);var me=this;this.frame.slide.onmousedown=function(event){me._onMouseDown(event)};this.frame.prev.onclick=function(event){me.prev(event)};this.frame.play.onclick=function(event){me.togglePlay(event)};this.frame.next.onclick=function(event){me.next(event)}}this.onChangeCallback=undefined;this.values=[];this.index=undefined;this.playTimeout=undefined;this.playInterval=1e3;this.playLoop=true}Slider.prototype.prev=function(){var index=this.getIndex();if(index>0){index--;this.setIndex(index)}};Slider.prototype.next=function(){var index=this.getIndex();if(index<this.values.length-1){index++;this.setIndex(index)}};Slider.prototype.playNext=function(){var start=new Date;var index=this.getIndex();if(index<this.values.length-1){index++;this.setIndex(index)}else if(this.playLoop){index=0;this.setIndex(index)}var end=new Date;var diff=end-start;var interval=Math.max(this.playInterval-diff,0);var me=this;this.playTimeout=setTimeout(function(){me.playNext()},interval)};Slider.prototype.togglePlay=function(){if(this.playTimeout===undefined){this.play()}else{this.stop()}};Slider.prototype.play=function(){if(this.playTimeout)return;this.playNext();if(this.frame){this.frame.play.value=\"Stop\"}};Slider.prototype.stop=function(){clearInterval(this.playTimeout);this.playTimeout=undefined;if(this.frame){this.frame.play.value=\"Play\"}};Slider.prototype.setOnChangeCallback=function(callback){this.onChangeCallback=callback};Slider.prototype.setPlayInterval=function(interval){this.playInterval=interval};Slider.prototype.getPlayInterval=function(interval){return this.playInterval};Slider.prototype.setPlayLoop=function(doLoop){this.playLoop=doLoop};Slider.prototype.onChange=function(){if(this.onChangeCallback!==undefined){this.onChangeCallback()}};Slider.prototype.redraw=function(){if(this.frame){this.frame.bar.style.top=this.frame.clientHeight/2-this.frame.bar.offsetHeight/2+\"px\";this.frame.bar.style.width=this.frame.clientWidth-this.frame.prev.clientWidth-this.frame.play.clientWidth-this.frame.next.clientWidth-30+\"px\";var left=this.indexToLeft(this.index);this.frame.slide.style.left=left+\"px\"}};Slider.prototype.setValues=function(values){this.values=values;if(this.values.length>0)this.setIndex(0);else this.index=undefined};Slider.prototype.setIndex=function(index){if(index<this.values.length){this.index=index;this.redraw();this.onChange()}else{throw\"Error: index out of range\"}};Slider.prototype.getIndex=function(){return this.index};Slider.prototype.get=function(){return this.values[this.index]};Slider.prototype._onMouseDown=function(event){var leftButtonDown=event.which?event.which===1:event.button===1;if(!leftButtonDown)return;this.startClientX=event.clientX;this.startSlideX=parseFloat(this.frame.slide.style.left);this.frame.style.cursor=\"move\";var me=this;this.onmousemove=function(event){me._onMouseMove(event)};this.onmouseup=function(event){me._onMouseUp(event)};util.addEventListener(document,\"mousemove\",this.onmousemove);util.addEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault(event)};Slider.prototype.leftToIndex=function(left){var width=parseFloat(this.frame.bar.style.width)-this.frame.slide.clientWidth-10;var x=left-3;var index=Math.round(x/width*(this.values.length-1));if(index<0)index=0;if(index>this.values.length-1)index=this.values.length-1;return index};Slider.prototype.indexToLeft=function(index){var width=parseFloat(this.frame.bar.style.width)-this.frame.slide.clientWidth-10;var x=index/(this.values.length-1)*width;var left=x+3;return left};Slider.prototype._onMouseMove=function(event){var diff=event.clientX-this.startClientX;var x=this.startSlideX+diff;var index=this.leftToIndex(x);this.setIndex(index);util.preventDefault()};Slider.prototype._onMouseUp=function(event){this.frame.style.cursor=\"auto\";util.removeEventListener(document,\"mousemove\",this.onmousemove);util.removeEventListener(document,\"mouseup\",this.onmouseup);util.preventDefault()};module.exports=Slider},function(module,exports){\"use strict\";function StepNumber(start,end,step,prettyStep){this._start=0;this._end=0;this._step=1;this.prettyStep=true;this.precision=5;this._current=0;this.setRange(start,end,step,prettyStep)}StepNumber.prototype.setRange=function(start,end,step,prettyStep){this._start=start?start:0;this._end=end?end:0;this.setStep(step,prettyStep)};StepNumber.prototype.setStep=function(step,prettyStep){if(step===undefined||step<=0)return;if(prettyStep!==undefined)this.prettyStep=prettyStep;if(this.prettyStep===true)this._step=StepNumber.calculatePrettyStep(step);else this._step=step};StepNumber.calculatePrettyStep=function(step){var log10=function log10(x){return Math.log(x)/Math.LN10};var step1=Math.pow(10,Math.round(log10(step))),step2=2*Math.pow(10,Math.round(log10(step/2))),step5=5*Math.pow(10,Math.round(log10(step/5)));var prettyStep=step1;if(Math.abs(step2-step)<=Math.abs(prettyStep-step))prettyStep=step2;if(Math.abs(step5-step)<=Math.abs(prettyStep-step))prettyStep=step5;if(prettyStep<=0){prettyStep=1}return prettyStep};StepNumber.prototype.getCurrent=function(){return parseFloat(this._current.toPrecision(this.precision))};StepNumber.prototype.getStep=function(){return this._step};StepNumber.prototype.start=function(){this._current=this._start-this._start%this._step};StepNumber.prototype.next=function(){this._current+=this._step};StepNumber.prototype.end=function(){return this._current>this._end};module.exports=StepNumber},function(module,exports,__webpack_require__){\"use strict\";var Emitter=__webpack_require__(19);var Hammer=__webpack_require__(3);var util=__webpack_require__(7);var DataSet=__webpack_require__(14);var DataView=__webpack_require__(16);var Range=__webpack_require__(29);var Core=__webpack_require__(32);var TimeAxis=__webpack_require__(41);var CurrentTime=__webpack_require__(26);var CustomTime=__webpack_require__(44);var ItemSet=__webpack_require__(33);var Configurator=__webpack_require__(45);var Validator=__webpack_require__(47)[\"default\"];var printStyle=__webpack_require__(47).printStyle;var allOptions=__webpack_require__(48).allOptions;var configureOptions=__webpack_require__(48).configureOptions;function Timeline(container,items,groups,options){if(!(this instanceof Timeline)){throw new SyntaxError(\"Constructor must be called with the new operator\")}if(!(Array.isArray(groups)||groups instanceof DataSet||groups instanceof DataView)&&groups instanceof Object){var forthArgument=options;options=groups;groups=forthArgument}var me=this;this.defaultOptions={start:null,end:null,autoResize:true,orientation:{axis:\"bottom\",item:\"bottom\"},width:null,height:null,maxHeight:null,minHeight:null};this.options=util.deepExtend({},this.defaultOptions);this._create(container);this.components=[];this.body={dom:this.dom,domProps:this.props,emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this)},hiddenDates:[],util:{getScale:function getScale(){return me.timeAxis.step.scale},getStep:function getStep(){return me.timeAxis.step.step},toScreen:me._toScreen.bind(me),toGlobalScreen:me._toGlobalScreen.bind(me),toTime:me._toTime.bind(me),toGlobalTime:me._toGlobalTime.bind(me)}};this.range=new Range(this.body);this.components.push(this.range);this.body.range=this.range;this.timeAxis=new TimeAxis(this.body);this.timeAxis2=null;this.components.push(this.timeAxis);this.currentTime=new CurrentTime(this.body);this.components.push(this.currentTime);this.itemSet=new ItemSet(this.body);this.components.push(this.itemSet);this.itemsData=null;this.groupsData=null;this.on(\"tap\",function(event){me.emit(\"click\",me.getEventProperties(event))});this.on(\"doubletap\",function(event){me.emit(\"doubleClick\",me.getEventProperties(event))});this.dom.root.oncontextmenu=function(event){me.emit(\"contextmenu\",me.getEventProperties(event))};if(options){this.setOptions(options)}if(groups){this.setGroups(groups)}if(items){this.setItems(items)}else{this._redraw()}}Timeline.prototype=new Core;Timeline.prototype._createConfigurator=function(){return new Configurator(this,this.dom.container,configureOptions)};Timeline.prototype.redraw=function(){this.itemSet&&this.itemSet.markDirty({refreshItems:true});this._redraw()};Timeline.prototype.setOptions=function(options){var errorFound=Validator.validate(options,allOptions);if(errorFound===true){console.log(\"%cErrors have been found in the supplied options object.\",printStyle)}Core.prototype.setOptions.call(this,options);if(\"type\"in options){if(options.type!==this.options.type){this.options.type=options.type;var itemsData=this.itemsData;if(itemsData){var selection=this.getSelection();this.setItems(null);this.setItems(itemsData);this.setSelection(selection)}}}};Timeline.prototype.setItems=function(items){var initialLoad=this.itemsData==null;var newDataSet;if(!items){newDataSet=null}else if(items instanceof DataSet||items instanceof DataView){newDataSet=items}else{newDataSet=new DataSet(items,{type:{start:\"Date\",end:\"Date\"}})}this.itemsData=newDataSet;this.itemSet&&this.itemSet.setItems(newDataSet);if(initialLoad){if(this.options.start!=undefined||this.options.end!=undefined){if(this.options.start==undefined||this.options.end==undefined){var range=this.getItemRange()}var start=this.options.start!=undefined?this.options.start:range.min;var end=this.options.end!=undefined?this.options.end:range.max;this.setWindow(start,end,{animation:false})}else{this.fit({animation:false})}}};Timeline.prototype.setGroups=function(groups){var newDataSet;if(!groups){newDataSet=null}else if(groups instanceof DataSet||groups instanceof DataView){newDataSet=groups}else{newDataSet=new DataSet(groups)}this.groupsData=newDataSet;this.itemSet.setGroups(newDataSet)};Timeline.prototype.setData=function(data){if(data&&data.groups){this.setGroups(data.groups)}if(data&&data.items){this.setItems(data.items)}};Timeline.prototype.setSelection=function(ids,options){this.itemSet&&this.itemSet.setSelection(ids);if(options&&options.focus){this.focus(ids,options)}};Timeline.prototype.getSelection=function(){return this.itemSet&&this.itemSet.getSelection()||[]};Timeline.prototype.focus=function(id,options){if(!this.itemsData||id==undefined)return;var ids=Array.isArray(id)?id:[id];var itemsData=this.itemsData.getDataSet().get(ids,{type:{start:\"Date\",end:\"Date\"}});var start=null;var end=null;itemsData.forEach(function(itemData){var s=itemData.start.valueOf();var e=\"end\"in itemData?itemData.end.valueOf():itemData.start.valueOf();if(start===null||s<start){start=s}if(end===null||e>end){end=e}});if(start!==null&&end!==null){var middle=(start+end)/2;var interval=Math.max(this.range.end-this.range.start,(end-start)*1.1);var animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(middle-interval/2,middle+interval/2,animation)}};Timeline.prototype.fit=function(options){var animation=options&&options.animation!==undefined?options.animation:true;var range=this.getItemRange();this.range.setRange(range.min,range.max,animation)};Timeline.prototype.getItemRange=function(){var _this=this;var range=this.getDataRange();var min=range.min;var max=range.max;var minItem=null;var maxItem=null;if(min!=null&&max!=null){var interval;var factor;var lhs;var rhs;var delta;(function(){var getStart=function getStart(item){return util.convert(item.data.start,\"Date\").valueOf()};var getEnd=function getEnd(item){var end=item.data.end!=undefined?item.data.end:item.data.start;return util.convert(end,\"Date\").valueOf()};interval=max-min;if(interval<=0){interval=10}factor=interval/_this.props.center.width;util.forEach(_this.itemSet.items,function(item){item.show();var start=getStart(item);var end=getEnd(item);var left=new Date(start-(item.getWidthLeft()+10)*factor);var right=new Date(end+(item.getWidthRight()+10)*factor);if(left<min){min=left;minItem=item}if(right>max){max=right;maxItem=item}}.bind(_this));if(minItem&&maxItem){lhs=minItem.getWidthLeft()+10;rhs=maxItem.getWidthRight()+10;delta=_this.props.center.width-lhs-rhs;if(delta>0){min=getStart(minItem)-lhs*interval/delta;max=getEnd(maxItem)+rhs*interval/delta}}})()}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};Timeline.prototype.getDataRange=function(){var min=null;var max=null;var dataset=this.itemsData&&this.itemsData.getDataSet();if(dataset){dataset.forEach(function(item){var start=util.convert(item.start,\"Date\").valueOf();var end=util.convert(item.end!=undefined?item.end:item.start,\"Date\").valueOf();if(min===null||start<min){min=start}if(max===null||end>max){max=start}})}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};Timeline.prototype.getEventProperties=function(event){var clientX=event.center?event.center.x:event.clientX;var clientY=event.center?event.center.y:event.clientY;var x=clientX-util.getAbsoluteLeft(this.dom.centerContainer);var y=clientY-util.getAbsoluteTop(this.dom.centerContainer);var item=this.itemSet.itemFromTarget(event);var group=this.itemSet.groupFromTarget(event);var customTime=CustomTime.customTimeFromTarget(event);var snap=this.itemSet.options.snap||null;var scale=this.body.util.getScale();var step=this.body.util.getStep();var time=this._toTime(x);var snappedTime=snap?snap(time,scale,step):time;var element=util.getTarget(event);var what=null;if(item!=null){what=\"item\"}else if(customTime!=null){what=\"custom-time\"}else if(util.hasParent(element,this.timeAxis.dom.foreground)){what=\"axis\"}else if(this.timeAxis2&&util.hasParent(element,this.timeAxis2.dom.foreground)){what=\"axis\"}else if(util.hasParent(element,this.itemSet.dom.labelSet)){what=\"group-label\"}else if(util.hasParent(element,this.currentTime.bar)){what=\"current-time\"}else if(util.hasParent(element,this.dom.center)){what=\"background\"}return{event:event,item:item?item.id:null,group:group?group.groupId:null,what:what,pageX:event.srcEvent?event.srcEvent.pageX:event.pageX,pageY:event.srcEvent?event.srcEvent.pageY:event.pageY,x:x,y:y,time:time,snappedTime:snappedTime}};module.exports=Timeline},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(7);var Component=__webpack_require__(27);var moment=__webpack_require__(8);var locales=__webpack_require__(28);function CurrentTime(body,options){this.body=body;this.defaultOptions={showCurrentTime:true,locales:locales,locale:\"en\"};this.options=util.extend({},this.defaultOptions);this.offset=0;this._create();this.setOptions(options)}CurrentTime.prototype=new Component;CurrentTime.prototype._create=function(){var bar=document.createElement(\"div\");bar.className=\"vis-current-time\";bar.style.position=\"absolute\";bar.style.top=\"0px\";bar.style.height=\"100%\";this.bar=bar};CurrentTime.prototype.destroy=function(){this.options.showCurrentTime=false;this.redraw();this.body=null};CurrentTime.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"showCurrentTime\",\"locale\",\"locales\"],this.options,options)}};CurrentTime.prototype.redraw=function(){if(this.options.showCurrentTime){var parent=this.body.dom.backgroundVertical;if(this.bar.parentNode!=parent){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}parent.appendChild(this.bar);this.start()}var now=new Date((new Date).valueOf()+this.offset);var x=this.body.util.toScreen(now);var locale=this.options.locales[this.options.locale];if(!locale){if(!this.warned){console.log(\"WARNING: options.locales['\"+this.options.locale+\"'] not found. See http://visjs.org/docs/timeline.html#Localization\");this.warned=true}locale=this.options.locales[\"en\"]}var title=locale.current+\" \"+locale.time+\": \"+moment(now).format(\"dddd, MMMM Do YYYY, H:mm:ss\");title=title.charAt(0).toUpperCase()+title.substring(1);this.bar.style.left=x+\"px\";this.bar.title=title}else{if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}this.stop()}return false};CurrentTime.prototype.start=function(){var me=this;function update(){me.stop();var scale=me.body.range.conversion(me.body.domProps.center.width).scale;var interval=1/scale/10;if(interval<30)interval=30;if(interval>1e3)interval=1e3;me.redraw();me.currentTimeTimer=setTimeout(update,interval)}update()};CurrentTime.prototype.stop=function(){if(this.currentTimeTimer!==undefined){clearTimeout(this.currentTimeTimer);delete this.currentTimeTimer}};CurrentTime.prototype.setCurrentTime=function(time){var t=util.convert(time,\"Date\").valueOf();var now=(new Date).valueOf();this.offset=t-now;this.redraw()};CurrentTime.prototype.getCurrentTime=function(){return new Date((new Date).valueOf()+this.offset)};module.exports=CurrentTime},function(module,exports){\"use strict\";function Component(body,options){this.options=null;this.props=null}Component.prototype.setOptions=function(options){if(options){util.extend(this.options,options)}};Component.prototype.redraw=function(){return false};Component.prototype.destroy=function(){};Component.prototype._isResized=function(){var resized=this.props._previousWidth!==this.props.width||this.props._previousHeight!==this.props.height;this.props._previousWidth=this.props.width;this.props._previousHeight=this.props.height;return resized};module.exports=Component},function(module,exports){\"use strict\";exports[\"en\"]={current:\"current\",time:\"time\"};exports[\"en_EN\"]=exports[\"en\"];exports[\"en_US\"]=exports[\"en\"];exports[\"nl\"]={current:\"huidige\",time:\"tijd\"};exports[\"nl_NL\"]=exports[\"nl\"];exports[\"nl_BE\"]=exports[\"nl\"]},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(7);var hammerUtil=__webpack_require__(30);var moment=__webpack_require__(8);var Component=__webpack_require__(27);var DateUtil=__webpack_require__(31);function Range(body,options){var now=moment().hours(0).minutes(0).seconds(0).milliseconds(0);this.start=now.clone().add(-3,\"days\").valueOf();this.end=now.clone().add(4,\"days\").valueOf();this.body=body;this.deltaDifference=0;this.scaleOffset=0;this.startToFront=false;this.endToFront=true;this.defaultOptions={start:null,end:null,direction:\"horizontal\",moveable:true,zoomable:true,min:null,max:null,zoomMin:10,zoomMax:1e3*60*60*24*365*1e4};this.options=util.extend({},this.defaultOptions);this.props={touch:{}};this.animationTimer=null;this.body.emitter.on(\"panstart\",this._onDragStart.bind(this));this.body.emitter.on(\"panmove\",this._onDrag.bind(this));this.body.emitter.on(\"panend\",this._onDragEnd.bind(this));this.body.emitter.on(\"mousewheel\",this._onMouseWheel.bind(this));this.body.emitter.on(\"touch\",this._onTouch.bind(this));this.body.emitter.on(\"pinch\",this._onPinch.bind(this));this.setOptions(options)}Range.prototype=new Component;Range.prototype.setOptions=function(options){if(options){var fields=[\"direction\",\"min\",\"max\",\"zoomMin\",\"zoomMax\",\"moveable\",\"zoomable\",\"activate\",\"hiddenDates\"];util.selectiveExtend(fields,this.options,options);if(\"start\"in options||\"end\"in options){this.setRange(options.start,options.end)}}};function validateDirection(direction){if(direction!=\"horizontal\"&&direction!=\"vertical\"){throw new TypeError('Unknown direction \"'+direction+'\". '+'Choose \"horizontal\" or \"vertical\".')}}Range.prototype.setRange=function(start,end,animation,byUser){if(byUser!==true){byUser=false}var finalStart=start!=undefined?util.convert(start,\"Date\").valueOf():null;var finalEnd=end!=undefined?util.convert(end,\"Date\").valueOf():null;this._cancelAnimation();if(animation){var me=this;var initStart=this.start;var initEnd=this.end;var duration=typeof animation===\"object\"&&\"duration\"in animation?animation.duration:500;var easingName=typeof animation===\"object\"&&\"easingFunction\"in animation?animation.easingFunction:\"easeInOutQuad\";var easingFunction=util.easingFunctions[easingName];if(!easingFunction){throw new Error(\"Unknown easing function \"+JSON.stringify(easingName)+\". \"+\"Choose from: \"+Object.keys(util.easingFunctions).join(\", \"))}var initTime=(new Date).valueOf();var anyChanged=false;var next=function next(){if(!me.props.touch.dragging){var now=(new Date).valueOf();var time=now-initTime;var ease=easingFunction(time/duration);var done=time>duration;var s=done||finalStart===null?finalStart:initStart+(finalStart-initStart)*ease;var e=done||finalEnd===null?finalEnd:initEnd+(finalEnd-initEnd)*ease;changed=me._applyRange(s,e);DateUtil.updateHiddenDates(me.body,me.options.hiddenDates);anyChanged=anyChanged||changed;if(changed){me.body.emitter.emit(\"rangechange\",{start:new Date(me.start),end:new Date(me.end),byUser:byUser})}if(done){if(anyChanged){me.body.emitter.emit(\"rangechanged\",{start:new Date(me.start),end:new Date(me.end),byUser:byUser})}}else{me.animationTimer=setTimeout(next,20)}}};return next()}else{var changed=this._applyRange(finalStart,finalEnd);DateUtil.updateHiddenDates(this.body,this.options.hiddenDates);if(changed){var params={start:new Date(this.start),end:new Date(this.end),byUser:byUser};this.body.emitter.emit(\"rangechange\",params);this.body.emitter.emit(\"rangechanged\",params)}}};Range.prototype._cancelAnimation=function(){if(this.animationTimer){clearTimeout(this.animationTimer);this.animationTimer=null}};Range.prototype._applyRange=function(start,end){var newStart=start!=null?util.convert(start,\"Date\").valueOf():this.start,newEnd=end!=null?util.convert(end,\"Date\").valueOf():this.end,max=this.options.max!=null?util.convert(this.options.max,\"Date\").valueOf():null,min=this.options.min!=null?util.convert(this.options.min,\"Date\").valueOf():null,diff;if(isNaN(newStart)||newStart===null){throw new Error('Invalid start \"'+start+'\"')}if(isNaN(newEnd)||newEnd===null){throw new Error('Invalid end \"'+end+'\"')}if(newEnd<newStart){newEnd=newStart}if(min!==null){if(newStart<min){diff=min-newStart;newStart+=diff;newEnd+=diff;if(max!=null){if(newEnd>max){newEnd=max}}}}if(max!==null){if(newEnd>max){diff=newEnd-max;newStart-=diff;newEnd-=diff;if(min!=null){if(newStart<min){newStart=min}}}}if(this.options.zoomMin!==null){var zoomMin=parseFloat(this.options.zoomMin);if(zoomMin<0){zoomMin=0}if(newEnd-newStart<zoomMin){if(this.end-this.start===zoomMin&&newStart>this.start&&newEnd<this.end){newStart=this.start;newEnd=this.end}else{diff=zoomMin-(newEnd-newStart);newStart-=diff/2;newEnd+=diff/2}}}if(this.options.zoomMax!==null){var zoomMax=parseFloat(this.options.zoomMax);if(zoomMax<0){zoomMax=0}if(newEnd-newStart>zoomMax){if(this.end-this.start===zoomMax&&newStart<this.start&&newEnd>this.end){newStart=this.start;newEnd=this.end}else{diff=newEnd-newStart-zoomMax;newStart+=diff/2;newEnd-=diff/2}}}var changed=this.start!=newStart||this.end!=newEnd;if(!(newStart>=this.start&&newStart<=this.end||newEnd>=this.start&&newEnd<=this.end)&&!(this.start>=newStart&&this.start<=newEnd||this.end>=newStart&&this.end<=newEnd)){this.body.emitter.emit(\"checkRangedItems\")}this.start=newStart;this.end=newEnd;return changed};Range.prototype.getRange=function(){return{start:this.start,end:this.end}};Range.prototype.conversion=function(width,totalHidden){return Range.conversion(this.start,this.end,width,totalHidden)};Range.conversion=function(start,end,width,totalHidden){if(totalHidden===undefined){totalHidden=0}if(width!=0&&end-start!=0){\nreturn{offset:start,scale:width/(end-start-totalHidden)}}else{return{offset:0,scale:1}}};Range.prototype._onDragStart=function(event){this.deltaDifference=0;this.previousDelta=0;if(!this.options.moveable)return;if(!this.props.touch.allowDragging)return;this.props.touch.start=this.start;this.props.touch.end=this.end;this.props.touch.dragging=true;if(this.body.dom.root){this.body.dom.root.style.cursor=\"move\"}};Range.prototype._onDrag=function(event){if(!this.options.moveable)return;if(!this.props.touch.allowDragging)return;var direction=this.options.direction;validateDirection(direction);var delta=direction==\"horizontal\"?event.deltaX:event.deltaY;delta-=this.deltaDifference;var interval=this.props.touch.end-this.props.touch.start;var duration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);interval-=duration;var width=direction==\"horizontal\"?this.body.domProps.center.width:this.body.domProps.center.height;var diffRange=-delta/width*interval;var newStart=this.props.touch.start+diffRange;var newEnd=this.props.touch.end+diffRange;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,this.previousDelta-delta,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,this.previousDelta-delta,true);if(safeStart!=newStart||safeEnd!=newEnd){this.deltaDifference+=delta;this.props.touch.start=safeStart;this.props.touch.end=safeEnd;this._onDrag(event);return}this.previousDelta=delta;this._applyRange(newStart,newEnd);this.body.emitter.emit(\"rangechange\",{start:new Date(this.start),end:new Date(this.end),byUser:true})};Range.prototype._onDragEnd=function(event){if(!this.options.moveable)return;if(!this.props.touch.allowDragging)return;this.props.touch.dragging=false;if(this.body.dom.root){this.body.dom.root.style.cursor=\"auto\"}this.body.emitter.emit(\"rangechanged\",{start:new Date(this.start),end:new Date(this.end),byUser:true})};Range.prototype._onMouseWheel=function(event){if(!(this.options.zoomable&&this.options.moveable))return;var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(delta){var scale;if(delta<0){scale=1-delta/5}else{scale=1/(1+delta/5)}var pointer=getPointer({x:event.clientX,y:event.clientY},this.body.dom.center);var pointerDate=this._pointerToDate(pointer);this.zoom(scale,pointerDate,delta)}event.preventDefault()};Range.prototype._onTouch=function(event){this.props.touch.start=this.start;this.props.touch.end=this.end;this.props.touch.allowDragging=true;this.props.touch.center=null;this.scaleOffset=0;this.deltaDifference=0};Range.prototype._onPinch=function(event){if(!(this.options.zoomable&&this.options.moveable))return;this.props.touch.allowDragging=false;if(!this.props.touch.center){this.props.touch.center=getPointer(event.center,this.body.dom.center)}var scale=1/(event.scale+this.scaleOffset);var centerDate=this._pointerToDate(this.props.touch.center);var hiddenDuration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);var hiddenDurationBefore=DateUtil.getHiddenDurationBefore(this.body.hiddenDates,this,centerDate);var hiddenDurationAfter=hiddenDuration-hiddenDurationBefore;var newStart=centerDate-hiddenDurationBefore+(this.props.touch.start-(centerDate-hiddenDurationBefore))*scale;var newEnd=centerDate+hiddenDurationAfter+(this.props.touch.end-(centerDate+hiddenDurationAfter))*scale;this.startToFront=1-scale<=0;this.endToFront=scale-1<=0;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,1-scale,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,scale-1,true);if(safeStart!=newStart||safeEnd!=newEnd){this.props.touch.start=safeStart;this.props.touch.end=safeEnd;this.scaleOffset=1-event.scale;newStart=safeStart;newEnd=safeEnd}this.setRange(newStart,newEnd,false,true);this.startToFront=false;this.endToFront=true};Range.prototype._pointerToDate=function(pointer){var conversion;var direction=this.options.direction;validateDirection(direction);if(direction==\"horizontal\"){return this.body.util.toTime(pointer.x).valueOf()}else{var height=this.body.domProps.center.height;conversion=this.conversion(height);return pointer.y/conversion.scale+conversion.offset}};function getPointer(touch,element){return{x:touch.x-util.getAbsoluteLeft(element),y:touch.y-util.getAbsoluteTop(element)}}Range.prototype.zoom=function(scale,center,delta){if(center==null){center=(this.start+this.end)/2}var hiddenDuration=DateUtil.getHiddenDurationBetween(this.body.hiddenDates,this.start,this.end);var hiddenDurationBefore=DateUtil.getHiddenDurationBefore(this.body.hiddenDates,this,center);var hiddenDurationAfter=hiddenDuration-hiddenDurationBefore;var newStart=center-hiddenDurationBefore+(this.start-(center-hiddenDurationBefore))*scale;var newEnd=center+hiddenDurationAfter+(this.end-(center+hiddenDurationAfter))*scale;this.startToFront=delta>0?false:true;this.endToFront=-delta>0?false:true;var safeStart=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newStart,delta,true);var safeEnd=DateUtil.snapAwayFromHidden(this.body.hiddenDates,newEnd,-delta,true);if(safeStart!=newStart||safeEnd!=newEnd){newStart=safeStart;newEnd=safeEnd}this.setRange(newStart,newEnd,false,true);this.startToFront=false;this.endToFront=true};Range.prototype.move=function(delta){var diff=this.end-this.start;var newStart=this.start+diff*delta;var newEnd=this.end+diff*delta;this.start=newStart;this.end=newEnd};Range.prototype.moveTo=function(moveTo){var center=(this.start+this.end)/2;var diff=center-moveTo;var newStart=this.start-diff;var newEnd=this.end-diff;this.setRange(newStart,newEnd)};module.exports=Range},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(3);exports.onTouch=function(hammer,callback){callback.inputHandler=function(event){if(event.isFirst&&!isTouching){callback(event);isTouching=true;setTimeout(function(){isTouching=false},0)}};hammer.on(\"hammer.input\",callback.inputHandler)};var isTouching=false;exports.onRelease=function(hammer,callback){callback.inputHandler=function(event){if(event.isFinal&&!isReleasing){callback(event);isReleasing=true;setTimeout(function(){isReleasing=false},0)}};return hammer.on(\"hammer.input\",callback.inputHandler)};var isReleasing=false;exports.offTouch=function(hammer,callback){hammer.off(\"hammer.input\",callback.inputHandler)};exports.offRelease=exports.offTouch},function(module,exports,__webpack_require__){\"use strict\";var moment=__webpack_require__(8);exports.convertHiddenOptions=function(body,hiddenDates){body.hiddenDates=[];if(hiddenDates){if(Array.isArray(hiddenDates)==true){for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].repeat===undefined){var dateItem={};dateItem.start=moment(hiddenDates[i].start).toDate().valueOf();dateItem.end=moment(hiddenDates[i].end).toDate().valueOf();body.hiddenDates.push(dateItem)}}body.hiddenDates.sort(function(a,b){return a.start-b.start})}}};exports.updateHiddenDates=function(body,hiddenDates){if(hiddenDates&&body.domProps.centerContainer.width!==undefined){exports.convertHiddenOptions(body,hiddenDates);var start=moment(body.range.start);var end=moment(body.range.end);var totalRange=body.range.end-body.range.start;var pixelTime=totalRange/body.domProps.centerContainer.width;for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].repeat!==undefined){var startDate=moment(hiddenDates[i].start);var endDate=moment(hiddenDates[i].end);if(startDate._d==\"Invalid Date\"){throw new Error(\"Supplied start date is not valid: \"+hiddenDates[i].start)}if(endDate._d==\"Invalid Date\"){throw new Error(\"Supplied end date is not valid: \"+hiddenDates[i].end)}var duration=endDate-startDate;if(duration>=4*pixelTime){var offset=0;var runUntil=end.clone();switch(hiddenDates[i].repeat){case\"daily\":if(startDate.day()!=endDate.day()){offset=1}startDate.dayOfYear(start.dayOfYear());startDate.year(start.year());startDate.subtract(7,\"days\");endDate.dayOfYear(start.dayOfYear());endDate.year(start.year());endDate.subtract(7-offset,\"days\");runUntil.add(1,\"weeks\");break;case\"weekly\":var dayOffset=endDate.diff(startDate,\"days\");var day=startDate.day();startDate.date(start.date());startDate.month(start.month());startDate.year(start.year());endDate=startDate.clone();startDate.day(day);endDate.day(day);endDate.add(dayOffset,\"days\");startDate.subtract(1,\"weeks\");endDate.subtract(1,\"weeks\");runUntil.add(1,\"weeks\");break;case\"monthly\":if(startDate.month()!=endDate.month()){offset=1}startDate.month(start.month());startDate.year(start.year());startDate.subtract(1,\"months\");endDate.month(start.month());endDate.year(start.year());endDate.subtract(1,\"months\");endDate.add(offset,\"months\");runUntil.add(1,\"months\");break;case\"yearly\":if(startDate.year()!=endDate.year()){offset=1}startDate.year(start.year());startDate.subtract(1,\"years\");endDate.year(start.year());endDate.subtract(1,\"years\");endDate.add(offset,\"years\");runUntil.add(1,\"years\");break;default:console.log(\"Wrong repeat format, allowed are: daily, weekly, monthly, yearly. Given:\",hiddenDates[i].repeat);return}while(startDate<runUntil){body.hiddenDates.push({start:startDate.valueOf(),end:endDate.valueOf()});switch(hiddenDates[i].repeat){case\"daily\":startDate.add(1,\"days\");endDate.add(1,\"days\");break;case\"weekly\":startDate.add(1,\"weeks\");endDate.add(1,\"weeks\");break;case\"monthly\":startDate.add(1,\"months\");endDate.add(1,\"months\");break;case\"yearly\":startDate.add(1,\"y\");endDate.add(1,\"y\");break;default:console.log(\"Wrong repeat format, allowed are: daily, weekly, monthly, yearly. Given:\",hiddenDates[i].repeat);return}}body.hiddenDates.push({start:startDate.valueOf(),end:endDate.valueOf()})}}}exports.removeDuplicates(body);var startHidden=exports.isHidden(body.range.start,body.hiddenDates);var endHidden=exports.isHidden(body.range.end,body.hiddenDates);var rangeStart=body.range.start;var rangeEnd=body.range.end;if(startHidden.hidden==true){rangeStart=body.range.startToFront==true?startHidden.startDate-1:startHidden.endDate+1}if(endHidden.hidden==true){rangeEnd=body.range.endToFront==true?endHidden.startDate-1:endHidden.endDate+1}if(startHidden.hidden==true||endHidden.hidden==true){body.range._applyRange(rangeStart,rangeEnd)}}};exports.removeDuplicates=function(body){var hiddenDates=body.hiddenDates;var safeDates=[];for(var i=0;i<hiddenDates.length;i++){for(var j=0;j<hiddenDates.length;j++){if(i!=j&&hiddenDates[j].remove!=true&&hiddenDates[i].remove!=true){if(hiddenDates[j].start>=hiddenDates[i].start&&hiddenDates[j].end<=hiddenDates[i].end){hiddenDates[j].remove=true}else if(hiddenDates[j].start>=hiddenDates[i].start&&hiddenDates[j].start<=hiddenDates[i].end){hiddenDates[i].end=hiddenDates[j].end;hiddenDates[j].remove=true}else if(hiddenDates[j].end>=hiddenDates[i].start&&hiddenDates[j].end<=hiddenDates[i].end){hiddenDates[i].start=hiddenDates[j].start;hiddenDates[j].remove=true}}}}for(var i=0;i<hiddenDates.length;i++){if(hiddenDates[i].remove!==true){safeDates.push(hiddenDates[i])}}body.hiddenDates=safeDates;body.hiddenDates.sort(function(a,b){return a.start-b.start})};exports.printDates=function(dates){for(var i=0;i<dates.length;i++){console.log(i,new Date(dates[i].start),new Date(dates[i].end),dates[i].start,dates[i].end,dates[i].remove)}};exports.stepOverHiddenDates=function(timeStep,previousTime){var stepInHidden=false;var currentValue=timeStep.current.valueOf();for(var i=0;i<timeStep.hiddenDates.length;i++){var startDate=timeStep.hiddenDates[i].start;var endDate=timeStep.hiddenDates[i].end;if(currentValue>=startDate&¤tValue<endDate){stepInHidden=true;break}}if(stepInHidden==true&¤tValue<timeStep._end.valueOf()&¤tValue!=previousTime){var prevValue=moment(previousTime);var newValue=moment(endDate);if(prevValue.year()!=newValue.year()){timeStep.switchedYear=true}else if(prevValue.month()!=newValue.month()){timeStep.switchedMonth=true}else if(prevValue.dayOfYear()!=newValue.dayOfYear()){timeStep.switchedDay=true}timeStep.current=newValue.toDate()}};exports.toScreen=function(Core,time,width){if(Core.body.hiddenDates.length==0){var conversion=Core.range.conversion(width);return(time.valueOf()-conversion.offset)*conversion.scale}else{var hidden=exports.isHidden(time,Core.body.hiddenDates);if(hidden.hidden==true){time=hidden.startDate}var duration=exports.getHiddenDurationBetween(Core.body.hiddenDates,Core.range.start,Core.range.end);time=exports.correctTimeForHidden(Core.body.hiddenDates,Core.range,time);var conversion=Core.range.conversion(width,duration);return(time.valueOf()-conversion.offset)*conversion.scale}};exports.toTime=function(Core,x,width){if(Core.body.hiddenDates.length==0){var conversion=Core.range.conversion(width);return new Date(x/conversion.scale+conversion.offset)}else{var hiddenDuration=exports.getHiddenDurationBetween(Core.body.hiddenDates,Core.range.start,Core.range.end);var totalDuration=Core.range.end-Core.range.start-hiddenDuration;var partialDuration=totalDuration*x/width;var accumulatedHiddenDuration=exports.getAccumulatedHiddenDuration(Core.body.hiddenDates,Core.range,partialDuration);var newTime=new Date(accumulatedHiddenDuration+partialDuration+Core.range.start);return newTime}};exports.getHiddenDurationBetween=function(hiddenDates,start,end){var duration=0;for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=start&&endDate<end){duration+=endDate-startDate}}return duration};exports.correctTimeForHidden=function(hiddenDates,range,time){time=moment(time).toDate().valueOf();time-=exports.getHiddenDurationBefore(hiddenDates,range,time);return time};exports.getHiddenDurationBefore=function(hiddenDates,range,time){var timeOffset=0;time=moment(time).toDate().valueOf();for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=range.start&&endDate<range.end){if(time>=endDate){timeOffset+=endDate-startDate}}}return timeOffset};exports.getAccumulatedHiddenDuration=function(hiddenDates,range,requiredDuration){var hiddenDuration=0;var duration=0;var previousPoint=range.start;for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(startDate>=range.start&&endDate<range.end){duration+=startDate-previousPoint;previousPoint=endDate;if(duration>=requiredDuration){break}else{hiddenDuration+=endDate-startDate}}}return hiddenDuration};exports.snapAwayFromHidden=function(hiddenDates,time,direction,correctionEnabled){var isHidden=exports.isHidden(time,hiddenDates);if(isHidden.hidden==true){if(direction<0){if(correctionEnabled==true){return isHidden.startDate-(isHidden.endDate-time)-1}else{return isHidden.startDate-1}}else{if(correctionEnabled==true){return isHidden.endDate+(time-isHidden.startDate)+1}else{return isHidden.endDate+1}}}else{return time}};exports.isHidden=function(time,hiddenDates){for(var i=0;i<hiddenDates.length;i++){var startDate=hiddenDates[i].start;var endDate=hiddenDates[i].end;if(time>=startDate&&time<endDate){return{hidden:true,startDate:startDate,endDate:endDate};break}}return{hidden:false,startDate:startDate,endDate:endDate}}},function(module,exports,__webpack_require__){\"use strict\";var Emitter=__webpack_require__(19);var Hammer=__webpack_require__(3);var hammerUtil=__webpack_require__(30);var util=__webpack_require__(7);var DataSet=__webpack_require__(14);var DataView=__webpack_require__(16);var Range=__webpack_require__(29);var ItemSet=__webpack_require__(33);var TimeAxis=__webpack_require__(41);var Activator=__webpack_require__(42);var DateUtil=__webpack_require__(31);var CustomTime=__webpack_require__(44);function Core(){}Emitter(Core.prototype);Core.prototype._create=function(container){this.dom={};this.dom.container=container;this.dom.root=document.createElement(\"div\");this.dom.background=document.createElement(\"div\");this.dom.backgroundVertical=document.createElement(\"div\");this.dom.backgroundHorizontal=document.createElement(\"div\");this.dom.centerContainer=document.createElement(\"div\");this.dom.leftContainer=document.createElement(\"div\");this.dom.rightContainer=document.createElement(\"div\");this.dom.center=document.createElement(\"div\");this.dom.left=document.createElement(\"div\");this.dom.right=document.createElement(\"div\");this.dom.top=document.createElement(\"div\");this.dom.bottom=document.createElement(\"div\");this.dom.shadowTop=document.createElement(\"div\");this.dom.shadowBottom=document.createElement(\"div\");this.dom.shadowTopLeft=document.createElement(\"div\");this.dom.shadowBottomLeft=document.createElement(\"div\");this.dom.shadowTopRight=document.createElement(\"div\");this.dom.shadowBottomRight=document.createElement(\"div\");this.dom.root.className=\"vis-timeline\";this.dom.background.className=\"vis-panel vis-background\";this.dom.backgroundVertical.className=\"vis-panel vis-background vis-vertical\";this.dom.backgroundHorizontal.className=\"vis-panel vis-background vis-horizontal\";this.dom.centerContainer.className=\"vis-panel vis-center\";this.dom.leftContainer.className=\"vis-panel vis-left\";this.dom.rightContainer.className=\"vis-panel vis-right\";this.dom.top.className=\"vis-panel vis-top\";this.dom.bottom.className=\"vis-panel vis-bottom\";this.dom.left.className=\"vis-content\";this.dom.center.className=\"vis-content\";this.dom.right.className=\"vis-content\";this.dom.shadowTop.className=\"vis-shadow vis-top\";this.dom.shadowBottom.className=\"vis-shadow vis-bottom\";this.dom.shadowTopLeft.className=\"vis-shadow vis-top\";this.dom.shadowBottomLeft.className=\"vis-shadow vis-bottom\";this.dom.shadowTopRight.className=\"vis-shadow vis-top\";this.dom.shadowBottomRight.className=\"vis-shadow vis-bottom\";this.dom.root.appendChild(this.dom.background);this.dom.root.appendChild(this.dom.backgroundVertical);this.dom.root.appendChild(this.dom.backgroundHorizontal);this.dom.root.appendChild(this.dom.centerContainer);this.dom.root.appendChild(this.dom.leftContainer);this.dom.root.appendChild(this.dom.rightContainer);this.dom.root.appendChild(this.dom.top);this.dom.root.appendChild(this.dom.bottom);this.dom.centerContainer.appendChild(this.dom.center);this.dom.leftContainer.appendChild(this.dom.left);this.dom.rightContainer.appendChild(this.dom.right);this.dom.centerContainer.appendChild(this.dom.shadowTop);this.dom.centerContainer.appendChild(this.dom.shadowBottom);this.dom.leftContainer.appendChild(this.dom.shadowTopLeft);this.dom.leftContainer.appendChild(this.dom.shadowBottomLeft);this.dom.rightContainer.appendChild(this.dom.shadowTopRight);this.dom.rightContainer.appendChild(this.dom.shadowBottomRight);this.on(\"rangechange\",this.redraw.bind(this));this.on(\"touch\",this._onTouch.bind(this));this.on(\"pan\",this._onDrag.bind(this));var me=this;this.on(\"change\",function(properties){if(properties&&properties.queue==true){if(!me._redrawTimer){me._redrawTimer=setTimeout(function(){me._redrawTimer=null;me._redraw()},0)}}else{me._redraw()}});this.hammer=new Hammer(this.dom.root);this.hammer.get(\"pinch\").set({enable:true});this.hammer.get(\"pan\").set({threshold:5,direction:30});this.listeners={};var events=[\"tap\",\"doubletap\",\"press\",\"pinch\",\"pan\",\"panstart\",\"panmove\",\"panend\"];events.forEach(function(type){var listener=function listener(event){if(me.isActive()){me.emit(type,event)}};me.hammer.on(type,listener);me.listeners[type]=listener});hammerUtil.onTouch(this.hammer,function(event){me.emit(\"touch\",event)}.bind(this));hammerUtil.onRelease(this.hammer,function(event){me.emit(\"release\",event)}.bind(this));function onMouseWheel(event){if(me.isActive()){me.emit(\"mousewheel\",event)}}this.dom.root.addEventListener(\"mousewheel\",onMouseWheel);this.dom.root.addEventListener(\"DOMMouseScroll\",onMouseWheel);this.props={root:{},background:{},centerContainer:{},leftContainer:{},rightContainer:{},center:{},left:{},right:{},top:{},bottom:{},border:{},scrollTop:0,scrollTopMin:0};this.customTimes=[];this.touch={};this.redrawCount=0;if(!container)throw new Error(\"No container provided\");container.appendChild(this.dom.root)};Core.prototype.setOptions=function(options){if(options){var fields=[\"width\",\"height\",\"minHeight\",\"maxHeight\",\"autoResize\",\"start\",\"end\",\"clickToUse\",\"dataAttributes\",\"hiddenDates\"];util.selectiveExtend(fields,this.options,options);if(\"orientation\"in options){if(typeof options.orientation===\"string\"){this.options.orientation={item:options.orientation,axis:options.orientation}}else if(typeof options.orientation===\"object\"){if(\"item\"in options.orientation){this.options.orientation.item=options.orientation.item}if(\"axis\"in options.orientation){this.options.orientation.axis=options.orientation.axis}}}if(this.options.orientation.axis===\"both\"){if(!this.timeAxis2){var timeAxis2=this.timeAxis2=new TimeAxis(this.body);timeAxis2.setOptions=function(options){var _options=options?util.extend({},options):{};_options.orientation=\"top\";TimeAxis.prototype.setOptions.call(timeAxis2,_options)};this.components.push(timeAxis2)}}else{if(this.timeAxis2){var index=this.components.indexOf(this.timeAxis2);if(index!==-1){this.components.splice(index,1)}this.timeAxis2.destroy();this.timeAxis2=null}}if(typeof options.drawPoints==\"function\"){options.drawPoints={onRender:options.drawPoints}}if(\"hiddenDates\"in this.options){DateUtil.convertHiddenOptions(this.body,this.options.hiddenDates)}if(\"clickToUse\"in options){if(options.clickToUse){if(!this.activator){this.activator=new Activator(this.dom.root)}}else{if(this.activator){this.activator.destroy();delete this.activator}}}if(\"showCustomTime\"in options){throw new Error(\"Option `showCustomTime` is deprecated. Create a custom time bar via timeline.addCustomTime(time [, id])\")}this._initAutoResize()}this.components.forEach(function(component){return component.setOptions(options)});if(\"configure\"in options){if(!this.configurator){this.configurator=this._createConfigurator()}this.configurator.setOptions(options.configure);var appliedOptions=util.deepExtend({},this.options);this.components.forEach(function(component){util.deepExtend(appliedOptions,component.options)});this.configurator.setModuleOptions({global:appliedOptions})}this._redraw()};Core.prototype.isActive=function(){return!this.activator||this.activator.active};Core.prototype.destroy=function(){this.setItems(null);this.setGroups(null);this.off();this._stopAutoResize();if(this.dom.root.parentNode){this.dom.root.parentNode.removeChild(this.dom.root)}this.dom=null;if(this.activator){this.activator.destroy();delete this.activator}for(var event in this.listeners){if(this.listeners.hasOwnProperty(event)){delete this.listeners[event]}}this.listeners=null;this.hammer=null;this.components.forEach(function(component){return component.destroy()});this.body=null};Core.prototype.setCustomTime=function(time,id){var customTimes=this.customTimes.filter(function(component){return id===component.options.id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+JSON.stringify(id))}if(customTimes.length>0){customTimes[0].setCustomTime(time)}};Core.prototype.getCustomTime=function(id){var customTimes=this.customTimes.filter(function(component){return component.options.id===id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+JSON.stringify(id))}return customTimes[0].getCustomTime()};Core.prototype.addCustomTime=function(time,id){var timestamp=time!==undefined?util.convert(time,\"Date\").valueOf():new Date;var exists=this.customTimes.some(function(customTime){return customTime.options.id===id});if(exists){throw new Error(\"A custom time with id \"+JSON.stringify(id)+\" already exists\")}var customTime=new CustomTime(this.body,{time:timestamp,id:id});this.customTimes.push(customTime);this.components.push(customTime);this.redraw();return id};Core.prototype.removeCustomTime=function(id){var customTimes=this.customTimes.filter(function(bar){return bar.options.id===id});if(customTimes.length===0){throw new Error(\"No custom time bar found with id \"+JSON.stringify(id))}customTimes.forEach(function(customTime){this.customTimes.splice(this.customTimes.indexOf(customTime),1);this.components.splice(this.components.indexOf(customTime),1);customTime.destroy()}.bind(this))};Core.prototype.getVisibleItems=function(){return this.itemSet&&this.itemSet.getVisibleItems()||[]};Core.prototype.fit=function(options){var range=this.getDataRange();if(range.min===null&&range.max===null){return}var interval=range.max-range.min;var min=new Date(range.min.valueOf()-interval*.01);var max=new Date(range.max.valueOf()+interval*.01);var animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(min,max,animation)};Core.prototype.getDataRange=function(){throw new Error(\"Cannot invoke abstract method getDataRange\")};Core.prototype.setWindow=function(start,end,options){var animation;if(arguments.length==1){var range=arguments[0];animation=range.animation!==undefined?range.animation:true;this.range.setRange(range.start,range.end,animation)}else{animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(start,end,animation)}};Core.prototype.moveTo=function(time,options){var interval=this.range.end-this.range.start;var t=util.convert(time,\"Date\").valueOf();var start=t-interval/2;var end=t+interval/2;var animation=options&&options.animation!==undefined?options.animation:true;this.range.setRange(start,end,animation)};Core.prototype.getWindow=function(){var range=this.range.getRange();return{start:new Date(range.start),end:new Date(range.end)}};Core.prototype.redraw=function(){this._redraw()};Core.prototype._redraw=function(){var resized=false;var options=this.options;var props=this.props;var dom=this.dom;if(!dom)return;DateUtil.updateHiddenDates(this.body,this.options.hiddenDates);if(options.orientation==\"top\"){util.addClassName(dom.root,\"vis-top\");util.removeClassName(dom.root,\"vis-bottom\")}else{util.removeClassName(dom.root,\"vis-top\");util.addClassName(dom.root,\"vis-bottom\")}dom.root.style.maxHeight=util.option.asSize(options.maxHeight,\"\");dom.root.style.minHeight=util.option.asSize(options.minHeight,\"\");dom.root.style.width=util.option.asSize(options.width,\"\");props.border.left=(dom.centerContainer.offsetWidth-dom.centerContainer.clientWidth)/2;props.border.right=props.border.left;props.border.top=(dom.centerContainer.offsetHeight-dom.centerContainer.clientHeight)/2;props.border.bottom=props.border.top;var borderRootHeight=dom.root.offsetHeight-dom.root.clientHeight;var borderRootWidth=dom.root.offsetWidth-dom.root.clientWidth;if(dom.centerContainer.clientHeight===0){props.border.left=props.border.top;props.border.right=props.border.left}if(dom.root.clientHeight===0){borderRootWidth=borderRootHeight}props.center.height=dom.center.offsetHeight;props.left.height=dom.left.offsetHeight;props.right.height=dom.right.offsetHeight;props.top.height=dom.top.clientHeight||-props.border.top;props.bottom.height=dom.bottom.clientHeight||-props.border.bottom;var contentHeight=Math.max(props.left.height,props.center.height,props.right.height);var autoHeight=props.top.height+contentHeight+props.bottom.height+borderRootHeight+props.border.top+props.border.bottom;dom.root.style.height=util.option.asSize(options.height,autoHeight+\"px\");props.root.height=dom.root.offsetHeight;props.background.height=props.root.height-borderRootHeight;var containerHeight=props.root.height-props.top.height-props.bottom.height-borderRootHeight;props.centerContainer.height=containerHeight;props.leftContainer.height=containerHeight;props.rightContainer.height=props.leftContainer.height;props.root.width=dom.root.offsetWidth;props.background.width=props.root.width-borderRootWidth;props.left.width=dom.leftContainer.clientWidth||-props.border.left;props.leftContainer.width=props.left.width;props.right.width=dom.rightContainer.clientWidth||-props.border.right;props.rightContainer.width=props.right.width;var centerWidth=props.root.width-props.left.width-props.right.width-borderRootWidth;props.center.width=centerWidth;props.centerContainer.width=centerWidth;props.top.width=centerWidth;props.bottom.width=centerWidth;dom.background.style.height=props.background.height+\"px\";dom.backgroundVertical.style.height=props.background.height+\"px\";dom.backgroundHorizontal.style.height=props.centerContainer.height+\"px\";dom.centerContainer.style.height=props.centerContainer.height+\"px\";dom.leftContainer.style.height=props.leftContainer.height+\"px\";dom.rightContainer.style.height=props.rightContainer.height+\"px\";dom.background.style.width=props.background.width+\"px\";dom.backgroundVertical.style.width=props.centerContainer.width+\"px\";dom.backgroundHorizontal.style.width=props.background.width+\"px\";dom.centerContainer.style.width=props.center.width+\"px\";dom.top.style.width=props.top.width+\"px\";dom.bottom.style.width=props.bottom.width+\"px\";dom.background.style.left=\"0\";dom.background.style.top=\"0\";dom.backgroundVertical.style.left=props.left.width+props.border.left+\"px\";dom.backgroundVertical.style.top=\"0\";dom.backgroundHorizontal.style.left=\"0\";dom.backgroundHorizontal.style.top=props.top.height+\"px\";dom.centerContainer.style.left=props.left.width+\"px\";dom.centerContainer.style.top=props.top.height+\"px\";dom.leftContainer.style.left=\"0\";dom.leftContainer.style.top=props.top.height+\"px\";dom.rightContainer.style.left=props.left.width+props.center.width+\"px\";dom.rightContainer.style.top=props.top.height+\"px\";dom.top.style.left=props.left.width+\"px\";dom.top.style.top=\"0\";dom.bottom.style.left=props.left.width+\"px\";dom.bottom.style.top=props.top.height+props.centerContainer.height+\"px\";this._updateScrollTop();var offset=this.props.scrollTop;if(options.orientation.item!=\"top\"){offset+=Math.max(this.props.centerContainer.height-this.props.center.height-this.props.border.top-this.props.border.bottom,0)}dom.center.style.left=\"0\";dom.center.style.top=offset+\"px\";dom.left.style.left=\"0\";dom.left.style.top=offset+\"px\";dom.right.style.left=\"0\";dom.right.style.top=offset+\"px\";var visibilityTop=this.props.scrollTop==0?\"hidden\":\"\";var visibilityBottom=this.props.scrollTop==this.props.scrollTopMin?\"hidden\":\"\";dom.shadowTop.style.visibility=visibilityTop;dom.shadowBottom.style.visibility=visibilityBottom;dom.shadowTopLeft.style.visibility=visibilityTop;dom.shadowBottomLeft.style.visibility=visibilityBottom;dom.shadowTopRight.style.visibility=visibilityTop;dom.shadowBottomRight.style.visibility=visibilityBottom;this.components.forEach(function(component){resized=component.redraw()||resized});if(resized){var MAX_REDRAWS=3;if(this.redrawCount<MAX_REDRAWS){this.redrawCount++;this._redraw()}else{console.log(\"WARNING: infinite loop in redraw?\")}this.redrawCount=0}};Core.prototype.repaint=function(){throw new Error(\"Function repaint is deprecated. Use redraw instead.\")};Core.prototype.setCurrentTime=function(time){if(!this.currentTime){throw new Error(\"Option showCurrentTime must be true\")}this.currentTime.setCurrentTime(time)};Core.prototype.getCurrentTime=function(){if(!this.currentTime){throw new Error(\"Option showCurrentTime must be true\")}return this.currentTime.getCurrentTime()};Core.prototype._toTime=function(x){return DateUtil.toTime(this,x,this.props.center.width)};Core.prototype._toGlobalTime=function(x){return DateUtil.toTime(this,x,this.props.root.width)};Core.prototype._toScreen=function(time){return DateUtil.toScreen(this,time,this.props.center.width)};Core.prototype._toGlobalScreen=function(time){return DateUtil.toScreen(this,time,this.props.root.width)};Core.prototype._initAutoResize=function(){if(this.options.autoResize==true){this._startAutoResize()}else{this._stopAutoResize()}};Core.prototype._startAutoResize=function(){var me=this;this._stopAutoResize();this._onResize=function(){if(me.options.autoResize!=true){me._stopAutoResize();return}if(me.dom.root){if(me.dom.root.offsetWidth!=me.props.lastWidth||me.dom.root.offsetHeight!=me.props.lastHeight){me.props.lastWidth=me.dom.root.offsetWidth;me.props.lastHeight=me.dom.root.offsetHeight;me.emit(\"change\")}}};util.addEventListener(window,\"resize\",this._onResize);this.watchTimer=setInterval(this._onResize,1e3)};Core.prototype._stopAutoResize=function(){\nif(this.watchTimer){clearInterval(this.watchTimer);this.watchTimer=undefined}util.removeEventListener(window,\"resize\",this._onResize);this._onResize=null};Core.prototype._onTouch=function(event){this.touch.allowDragging=true;this.touch.initialScrollTop=this.props.scrollTop};Core.prototype._onPinch=function(event){this.touch.allowDragging=false};Core.prototype._onDrag=function(event){if(!this.touch.allowDragging)return;var delta=event.deltaY;var oldScrollTop=this._getScrollTop();var newScrollTop=this._setScrollTop(this.touch.initialScrollTop+delta);if(newScrollTop!=oldScrollTop){this._redraw();this.emit(\"verticalDrag\")}};Core.prototype._setScrollTop=function(scrollTop){this.props.scrollTop=scrollTop;this._updateScrollTop();return this.props.scrollTop};Core.prototype._updateScrollTop=function(){var scrollTopMin=Math.min(this.props.centerContainer.height-this.props.center.height,0);if(scrollTopMin!=this.props.scrollTopMin){if(this.options.orientation.item!=\"top\"){this.props.scrollTop+=scrollTopMin-this.props.scrollTopMin}this.props.scrollTopMin=scrollTopMin}if(this.props.scrollTop>0)this.props.scrollTop=0;if(this.props.scrollTop<scrollTopMin)this.props.scrollTop=scrollTopMin;return this.props.scrollTop};Core.prototype._getScrollTop=function(){return this.props.scrollTop};Core.prototype._createConfigurator=function(){throw new Error(\"Cannot invoke abstract method _createConfigurator\")};module.exports=Core},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(3);var util=__webpack_require__(7);var DataSet=__webpack_require__(14);var DataView=__webpack_require__(16);var TimeStep=__webpack_require__(37);var Component=__webpack_require__(27);var Group=__webpack_require__(34);var BackgroundGroup=__webpack_require__(38);var BoxItem=__webpack_require__(39);var PointItem=__webpack_require__(1);var RangeItem=__webpack_require__(36);var BackgroundItem=__webpack_require__(40);var UNGROUPED=\"__ungrouped__\";var BACKGROUND=\"__background__\";function ItemSet(body,options){this.body=body;this.defaultOptions={type:null,orientation:{item:\"bottom\"},align:\"auto\",stack:true,groupOrder:null,selectable:true,multiselect:false,editable:{updateTime:false,updateGroup:false,add:false,remove:false},snap:TimeStep.snap,onAdd:function onAdd(item,callback){callback(item)},onUpdate:function onUpdate(item,callback){callback(item)},onMove:function onMove(item,callback){callback(item)},onRemove:function onRemove(item,callback){callback(item)},onMoving:function onMoving(item,callback){callback(item)},margin:{item:{horizontal:10,vertical:10},axis:20}};this.options=util.extend({},this.defaultOptions);this.itemOptions={type:{start:\"Date\",end:\"Date\"}};this.conversion={toScreen:body.util.toScreen,toTime:body.util.toTime};this.dom={};this.props={};this.hammer=null;var me=this;this.itemsData=null;this.groupsData=null;this.itemListeners={add:function add(event,params,senderId){me._onAdd(params.items)},update:function update(event,params,senderId){me._onUpdate(params.items)},remove:function remove(event,params,senderId){me._onRemove(params.items)}};this.groupListeners={add:function add(event,params,senderId){me._onAddGroups(params.items)},update:function update(event,params,senderId){me._onUpdateGroups(params.items)},remove:function remove(event,params,senderId){me._onRemoveGroups(params.items)}};this.items={};this.groups={};this.groupIds=[];this.selection=[];this.stackDirty=true;this.touchParams={};this._create();this.setOptions(options)}ItemSet.prototype=new Component;ItemSet.types={background:BackgroundItem,box:BoxItem,range:RangeItem,point:PointItem};ItemSet.prototype._create=function(){var frame=document.createElement(\"div\");frame.className=\"vis-itemset\";frame[\"timeline-itemset\"]=this;this.dom.frame=frame;var background=document.createElement(\"div\");background.className=\"vis-background\";frame.appendChild(background);this.dom.background=background;var foreground=document.createElement(\"div\");foreground.className=\"vis-foreground\";frame.appendChild(foreground);this.dom.foreground=foreground;var axis=document.createElement(\"div\");axis.className=\"vis-axis\";this.dom.axis=axis;var labelSet=document.createElement(\"div\");labelSet.className=\"vis-labelset\";this.dom.labelSet=labelSet;this._updateUngrouped();var backgroundGroup=new BackgroundGroup(BACKGROUND,null,this);backgroundGroup.show();this.groups[BACKGROUND]=backgroundGroup;this.hammer=new Hammer(this.body.dom.centerContainer);this.hammer.on(\"hammer.input\",function(event){if(event.isFirst){this._onTouch(event)}}.bind(this));this.hammer.on(\"panstart\",this._onDragStart.bind(this));this.hammer.on(\"panmove\",this._onDrag.bind(this));this.hammer.on(\"panend\",this._onDragEnd.bind(this));this.hammer.get(\"pan\").set({threshold:5,direction:30});this.hammer.on(\"tap\",this._onSelectItem.bind(this));this.hammer.on(\"press\",this._onMultiSelectItem.bind(this));this.hammer.on(\"doubletap\",this._onAddItem.bind(this));this.show()};ItemSet.prototype.setOptions=function(options){if(options){var fields=[\"type\",\"align\",\"order\",\"stack\",\"selectable\",\"multiselect\",\"groupOrder\",\"dataAttributes\",\"template\",\"hide\",\"snap\"];util.selectiveExtend(fields,this.options,options);if(\"orientation\"in options){if(typeof options.orientation===\"string\"){this.options.orientation.item=options.orientation===\"top\"?\"top\":\"bottom\"}else if(typeof options.orientation===\"object\"&&\"item\"in options.orientation){this.options.orientation.item=options.orientation.item}}if(\"margin\"in options){if(typeof options.margin===\"number\"){this.options.margin.axis=options.margin;this.options.margin.item.horizontal=options.margin;this.options.margin.item.vertical=options.margin}else if(typeof options.margin===\"object\"){util.selectiveExtend([\"axis\"],this.options.margin,options.margin);if(\"item\"in options.margin){if(typeof options.margin.item===\"number\"){this.options.margin.item.horizontal=options.margin.item;this.options.margin.item.vertical=options.margin.item}else if(typeof options.margin.item===\"object\"){util.selectiveExtend([\"horizontal\",\"vertical\"],this.options.margin.item,options.margin.item)}}}}if(\"editable\"in options){if(typeof options.editable===\"boolean\"){this.options.editable.updateTime=options.editable;this.options.editable.updateGroup=options.editable;this.options.editable.add=options.editable;this.options.editable.remove=options.editable}else if(typeof options.editable===\"object\"){util.selectiveExtend([\"updateTime\",\"updateGroup\",\"add\",\"remove\"],this.options.editable,options.editable)}}var addCallback=function(name){var fn=options[name];if(fn){if(!(fn instanceof Function)){throw new Error(\"option \"+name+\" must be a function \"+name+\"(item, callback)\")}this.options[name]=fn}}.bind(this);[\"onAdd\",\"onUpdate\",\"onRemove\",\"onMove\",\"onMoving\"].forEach(addCallback);this.markDirty()}};ItemSet.prototype.markDirty=function(options){this.groupIds=[];this.stackDirty=true;if(options&&options.refreshItems){util.forEach(this.items,function(item){item.dirty=true;if(item.displayed)item.redraw()})}};ItemSet.prototype.destroy=function(){this.hide();this.setItems(null);this.setGroups(null);this.hammer=null;this.body=null;this.conversion=null};ItemSet.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}if(this.dom.axis.parentNode){this.dom.axis.parentNode.removeChild(this.dom.axis)}if(this.dom.labelSet.parentNode){this.dom.labelSet.parentNode.removeChild(this.dom.labelSet)}};ItemSet.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}if(!this.dom.axis.parentNode){this.body.dom.backgroundVertical.appendChild(this.dom.axis)}if(!this.dom.labelSet.parentNode){this.body.dom.left.appendChild(this.dom.labelSet)}};ItemSet.prototype.setSelection=function(ids){var i,ii,id,item;if(ids==undefined)ids=[];if(!Array.isArray(ids))ids=[ids];for(i=0,ii=this.selection.length;i<ii;i++){id=this.selection[i];item=this.items[id];if(item)item.unselect()}this.selection=[];for(i=0,ii=ids.length;i<ii;i++){id=ids[i];item=this.items[id];if(item){this.selection.push(id);item.select()}}};ItemSet.prototype.getSelection=function(){return this.selection.concat([])};ItemSet.prototype.getVisibleItems=function(){var range=this.body.range.getRange();var left=this.body.util.toScreen(range.start);var right=this.body.util.toScreen(range.end);var ids=[];for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){var group=this.groups[groupId];var rawVisibleItems=group.visibleItems;for(var i=0;i<rawVisibleItems.length;i++){var item=rawVisibleItems[i];if(item.left<right&&item.left+item.width>left){ids.push(item.id)}}}}return ids};ItemSet.prototype._deselect=function(id){var selection=this.selection;for(var i=0,ii=selection.length;i<ii;i++){if(selection[i]==id){selection.splice(i,1);break}}};ItemSet.prototype.redraw=function(){var margin=this.options.margin,range=this.body.range,asSize=util.option.asSize,options=this.options,orientation=options.orientation.item,resized=false,frame=this.dom.frame;this.props.top=this.body.domProps.top.height+this.body.domProps.border.top;this.props.left=this.body.domProps.left.width+this.body.domProps.border.left;frame.className=\"vis-itemset\";resized=this._orderGroups()||resized;var visibleInterval=range.end-range.start;var zoomed=visibleInterval!=this.lastVisibleInterval||this.props.width!=this.props.lastWidth;if(zoomed)this.stackDirty=true;this.lastVisibleInterval=visibleInterval;this.props.lastWidth=this.props.width;var restack=this.stackDirty;var firstGroup=this._firstGroup();var firstMargin={item:margin.item,axis:margin.axis};var nonFirstMargin={item:margin.item,axis:margin.item.vertical/2};var height=0;var minHeight=margin.axis+margin.item.vertical;this.groups[BACKGROUND].redraw(range,nonFirstMargin,restack);util.forEach(this.groups,function(group){var groupMargin=group==firstGroup?firstMargin:nonFirstMargin;var groupResized=group.redraw(range,groupMargin,restack);resized=groupResized||resized;height+=group.height});height=Math.max(height,minHeight);this.stackDirty=false;frame.style.height=asSize(height);this.props.width=frame.offsetWidth;this.props.height=height;this.dom.axis.style.top=asSize(orientation==\"top\"?this.body.domProps.top.height+this.body.domProps.border.top:this.body.domProps.top.height+this.body.domProps.centerContainer.height);this.dom.axis.style.left=\"0\";resized=this._isResized()||resized;return resized};ItemSet.prototype._firstGroup=function(){var firstGroupIndex=this.options.orientation.item==\"top\"?0:this.groupIds.length-1;var firstGroupId=this.groupIds[firstGroupIndex];var firstGroup=this.groups[firstGroupId]||this.groups[UNGROUPED];return firstGroup||null};ItemSet.prototype._updateUngrouped=function(){var ungrouped=this.groups[UNGROUPED];var background=this.groups[BACKGROUND];var item,itemId;if(this.groupsData){if(ungrouped){ungrouped.hide();delete this.groups[UNGROUPED];for(itemId in this.items){if(this.items.hasOwnProperty(itemId)){item=this.items[itemId];item.parent&&item.parent.remove(item);var groupId=this._getGroupId(item.data);var group=this.groups[groupId];group&&group.add(item)||item.hide()}}}}else{if(!ungrouped){var id=null;var data=null;ungrouped=new Group(id,data,this);this.groups[UNGROUPED]=ungrouped;for(itemId in this.items){if(this.items.hasOwnProperty(itemId)){item=this.items[itemId];ungrouped.add(item)}}ungrouped.show()}}};ItemSet.prototype.getLabelSet=function(){return this.dom.labelSet};ItemSet.prototype.setItems=function(items){var me=this,ids,oldItemsData=this.itemsData;if(!items){this.itemsData=null}else if(items instanceof DataSet||items instanceof DataView){this.itemsData=items}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(oldItemsData){util.forEach(this.itemListeners,function(callback,event){oldItemsData.off(event,callback)});ids=oldItemsData.getIds();this._onRemove(ids)}if(this.itemsData){var id=this.id;util.forEach(this.itemListeners,function(callback,event){me.itemsData.on(event,callback,id)});ids=this.itemsData.getIds();this._onAdd(ids);this._updateUngrouped()}};ItemSet.prototype.getItems=function(){return this.itemsData};ItemSet.prototype.setGroups=function(groups){var me=this,ids;if(this.groupsData){util.forEach(this.groupListeners,function(callback,event){me.groupsData.off(event,callback)});ids=this.groupsData.getIds();this.groupsData=null;this._onRemoveGroups(ids)}if(!groups){this.groupsData=null}else if(groups instanceof DataSet||groups instanceof DataView){this.groupsData=groups}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(this.groupsData){var id=this.id;util.forEach(this.groupListeners,function(callback,event){me.groupsData.on(event,callback,id)});ids=this.groupsData.getIds();this._onAddGroups(ids)}this._updateUngrouped();this._order();this.body.emitter.emit(\"change\",{queue:true})};ItemSet.prototype.getGroups=function(){return this.groupsData};ItemSet.prototype.removeItem=function(id){var item=this.itemsData.get(id),dataset=this.itemsData.getDataSet();if(item){this.options.onRemove(item,function(item){if(item){dataset.remove(id)}})}};ItemSet.prototype._getType=function(itemData){return itemData.type||this.options.type||(itemData.end?\"range\":\"box\")};ItemSet.prototype._getGroupId=function(itemData){var type=this._getType(itemData);if(type==\"background\"&&itemData.group==undefined){return BACKGROUND}else{return this.groupsData?itemData.group:UNGROUPED}};ItemSet.prototype._onUpdate=function(ids){var me=this;ids.forEach(function(id){var itemData=me.itemsData.get(id,me.itemOptions);var item=me.items[id];var type=me._getType(itemData);var constructor=ItemSet.types[type];var selected;if(item){if(!constructor||!(item instanceof constructor)){selected=item.selected;me._removeItem(item);item=null}else{me._updateItem(item,itemData)}}if(!item){if(constructor){item=new constructor(itemData,me.conversion,me.options);item.id=id;me._addItem(item);if(selected){this.selection.push(id);item.select()}}else if(type==\"rangeoverflow\"){throw new TypeError('Item type \"rangeoverflow\" is deprecated. Use css styling instead: '+\".vis-item.vis-range .vis-item-content {overflow: visible;}\")}else{throw new TypeError('Unknown item type \"'+type+'\"')}}}.bind(this));this._order();this.stackDirty=true;this.body.emitter.emit(\"change\",{queue:true})};ItemSet.prototype._onAdd=ItemSet.prototype._onUpdate;ItemSet.prototype._onRemove=function(ids){var count=0;var me=this;ids.forEach(function(id){var item=me.items[id];if(item){count++;me._removeItem(item)}});if(count){this._order();this.stackDirty=true;this.body.emitter.emit(\"change\",{queue:true})}};ItemSet.prototype._order=function(){util.forEach(this.groups,function(group){group.order()})};ItemSet.prototype._onUpdateGroups=function(ids){this._onAddGroups(ids)};ItemSet.prototype._onAddGroups=function(ids){var me=this;ids.forEach(function(id){var groupData=me.groupsData.get(id);var group=me.groups[id];if(!group){if(id==UNGROUPED||id==BACKGROUND){throw new Error(\"Illegal group id. \"+id+\" is a reserved id.\")}var groupOptions=Object.create(me.options);util.extend(groupOptions,{height:null});group=new Group(id,groupData,me);me.groups[id]=group;for(var itemId in me.items){if(me.items.hasOwnProperty(itemId)){var item=me.items[itemId];if(item.data.group==id){group.add(item)}}}group.order();group.show()}else{group.setData(groupData)}});this.body.emitter.emit(\"change\",{queue:true})};ItemSet.prototype._onRemoveGroups=function(ids){var groups=this.groups;ids.forEach(function(id){var group=groups[id];if(group){group.hide();delete groups[id]}});this.markDirty();this.body.emitter.emit(\"change\",{queue:true})};ItemSet.prototype._orderGroups=function(){if(this.groupsData){var groupIds=this.groupsData.getIds({order:this.options.groupOrder});var changed=!util.equalArray(groupIds,this.groupIds);if(changed){var groups=this.groups;groupIds.forEach(function(groupId){groups[groupId].hide()});groupIds.forEach(function(groupId){groups[groupId].show()});this.groupIds=groupIds}return changed}else{return false}};ItemSet.prototype._addItem=function(item){this.items[item.id]=item;var groupId=this._getGroupId(item.data);var group=this.groups[groupId];if(group)group.add(item)};ItemSet.prototype._updateItem=function(item,itemData){var oldGroupId=item.data.group;var oldSubGroupId=item.data.subgroup;item.setData(itemData);if(oldGroupId!=item.data.group||oldSubGroupId!=item.data.subgroup){var oldGroup=this.groups[oldGroupId];if(oldGroup)oldGroup.remove(item);var groupId=this._getGroupId(item.data);var group=this.groups[groupId];if(group)group.add(item)}};ItemSet.prototype._removeItem=function(item){item.hide();delete this.items[item.id];var index=this.selection.indexOf(item.id);if(index!=-1)this.selection.splice(index,1);item.parent&&item.parent.remove(item)};ItemSet.prototype._constructByEndArray=function(array){var endArray=[];for(var i=0;i<array.length;i++){if(array[i]instanceof RangeItem){endArray.push(array[i])}}return endArray};ItemSet.prototype._onTouch=function(event){this.touchParams.item=this.itemFromTarget(event);this.touchParams.dragLeftItem=event.target.dragLeftItem||false;this.touchParams.dragRightItem=event.target.dragRightItem||false;this.touchParams.itemProps=null};ItemSet.prototype._onDragStart=function(event){var item=this.touchParams.item||null;var me=this;var props;if(item&&item.selected){if(!this.options.editable.updateTime&&!this.options.editable.updateGroup&&!item.editable){return}if(item.editable===false){return}var dragLeftItem=this.touchParams.dragLeftItem;var dragRightItem=this.touchParams.dragRightItem;if(dragLeftItem){props={item:dragLeftItem,initialX:event.center.x,dragLeft:true,data:util.extend({},item.data)};this.touchParams.itemProps=[props]}else if(dragRightItem){props={item:dragRightItem,initialX:event.center.x,dragRight:true,data:util.extend({},item.data)};this.touchParams.itemProps=[props]}else{this.touchParams.itemProps=this.getSelection().map(function(id){var item=me.items[id];var props={item:item,initialX:event.center.x,data:util.extend({},item.data)};return props})}event.stopPropagation()}else if(this.options.editable.add&&(event.srcEvent.ctrlKey||event.srcEvent.metaKey)){this._onDragStartAddItem(event)}};ItemSet.prototype._onDragStartAddItem=function(event){var snap=this.options.snap||null;var xAbs=util.getAbsoluteLeft(this.dom.frame);var x=event.center.x-xAbs-10;var time=this.body.util.toTime(x);var scale=this.body.util.getScale();var step=this.body.util.getStep();var start=snap?snap(time,scale,step):start;var end=start;var itemData={type:\"range\",start:start,end:end,content:\"new item\"};var id=util.randomUUID();itemData[this.itemsData._fieldId]=id;var group=this.groupFromTarget(event);if(group){itemData.group=group.groupId}var newItem=new RangeItem(itemData,this.conversion,this.options);newItem.id=id;newItem.data=itemData;this._addItem(newItem);var props={item:newItem,dragRight:true,initialX:event.center.x,data:util.extend({},itemData)};this.touchParams.itemProps=[props];event.stopPropagation()};ItemSet.prototype._onDrag=function(event){if(this.touchParams.itemProps){event.stopPropagation();var me=this;var snap=this.options.snap||null;var xOffset=this.body.dom.root.offsetLeft+this.body.domProps.left.width;var scale=this.body.util.getScale();var step=this.body.util.getStep();this.touchParams.itemProps.forEach(function(props){var newProps={};var current=me.body.util.toTime(event.center.x-xOffset);var initial=me.body.util.toTime(props.initialX-xOffset);var offset=current-initial;var itemData=util.extend({},props.item.data);if(props.item.editable===false){return}var updateTimeAllowed=me.options.editable.updateTime||props.item.editable===true;if(updateTimeAllowed){if(props.dragLeft){if(itemData.start!=undefined){var initialStart=util.convert(props.data.start,\"Date\");var start=new Date(initialStart.valueOf()+offset);itemData.start=snap?snap(start,scale,step):start}}else if(props.dragRight){if(itemData.end!=undefined){var initialEnd=util.convert(props.data.end,\"Date\");var end=new Date(initialEnd.valueOf()+offset);itemData.end=snap?snap(end,scale,step):end}}else{if(itemData.start!=undefined){var initialStart=util.convert(props.data.start,\"Date\").valueOf();var start=new Date(initialStart+offset);if(itemData.end!=undefined){var initialEnd=util.convert(props.data.end,\"Date\");var duration=initialEnd.valueOf()-initialStart.valueOf();itemData.start=snap?snap(start,scale,step):start;itemData.end=new Date(itemData.start.valueOf()+duration)}else{itemData.start=snap?snap(start,scale,step):start}}}}var updateGroupAllowed=me.options.editable.updateGroup||props.item.editable===true;if(updateGroupAllowed&&(!props.dragLeft&&!props.dragRight)){if(itemData.group!=undefined){var group=me.groupFromTarget(event);if(group){itemData.group=group.groupId}}}me.options.onMoving(itemData,function(itemData){if(itemData){props.item.setData(itemData)}})});this.stackDirty=true;this.body.emitter.emit(\"change\")}};ItemSet.prototype._moveToGroup=function(item,groupId){var group=this.groups[groupId];if(group&&group.groupId!=item.data.group){var oldGroup=item.parent;oldGroup.remove(item);oldGroup.order();group.add(item);group.order();item.data.group=group.groupId}};ItemSet.prototype._onDragEnd=function(event){if(this.touchParams.itemProps){event.stopPropagation();var changes=[];var me=this;var dataset=this.itemsData.getDataSet();var itemProps=this.touchParams.itemProps;this.touchParams.itemProps=null;itemProps.forEach(function(props){var id=props.item.id;var exists=me.itemsData.get(id,me.itemOptions)!=null;if(!exists){me.options.onAdd(props.item.data,function(itemData){me._removeItem(props.item);if(itemData){me.itemsData.getDataSet().add(itemData)}me.stackDirty=true;me.body.emitter.emit(\"change\")})}else{var itemData=util.extend({},props.item.data);me.options.onMove(itemData,function(itemData){if(itemData){itemData[dataset._fieldId]=id;changes.push(itemData)}else{props.item.setData(props.data);me.stackDirty=true;me.body.emitter.emit(\"change\")}})}});if(changes.length){dataset.update(changes)}}};ItemSet.prototype._onSelectItem=function(event){if(!this.options.selectable)return;var ctrlKey=event.srcEvent&&(event.srcEvent.ctrlKey||event.srcEvent.metaKey);var shiftKey=event.srcEvent&&event.srcEvent.shiftKey;if(ctrlKey||shiftKey){this._onMultiSelectItem(event);return}var oldSelection=this.getSelection();var item=this.itemFromTarget(event);var selection=item?[item.id]:[];this.setSelection(selection);var newSelection=this.getSelection();if(newSelection.length>0||oldSelection.length>0){this.body.emitter.emit(\"select\",{items:newSelection,event:event})}};ItemSet.prototype._onAddItem=function(event){if(!this.options.selectable)return;if(!this.options.editable.add)return;var me=this;var snap=this.options.snap||null;var item=this.itemFromTarget(event);event.stopPropagation();if(item){var itemData=me.itemsData.get(item.id);this.options.onUpdate(itemData,function(itemData){if(itemData){me.itemsData.getDataSet().update(itemData)}})}else{var xAbs=util.getAbsoluteLeft(this.dom.frame);var x=event.center.x-xAbs;var start=this.body.util.toTime(x);var scale=this.body.util.getScale();var step=this.body.util.getStep();var newItem={start:snap?snap(start,scale,step):start,content:\"new item\"};if(this.options.type===\"range\"){var end=this.body.util.toTime(x+this.props.width/5);newItem.end=snap?snap(end,scale,step):end}newItem[this.itemsData._fieldId]=util.randomUUID();var group=this.groupFromTarget(event);if(group){newItem.group=group.groupId}this.options.onAdd(newItem,function(item){if(item){me.itemsData.getDataSet().add(item)}})}};ItemSet.prototype._onMultiSelectItem=function(event){if(!this.options.selectable)return;var item=this.itemFromTarget(event);if(item){var selection=this.options.multiselect?this.getSelection():[];var shiftKey=event.srcEvent&&event.srcEvent.shiftKey||false;if(shiftKey&&this.options.multiselect){selection.push(item.id);var range=ItemSet._getItemRange(this.itemsData.get(selection,this.itemOptions));selection=[];for(var id in this.items){if(this.items.hasOwnProperty(id)){var _item=this.items[id];var start=_item.data.start;var end=_item.data.end!==undefined?_item.data.end:start;if(start>=range.min&&end<=range.max&&!(_item instanceof BackgroundItem)){selection.push(_item.id)}}}}else{var index=selection.indexOf(item.id);if(index==-1){selection.push(item.id)}else{selection.splice(index,1)}}this.setSelection(selection);this.body.emitter.emit(\"select\",{items:this.getSelection(),event:event})}};ItemSet._getItemRange=function(itemsData){var max=null;var min=null;itemsData.forEach(function(data){if(min==null||data.start<min){min=data.start}if(data.end!=undefined){if(max==null||data.end>max){max=data.end}}else{if(max==null||data.start>max){max=data.start}}});return{min:min,max:max}};ItemSet.prototype.itemFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"timeline-item\")){return target[\"timeline-item\"]}target=target.parentNode}return null};ItemSet.prototype.groupFromTarget=function(event){var clientY=event.center?event.center.y:event.clientY;for(var i=0;i<this.groupIds.length;i++){var groupId=this.groupIds[i];var group=this.groups[groupId];var foreground=group.dom.foreground;var top=util.getAbsoluteTop(foreground);if(clientY>top&&clientY<top+foreground.offsetHeight){return group}if(this.options.orientation.item===\"top\"){if(i===this.groupIds.length-1&&clientY>top){return group}}else{if(i===0&&clientY<top+foreground.offset){return group}}}return null};ItemSet.itemSetFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"timeline-itemset\")){return target[\"timeline-itemset\"]}target=target.parentNode}return null};module.exports=ItemSet},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(7);var stack=__webpack_require__(35);var RangeItem=__webpack_require__(36);function Group(groupId,data,itemSet){this.groupId=groupId;this.subgroups={};this.subgroupIndex=0;this.subgroupOrderer=data&&data.subgroupOrder;this.itemSet=itemSet;this.dom={};this.props={label:{width:0,height:0}};this.className=null;this.items={};this.visibleItems=[];this.orderedItems={byStart:[],byEnd:[]};this.checkRangedItems=false;var me=this;this.itemSet.body.emitter.on(\"checkRangedItems\",function(){me.checkRangedItems=true});this._create();this.setData(data)}Group.prototype._create=function(){var label=document.createElement(\"div\");label.className=\"vis-label\";this.dom.label=label;var inner=document.createElement(\"div\");inner.className=\"vis-inner\";label.appendChild(inner);this.dom.inner=inner;var foreground=document.createElement(\"div\");foreground.className=\"vis-group\";foreground[\"timeline-group\"]=this;this.dom.foreground=foreground;this.dom.background=document.createElement(\"div\");this.dom.background.className=\"vis-group\";this.dom.axis=document.createElement(\"div\");this.dom.axis.className=\"vis-group\";this.dom.marker=document.createElement(\"div\");this.dom.marker.style.visibility=\"hidden\";this.dom.marker.innerHTML=\"?\";this.dom.background.appendChild(this.dom.marker)};Group.prototype.setData=function(data){var content=data&&data.content;if(content instanceof Element){this.dom.inner.appendChild(content)}else if(content!==undefined&&content!==null){this.dom.inner.innerHTML=content}else{this.dom.inner.innerHTML=this.groupId||\"\"}this.dom.label.title=data&&data.title||\"\";if(!this.dom.inner.firstChild){util.addClassName(this.dom.inner,\"vis-hidden\")}else{util.removeClassName(this.dom.inner,\"vis-hidden\")}var className=data&&data.className||null;if(className!=this.className){if(this.className){util.removeClassName(this.dom.label,this.className);util.removeClassName(this.dom.foreground,this.className);util.removeClassName(this.dom.background,this.className);util.removeClassName(this.dom.axis,this.className)}util.addClassName(this.dom.label,className);util.addClassName(this.dom.foreground,className);util.addClassName(this.dom.background,className);util.addClassName(this.dom.axis,className);this.className=className}if(this.style){util.removeCssText(this.dom.label,\"vis-\"+this.style);this.style=null}if(data&&data.style){util.addCssText(this.dom.label,\"vis-\"+data.style);this.style=data.style}};Group.prototype.getLabelWidth=function(){return this.props.label.width};Group.prototype.redraw=function(range,margin,restack){var resized=false;var markerHeight=this.dom.marker.clientHeight;if(markerHeight!=this.lastMarkerHeight){this.lastMarkerHeight=markerHeight;util.forEach(this.items,function(item){item.dirty=true;if(item.displayed)item.redraw()});restack=true}if(typeof this.itemSet.options.order===\"function\"){if(restack){var me=this;var limitSize=false;util.forEach(this.items,function(item){if(!item.displayed){item.redraw();me.visibleItems.push(item)}item.repositionX(limitSize)});var customOrderedItems=this.orderedItems.byStart.slice().sort(function(a,b){return me.itemSet.options.order(a.data,b.data)});stack.stack(customOrderedItems,margin,true)}this.visibleItems=this._updateVisibleItems(this.orderedItems,this.visibleItems,range)}else{this.visibleItems=this._updateVisibleItems(this.orderedItems,this.visibleItems,range);if(this.itemSet.options.stack){stack.stack(this.visibleItems,margin,restack)}else{stack.nostack(this.visibleItems,margin,this.subgroups)}}var height=this._calculateHeight(margin);var foreground=this.dom.foreground;this.top=foreground.offsetTop;this.left=foreground.offsetLeft;this.width=foreground.offsetWidth;resized=util.updateProperty(this,\"height\",height)||resized;resized=util.updateProperty(this.props.label,\"width\",this.dom.inner.clientWidth)||resized;resized=util.updateProperty(this.props.label,\"height\",this.dom.inner.clientHeight)||resized;this.dom.background.style.height=height+\"px\";this.dom.foreground.style.height=height+\"px\";this.dom.label.style.height=height+\"px\";for(var i=0,ii=this.visibleItems.length;i<ii;i++){var item=this.visibleItems[i];item.repositionY(margin)}return resized};Group.prototype._calculateHeight=function(margin){var height;var visibleItems=this.visibleItems;this.resetSubgroups();var me=this;if(visibleItems.length>0){var min=visibleItems[0].top;var max=visibleItems[0].top+visibleItems[0].height;util.forEach(visibleItems,function(item){min=Math.min(min,item.top);max=Math.max(max,item.top+item.height);if(item.data.subgroup!==undefined){me.subgroups[item.data.subgroup].height=Math.max(me.subgroups[item.data.subgroup].height,item.height);me.subgroups[item.data.subgroup].visible=true}});if(min>margin.axis){var offset=min-margin.axis;max-=offset;util.forEach(visibleItems,function(item){item.top-=offset})}height=max+margin.item.vertical/2}else{height=0}height=Math.max(height,this.props.label.height);return height};Group.prototype.show=function(){if(!this.dom.label.parentNode){this.itemSet.dom.labelSet.appendChild(this.dom.label)}if(!this.dom.foreground.parentNode){this.itemSet.dom.foreground.appendChild(this.dom.foreground)}if(!this.dom.background.parentNode){this.itemSet.dom.background.appendChild(this.dom.background)}if(!this.dom.axis.parentNode){this.itemSet.dom.axis.appendChild(this.dom.axis)}};Group.prototype.hide=function(){var label=this.dom.label;if(label.parentNode){label.parentNode.removeChild(label)}var foreground=this.dom.foreground;if(foreground.parentNode){foreground.parentNode.removeChild(foreground)}var background=this.dom.background;if(background.parentNode){background.parentNode.removeChild(background)}var axis=this.dom.axis;if(axis.parentNode){axis.parentNode.removeChild(axis)}};Group.prototype.add=function(item){this.items[item.id]=item;item.setParent(this);if(item.data.subgroup!==undefined){if(this.subgroups[item.data.subgroup]===undefined){this.subgroups[item.data.subgroup]={height:0,visible:false,index:this.subgroupIndex,items:[]};this.subgroupIndex++}this.subgroups[item.data.subgroup].items.push(item)}this.orderSubgroups();if(this.visibleItems.indexOf(item)==-1){var range=this.itemSet.body.range;this._checkIfVisible(item,this.visibleItems,range)}};Group.prototype.orderSubgroups=function(){if(this.subgroupOrderer!==undefined){var sortArray=[];if(typeof this.subgroupOrderer==\"string\"){\nfor(var subgroup in this.subgroups){sortArray.push({subgroup:subgroup,sortField:this.subgroups[subgroup].items[0].data[this.subgroupOrderer]})}sortArray.sort(function(a,b){return a.sortField-b.sortField})}else if(typeof this.subgroupOrderer==\"function\"){for(var subgroup in this.subgroups){sortArray.push(this.subgroups[subgroup].items[0].data)}sortArray.sort(this.subgroupOrderer)}if(sortArray.length>0){for(var i=0;i<sortArray.length;i++){this.subgroups[sortArray[i].subgroup].index=i}}}};Group.prototype.resetSubgroups=function(){for(var subgroup in this.subgroups){if(this.subgroups.hasOwnProperty(subgroup)){this.subgroups[subgroup].visible=false}}};Group.prototype.remove=function(item){delete this.items[item.id];item.setParent(null);var index=this.visibleItems.indexOf(item);if(index!=-1)this.visibleItems.splice(index,1);if(item.data.subgroup!==undefined){var subgroup=this.subgroups[item.data.subgroup];if(subgroup){var itemIndex=subgroup.items.indexOf(item);subgroup.items.splice(itemIndex,1)}}};Group.prototype.removeFromDataSet=function(item){this.itemSet.removeItem(item.id)};Group.prototype.order=function(){var array=util.toArray(this.items);var startArray=[];var endArray=[];for(var i=0;i<array.length;i++){if(array[i].data.end!==undefined){endArray.push(array[i])}startArray.push(array[i])}this.orderedItems={byStart:startArray,byEnd:endArray};stack.orderByStart(this.orderedItems.byStart);stack.orderByEnd(this.orderedItems.byEnd)};Group.prototype._updateVisibleItems=function(orderedItems,oldVisibleItems,range){var visibleItems=[];var visibleItemsLookup={};var interval=(range.end-range.start)/4;var lowerBound=range.start-interval;var upperBound=range.end+interval;var item,i;var searchFunction=function searchFunction(value){if(value<lowerBound){return-1}else if(value<=upperBound){return 0}else{return 1}};if(oldVisibleItems.length>0){for(i=0;i<oldVisibleItems.length;i++){this._checkIfVisibleWithReference(oldVisibleItems[i],visibleItems,visibleItemsLookup,range)}}var initialPosByStart=util.binarySearchCustom(orderedItems.byStart,searchFunction,\"data\",\"start\");this._traceVisible(initialPosByStart,orderedItems.byStart,visibleItems,visibleItemsLookup,function(item){return item.data.start<lowerBound||item.data.start>upperBound});if(this.checkRangedItems==true){this.checkRangedItems=false;for(i=0;i<orderedItems.byEnd.length;i++){this._checkIfVisibleWithReference(orderedItems.byEnd[i],visibleItems,visibleItemsLookup,range)}}else{var initialPosByEnd=util.binarySearchCustom(orderedItems.byEnd,searchFunction,\"data\",\"end\");this._traceVisible(initialPosByEnd,orderedItems.byEnd,visibleItems,visibleItemsLookup,function(item){return item.data.end<lowerBound||item.data.end>upperBound})}for(i=0;i<visibleItems.length;i++){item=visibleItems[i];if(!item.displayed)item.show();item.repositionX()}return visibleItems};Group.prototype._traceVisible=function(initialPos,items,visibleItems,visibleItemsLookup,breakCondition){var item;var i;if(initialPos!=-1){for(i=initialPos;i>=0;i--){item=items[i];if(breakCondition(item)){break}else{if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}}for(i=initialPos+1;i<items.length;i++){item=items[i];if(breakCondition(item)){break}else{if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}}}};Group.prototype._checkIfVisible=function(item,visibleItems,range){if(item.isVisible(range)){if(!item.displayed)item.show();item.repositionX();visibleItems.push(item)}else{if(item.displayed)item.hide()}};Group.prototype._checkIfVisibleWithReference=function(item,visibleItems,visibleItemsLookup,range){if(item.isVisible(range)){if(visibleItemsLookup[item.id]===undefined){visibleItemsLookup[item.id]=true;visibleItems.push(item)}}else{if(item.displayed)item.hide()}};module.exports=Group},function(module,exports){\"use strict\";var EPSILON=.001;exports.orderByStart=function(items){items.sort(function(a,b){return a.data.start-b.data.start})};exports.orderByEnd=function(items){items.sort(function(a,b){var aTime=\"end\"in a.data?a.data.end:a.data.start,bTime=\"end\"in b.data?b.data.end:b.data.start;return aTime-bTime})};exports.stack=function(items,margin,force){var i,iMax;if(force){for(i=0,iMax=items.length;i<iMax;i++){items[i].top=null}}for(i=0,iMax=items.length;i<iMax;i++){var item=items[i];if(item.stack&&item.top===null){item.top=margin.axis;do{var collidingItem=null;for(var j=0,jj=items.length;j<jj;j++){var other=items[j];if(other.top!==null&&other!==item&&other.stack&&exports.collision(item,other,margin.item)){collidingItem=other;break}}if(collidingItem!=null){item.top=collidingItem.top+collidingItem.height+margin.item.vertical}}while(collidingItem)}}};exports.nostack=function(items,margin,subgroups){var i,iMax,newTop;for(i=0,iMax=items.length;i<iMax;i++){if(items[i].data.subgroup!==undefined){newTop=margin.axis;for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){if(subgroups[subgroup].visible==true&&subgroups[subgroup].index<subgroups[items[i].data.subgroup].index){newTop+=subgroups[subgroup].height+margin.item.vertical}}}items[i].top=newTop}else{items[i].top=margin.axis}}};exports.collision=function(a,b,margin){return a.left-margin.horizontal+EPSILON<b.left+b.width&&a.left+a.width+margin.horizontal-EPSILON>b.left&&a.top-margin.vertical+EPSILON<b.top+b.height&&a.top+a.height+margin.vertical-EPSILON>b.top}},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(3);var Item=__webpack_require__(2);function RangeItem(data,conversion,options){this.props={content:{width:0}};this.overflow=false;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data.id)}if(data.end==undefined){throw new Error('Property \"end\" missing in item '+data.id)}}Item.call(this,data,conversion,options)}RangeItem.prototype=new Item(null,null,null);RangeItem.prototype.baseClassName=\"vis-item vis-range\";RangeItem.prototype.isVisible=function(range){return this.data.start<range.end&&this.data.end>range.start};RangeItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.box=document.createElement(\"div\");dom.frame=document.createElement(\"div\");dom.frame.className=\"vis-item-overflow\";dom.box.appendChild(dom.frame);dom.content=document.createElement(\"div\");dom.content.className=\"vis-item-content\";dom.frame.appendChild(dom.content);dom.box[\"timeline-item\"]=this;this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.box.parentNode){var foreground=this.parent.dom.foreground;if(!foreground){throw new Error(\"Cannot redraw item: parent has no foreground container element\")}foreground.appendChild(dom.box)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.box);this._updateDataAttributes(this.dom.box);this._updateStyle(this.dom.box);var editable=(this.options.editable.updateTime||this.options.editable.updateGroup||this.editable===true)&&this.editable!==false;var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\")+(editable?\" vis-editable\":\" vis-readonly\");dom.box.className=this.baseClassName+className;this.overflow=window.getComputedStyle(dom.frame).overflow!==\"hidden\";this.dom.content.style.maxWidth=\"none\";this.props.content.width=this.dom.content.offsetWidth;this.height=this.dom.box.offsetHeight;this.dom.content.style.maxWidth=\"\";this.dirty=false}this._repaintDeleteButton(dom.box);this._repaintDragLeft();this._repaintDragRight()};RangeItem.prototype.show=function(){if(!this.displayed){this.redraw()}};RangeItem.prototype.hide=function(){if(this.displayed){var box=this.dom.box;if(box.parentNode){box.parentNode.removeChild(box)}this.displayed=false}};RangeItem.prototype.repositionX=function(limitSize){var parentWidth=this.parent.width;var start=this.conversion.toScreen(this.data.start);var end=this.conversion.toScreen(this.data.end);var contentLeft;var contentWidth;if(limitSize===undefined||limitSize===true){if(start<-parentWidth){start=-parentWidth}if(end>2*parentWidth){end=2*parentWidth}}var boxWidth=Math.max(end-start,1);if(this.overflow){this.left=start;this.width=boxWidth+this.props.content.width;contentWidth=this.props.content.width}else{this.left=start;this.width=boxWidth;contentWidth=Math.min(end-start,this.props.content.width)}this.dom.box.style.left=this.left+\"px\";this.dom.box.style.width=boxWidth+\"px\";switch(this.options.align){case\"left\":this.dom.content.style.left=\"0\";break;case\"right\":this.dom.content.style.left=Math.max(boxWidth-contentWidth,0)+\"px\";break;case\"center\":this.dom.content.style.left=Math.max((boxWidth-contentWidth)/2,0)+\"px\";break;default:if(this.overflow){if(end>0){contentLeft=Math.max(-start,0)}else{contentLeft=-contentWidth}}else{if(start<0){contentLeft=-start}else{contentLeft=0}}this.dom.content.style.left=contentLeft+\"px\"}};RangeItem.prototype.repositionY=function(){var orientation=this.options.orientation.item;var box=this.dom.box;if(orientation==\"top\"){box.style.top=this.top+\"px\"}else{box.style.top=this.parent.height-this.top-this.height+\"px\"}};RangeItem.prototype._repaintDragLeft=function(){if(this.selected&&this.options.editable.updateTime&&!this.dom.dragLeft){var dragLeft=document.createElement(\"div\");dragLeft.className=\"vis-drag-left\";dragLeft.dragLeftItem=this;this.dom.box.appendChild(dragLeft);this.dom.dragLeft=dragLeft}else if(!this.selected&&this.dom.dragLeft){if(this.dom.dragLeft.parentNode){this.dom.dragLeft.parentNode.removeChild(this.dom.dragLeft)}this.dom.dragLeft=null}};RangeItem.prototype._repaintDragRight=function(){if(this.selected&&this.options.editable.updateTime&&!this.dom.dragRight){var dragRight=document.createElement(\"div\");dragRight.className=\"vis-drag-right\";dragRight.dragRightItem=this;this.dom.box.appendChild(dragRight);this.dom.dragRight=dragRight}else if(!this.selected&&this.dom.dragRight){if(this.dom.dragRight.parentNode){this.dom.dragRight.parentNode.removeChild(this.dom.dragRight)}this.dom.dragRight=null}};module.exports=RangeItem},function(module,exports,__webpack_require__){\"use strict\";var moment=__webpack_require__(8);var DateUtil=__webpack_require__(31);var util=__webpack_require__(7);function TimeStep(start,end,minimumStep,hiddenDates){this.current=new Date;this._start=new Date;this._end=new Date;this.autoScale=true;this.scale=\"day\";this.step=1;this.setRange(start,end,minimumStep);this.switchedDay=false;this.switchedMonth=false;this.switchedYear=false;this.hiddenDates=hiddenDates;if(hiddenDates===undefined){this.hiddenDates=[]}this.format=TimeStep.FORMAT}TimeStep.FORMAT={minorLabels:{millisecond:\"SSS\",second:\"s\",minute:\"HH:mm\",hour:\"HH:mm\",weekday:\"ddd D\",day:\"D\",month:\"MMM\",year:\"YYYY\"},majorLabels:{millisecond:\"HH:mm:ss\",second:\"D MMMM HH:mm\",minute:\"ddd D MMMM\",hour:\"ddd D MMMM\",weekday:\"MMMM YYYY\",day:\"MMMM YYYY\",month:\"YYYY\",year:\"\"}};TimeStep.prototype.setFormat=function(format){var defaultFormat=util.deepExtend({},TimeStep.FORMAT);this.format=util.deepExtend(defaultFormat,format)};TimeStep.prototype.setRange=function(start,end,minimumStep){if(!(start instanceof Date)||!(end instanceof Date)){throw\"No legal start or end date in method setRange\"}this._start=start!=undefined?new Date(start.valueOf()):new Date;this._end=end!=undefined?new Date(end.valueOf()):new Date;if(this.autoScale){this.setMinimumStep(minimumStep)}};TimeStep.prototype.first=function(){this.current=new Date(this._start.valueOf());this.roundToMinor()};TimeStep.prototype.roundToMinor=function(){switch(this.scale){case\"year\":this.current.setFullYear(this.step*Math.floor(this.current.getFullYear()/this.step));this.current.setMonth(0);case\"month\":this.current.setDate(1);case\"day\":case\"weekday\":this.current.setHours(0);case\"hour\":this.current.setMinutes(0);case\"minute\":this.current.setSeconds(0);case\"second\":this.current.setMilliseconds(0)}if(this.step!=1){switch(this.scale){case\"millisecond\":this.current.setMilliseconds(this.current.getMilliseconds()-this.current.getMilliseconds()%this.step);break;case\"second\":this.current.setSeconds(this.current.getSeconds()-this.current.getSeconds()%this.step);break;case\"minute\":this.current.setMinutes(this.current.getMinutes()-this.current.getMinutes()%this.step);break;case\"hour\":this.current.setHours(this.current.getHours()-this.current.getHours()%this.step);break;case\"weekday\":case\"day\":this.current.setDate(this.current.getDate()-1-(this.current.getDate()-1)%this.step+1);break;case\"month\":this.current.setMonth(this.current.getMonth()-this.current.getMonth()%this.step);break;case\"year\":this.current.setFullYear(this.current.getFullYear()-this.current.getFullYear()%this.step);break;default:break}}};TimeStep.prototype.hasNext=function(){return this.current.valueOf()<=this._end.valueOf()};TimeStep.prototype.next=function(){var prev=this.current.valueOf();if(this.current.getMonth()<6){switch(this.scale){case\"millisecond\":this.current=new Date(this.current.valueOf()+this.step);break;case\"second\":this.current=new Date(this.current.valueOf()+this.step*1e3);break;case\"minute\":this.current=new Date(this.current.valueOf()+this.step*1e3*60);break;case\"hour\":this.current=new Date(this.current.valueOf()+this.step*1e3*60*60);var h=this.current.getHours();this.current.setHours(h-h%this.step);break;case\"weekday\":case\"day\":this.current.setDate(this.current.getDate()+this.step);break;case\"month\":this.current.setMonth(this.current.getMonth()+this.step);break;case\"year\":this.current.setFullYear(this.current.getFullYear()+this.step);break;default:break}}else{switch(this.scale){case\"millisecond\":this.current=new Date(this.current.valueOf()+this.step);break;case\"second\":this.current.setSeconds(this.current.getSeconds()+this.step);break;case\"minute\":this.current.setMinutes(this.current.getMinutes()+this.step);break;case\"hour\":this.current.setHours(this.current.getHours()+this.step);break;case\"weekday\":case\"day\":this.current.setDate(this.current.getDate()+this.step);break;case\"month\":this.current.setMonth(this.current.getMonth()+this.step);break;case\"year\":this.current.setFullYear(this.current.getFullYear()+this.step);break;default:break}}if(this.step!=1){switch(this.scale){case\"millisecond\":if(this.current.getMilliseconds()<this.step)this.current.setMilliseconds(0);break;case\"second\":if(this.current.getSeconds()<this.step)this.current.setSeconds(0);break;case\"minute\":if(this.current.getMinutes()<this.step)this.current.setMinutes(0);break;case\"hour\":if(this.current.getHours()<this.step)this.current.setHours(0);break;case\"weekday\":case\"day\":if(this.current.getDate()<this.step+1)this.current.setDate(1);break;case\"month\":if(this.current.getMonth()<this.step)this.current.setMonth(0);break;case\"year\":break;default:break}}if(this.current.valueOf()==prev){this.current=new Date(this._end.valueOf())}DateUtil.stepOverHiddenDates(this,prev)};TimeStep.prototype.getCurrent=function(){return this.current};TimeStep.prototype.setScale=function(params){if(params&&typeof params.scale==\"string\"){this.scale=params.scale;this.step=params.step>0?params.step:1;this.autoScale=false}};TimeStep.prototype.setAutoScale=function(enable){this.autoScale=enable};TimeStep.prototype.setMinimumStep=function(minimumStep){if(minimumStep==undefined){return}var stepYear=1e3*60*60*24*30*12;var stepMonth=1e3*60*60*24*30;var stepDay=1e3*60*60*24;var stepHour=1e3*60*60;var stepMinute=1e3*60;var stepSecond=1e3;var stepMillisecond=1;if(stepYear*1e3>minimumStep){this.scale=\"year\";this.step=1e3}if(stepYear*500>minimumStep){this.scale=\"year\";this.step=500}if(stepYear*100>minimumStep){this.scale=\"year\";this.step=100}if(stepYear*50>minimumStep){this.scale=\"year\";this.step=50}if(stepYear*10>minimumStep){this.scale=\"year\";this.step=10}if(stepYear*5>minimumStep){this.scale=\"year\";this.step=5}if(stepYear>minimumStep){this.scale=\"year\";this.step=1}if(stepMonth*3>minimumStep){this.scale=\"month\";this.step=3}if(stepMonth>minimumStep){this.scale=\"month\";this.step=1}if(stepDay*5>minimumStep){this.scale=\"day\";this.step=5}if(stepDay*2>minimumStep){this.scale=\"day\";this.step=2}if(stepDay>minimumStep){this.scale=\"day\";this.step=1}if(stepDay/2>minimumStep){this.scale=\"weekday\";this.step=1}if(stepHour*4>minimumStep){this.scale=\"hour\";this.step=4}if(stepHour>minimumStep){this.scale=\"hour\";this.step=1}if(stepMinute*15>minimumStep){this.scale=\"minute\";this.step=15}if(stepMinute*10>minimumStep){this.scale=\"minute\";this.step=10}if(stepMinute*5>minimumStep){this.scale=\"minute\";this.step=5}if(stepMinute>minimumStep){this.scale=\"minute\";this.step=1}if(stepSecond*15>minimumStep){this.scale=\"second\";this.step=15}if(stepSecond*10>minimumStep){this.scale=\"second\";this.step=10}if(stepSecond*5>minimumStep){this.scale=\"second\";this.step=5}if(stepSecond>minimumStep){this.scale=\"second\";this.step=1}if(stepMillisecond*200>minimumStep){this.scale=\"millisecond\";this.step=200}if(stepMillisecond*100>minimumStep){this.scale=\"millisecond\";this.step=100}if(stepMillisecond*50>minimumStep){this.scale=\"millisecond\";this.step=50}if(stepMillisecond*10>minimumStep){this.scale=\"millisecond\";this.step=10}if(stepMillisecond*5>minimumStep){this.scale=\"millisecond\";this.step=5}if(stepMillisecond>minimumStep){this.scale=\"millisecond\";this.step=1}};TimeStep.snap=function(date,scale,step){var clone=new Date(date.valueOf());if(scale==\"year\"){var year=clone.getFullYear()+Math.round(clone.getMonth()/12);clone.setFullYear(Math.round(year/step)*step);clone.setMonth(0);clone.setDate(0);clone.setHours(0);clone.setMinutes(0);clone.setSeconds(0);clone.setMilliseconds(0)}else if(scale==\"month\"){if(clone.getDate()>15){clone.setDate(1);clone.setMonth(clone.getMonth()+1)}else{clone.setDate(1)}clone.setHours(0);clone.setMinutes(0);clone.setSeconds(0);clone.setMilliseconds(0)}else if(scale==\"day\"){switch(step){case 5:case 2:clone.setHours(Math.round(clone.getHours()/24)*24);break;default:clone.setHours(Math.round(clone.getHours()/12)*12);break}clone.setMinutes(0);clone.setSeconds(0);clone.setMilliseconds(0)}else if(scale==\"weekday\"){switch(step){case 5:case 2:clone.setHours(Math.round(clone.getHours()/12)*12);break;default:clone.setHours(Math.round(clone.getHours()/6)*6);break}clone.setMinutes(0);clone.setSeconds(0);clone.setMilliseconds(0)}else if(scale==\"hour\"){switch(step){case 4:clone.setMinutes(Math.round(clone.getMinutes()/60)*60);break;default:clone.setMinutes(Math.round(clone.getMinutes()/30)*30);break}clone.setSeconds(0);clone.setMilliseconds(0)}else if(scale==\"minute\"){switch(step){case 15:case 10:clone.setMinutes(Math.round(clone.getMinutes()/5)*5);clone.setSeconds(0);break;case 5:clone.setSeconds(Math.round(clone.getSeconds()/60)*60);break;default:clone.setSeconds(Math.round(clone.getSeconds()/30)*30);break}clone.setMilliseconds(0)}else if(scale==\"second\"){switch(step){case 15:case 10:clone.setSeconds(Math.round(clone.getSeconds()/5)*5);clone.setMilliseconds(0);break;case 5:clone.setMilliseconds(Math.round(clone.getMilliseconds()/1e3)*1e3);break;default:clone.setMilliseconds(Math.round(clone.getMilliseconds()/500)*500);break}}else if(scale==\"millisecond\"){var _step=step>5?step/2:1;clone.setMilliseconds(Math.round(clone.getMilliseconds()/_step)*_step)}return clone};TimeStep.prototype.isMajor=function(){if(this.switchedYear==true){this.switchedYear=false;switch(this.scale){case\"year\":case\"month\":case\"weekday\":case\"day\":case\"hour\":case\"minute\":case\"second\":case\"millisecond\":return true;default:return false}}else if(this.switchedMonth==true){this.switchedMonth=false;switch(this.scale){case\"weekday\":case\"day\":case\"hour\":case\"minute\":case\"second\":case\"millisecond\":return true;default:return false}}else if(this.switchedDay==true){this.switchedDay=false;switch(this.scale){case\"millisecond\":case\"second\":case\"minute\":case\"hour\":return true;default:return false}}switch(this.scale){case\"millisecond\":return this.current.getMilliseconds()==0;case\"second\":return this.current.getSeconds()==0;case\"minute\":return this.current.getHours()==0&&this.current.getMinutes()==0;case\"hour\":return this.current.getHours()==0;case\"weekday\":case\"day\":return this.current.getDate()==1;case\"month\":return this.current.getMonth()==0;case\"year\":return false;default:return false}};TimeStep.prototype.getLabelMinor=function(date){if(date==undefined){date=this.current}var format=this.format.minorLabels[this.scale];return format&&format.length>0?moment(date).format(format):\"\"};TimeStep.prototype.getLabelMajor=function(date){if(date==undefined){date=this.current}var format=this.format.majorLabels[this.scale];return format&&format.length>0?moment(date).format(format):\"\"};TimeStep.prototype.getClassName=function(){var m=moment(this.current);var date=m.locale?m.locale(\"en\"):m.lang(\"en\");var step=this.step;function even(value){return value/step%2==0?\" vis-even\":\" vis-odd\"}function today(date){if(date.isSame(new Date,\"day\")){return\" vis-today\"}if(date.isSame(moment().add(1,\"day\"),\"day\")){return\" vis-tomorrow\"}if(date.isSame(moment().add(-1,\"day\"),\"day\")){return\" vis-yesterday\"}return\"\"}function currentWeek(date){return date.isSame(new Date,\"week\")?\" vis-current-week\":\"\"}function currentMonth(date){return date.isSame(new Date,\"month\")?\" vis-current-month\":\"\"}function currentYear(date){return date.isSame(new Date,\"year\")?\" vis-current-year\":\"\"}switch(this.scale){case\"millisecond\":return even(date.milliseconds()).trim();case\"second\":return even(date.seconds()).trim();case\"minute\":return even(date.minutes()).trim();case\"hour\":var hours=date.hours();if(this.step==4){hours=hours+\"-h\"+(hours+4)}return\"vis-h\"+hours+today(date)+even(date.hours());case\"weekday\":return\"vis-\"+date.format(\"dddd\").toLowerCase()+today(date)+currentWeek(date)+even(date.date());case\"day\":var day=date.date();var month=date.format(\"MMMM\").toLowerCase();return\"vis-day\"+day+\" vis-\"+month+currentMonth(date)+even(day-1);case\"month\":return\"vis-\"+date.format(\"MMMM\").toLowerCase()+currentMonth(date)+even(date.month());case\"year\":var year=date.year();return\"vis-year\"+year+currentYear(date)+even(year);default:return\"\"}};module.exports=TimeStep},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(7);var Group=__webpack_require__(34);function BackgroundGroup(groupId,data,itemSet){Group.call(this,groupId,data,itemSet);this.width=0;this.height=0;this.top=0;this.left=0}BackgroundGroup.prototype=Object.create(Group.prototype);BackgroundGroup.prototype.redraw=function(range,margin,restack){var resized=false;this.visibleItems=this._updateVisibleItems(this.orderedItems,this.visibleItems,range);this.width=this.dom.background.offsetWidth;this.dom.background.style.height=\"0\";for(var i=0,ii=this.visibleItems.length;i<ii;i++){var item=this.visibleItems[i];item.repositionY(margin)}return resized};BackgroundGroup.prototype.show=function(){if(!this.dom.background.parentNode){this.itemSet.dom.background.appendChild(this.dom.background)}};module.exports=BackgroundGroup},function(module,exports,__webpack_require__){\"use strict\";var Item=__webpack_require__(2);var util=__webpack_require__(7);function BoxItem(data,conversion,options){this.props={dot:{width:0,height:0},line:{width:0,height:0}};if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data)}}Item.call(this,data,conversion,options)}BoxItem.prototype=new Item(null,null,null);BoxItem.prototype.isVisible=function(range){var interval=(range.end-range.start)/4;return this.data.start>range.start-interval&&this.data.start<range.end+interval};BoxItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.box=document.createElement(\"DIV\");dom.content=document.createElement(\"DIV\");dom.content.className=\"vis-item-content\";dom.box.appendChild(dom.content);dom.line=document.createElement(\"DIV\");dom.line.className=\"vis-line\";dom.dot=document.createElement(\"DIV\");dom.dot.className=\"vis-dot\";dom.box[\"timeline-item\"]=this;this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.box.parentNode){var foreground=this.parent.dom.foreground;if(!foreground)throw new Error(\"Cannot redraw item: parent has no foreground container element\");foreground.appendChild(dom.box)}if(!dom.line.parentNode){var background=this.parent.dom.background;if(!background)throw new Error(\"Cannot redraw item: parent has no background container element\");background.appendChild(dom.line)}if(!dom.dot.parentNode){var axis=this.parent.dom.axis;if(!background)throw new Error(\"Cannot redraw item: parent has no axis container element\");axis.appendChild(dom.dot)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.box);this._updateDataAttributes(this.dom.box);this._updateStyle(this.dom.box);var editable=(this.options.editable.updateTime||this.options.editable.updateGroup||this.editable===true)&&this.editable!==false;var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\")+(editable?\" vis-editable\":\" vis-readonly\");dom.box.className=\"vis-item vis-box\"+className;dom.line.className=\"vis-item vis-line\"+className;dom.dot.className=\"vis-item vis-dot\"+className;this.props.dot.height=dom.dot.offsetHeight;this.props.dot.width=dom.dot.offsetWidth;this.props.line.width=dom.line.offsetWidth;this.width=dom.box.offsetWidth;this.height=dom.box.offsetHeight;this.dirty=false}this._repaintDeleteButton(dom.box)};BoxItem.prototype.show=function(){if(!this.displayed){this.redraw()}};BoxItem.prototype.hide=function(){if(this.displayed){var dom=this.dom;if(dom.box.parentNode)dom.box.parentNode.removeChild(dom.box);if(dom.line.parentNode)dom.line.parentNode.removeChild(dom.line);if(dom.dot.parentNode)dom.dot.parentNode.removeChild(dom.dot);this.displayed=false}};BoxItem.prototype.repositionX=function(){var start=this.conversion.toScreen(this.data.start);var align=this.options.align;var left;if(align==\"right\"){this.left=start-this.width}else if(align==\"left\"){this.left=start}else{this.left=start-this.width/2}this.dom.box.style.left=this.left+\"px\";this.dom.line.style.left=start-this.props.line.width/2+\"px\";this.dom.dot.style.left=start-this.props.dot.width/2+\"px\"};BoxItem.prototype.repositionY=function(){var orientation=this.options.orientation.item;var box=this.dom.box;var line=this.dom.line;var dot=this.dom.dot;if(orientation==\"top\"){box.style.top=(this.top||0)+\"px\";line.style.top=\"0\";line.style.height=this.parent.top+this.top+1+\"px\";line.style.bottom=\"\"}else{var itemSetHeight=this.parent.itemSet.props.height;var lineHeight=itemSetHeight-this.parent.top-this.parent.height+this.top;box.style.top=(this.parent.height-this.top-this.height||0)+\"px\";line.style.top=itemSetHeight-lineHeight+\"px\";line.style.bottom=\"0\"}dot.style.top=-this.props.dot.height/2+\"px\"};BoxItem.prototype.getWidthLeft=function(){return this.width/2};BoxItem.prototype.getWidthRight=function(){return this.width/2};module.exports=BoxItem},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(3);var Item=__webpack_require__(2);var BackgroundGroup=__webpack_require__(38);var RangeItem=__webpack_require__(36);function BackgroundItem(data,conversion,options){this.props={content:{width:0}};this.overflow=false;if(data){if(data.start==undefined){throw new Error('Property \"start\" missing in item '+data.id)}if(data.end==undefined){throw new Error('Property \"end\" missing in item '+data.id)}}Item.call(this,data,conversion,options)}BackgroundItem.prototype=new Item(null,null,null);BackgroundItem.prototype.baseClassName=\"vis-item vis-background\";BackgroundItem.prototype.stack=false;BackgroundItem.prototype.isVisible=function(range){return this.data.start<range.end&&this.data.end>range.start};BackgroundItem.prototype.redraw=function(){var dom=this.dom;if(!dom){this.dom={};dom=this.dom;dom.box=document.createElement(\"div\");dom.frame=document.createElement(\"div\");dom.frame.className=\"vis-item-overflow\";dom.box.appendChild(dom.frame);dom.content=document.createElement(\"div\");dom.content.className=\"vis-item-content\";dom.frame.appendChild(dom.content);this.dirty=true}if(!this.parent){throw new Error(\"Cannot redraw item: no parent attached\")}if(!dom.box.parentNode){var background=this.parent.dom.background;if(!background){throw new Error(\"Cannot redraw item: parent has no background container element\")}background.appendChild(dom.box)}this.displayed=true;if(this.dirty){this._updateContents(this.dom.content);this._updateTitle(this.dom.content);this._updateDataAttributes(this.dom.content);this._updateStyle(this.dom.box);var className=(this.data.className?\" \"+this.data.className:\"\")+(this.selected?\" vis-selected\":\"\");dom.box.className=this.baseClassName+className;this.overflow=window.getComputedStyle(dom.content).overflow!==\"hidden\";this.props.content.width=this.dom.content.offsetWidth;this.height=0;this.dirty=false}};BackgroundItem.prototype.show=RangeItem.prototype.show;BackgroundItem.prototype.hide=RangeItem.prototype.hide;BackgroundItem.prototype.repositionX=RangeItem.prototype.repositionX;BackgroundItem.prototype.repositionY=function(margin){var onTop=this.options.orientation.item===\"top\";this.dom.content.style.top=onTop?\"\":\"0\";this.dom.content.style.bottom=onTop?\"0\":\"\";var height;if(this.data.subgroup!==undefined){var itemSubgroup=this.data.subgroup;var subgroups=this.parent.subgroups;var subgroupIndex=subgroups[itemSubgroup].index;if(onTop==true){height=this.parent.subgroups[itemSubgroup].height+margin.item.vertical;height+=subgroupIndex==0?margin.axis-.5*margin.item.vertical:0;var newTop=this.parent.top;for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){if(subgroups[subgroup].visible==true&&subgroups[subgroup].index<subgroupIndex){newTop+=subgroups[subgroup].height+margin.item.vertical}}}newTop+=subgroupIndex!=0?margin.axis-.5*margin.item.vertical:0;this.dom.box.style.top=newTop+\"px\";this.dom.box.style.bottom=\"\"}else{var newTop=this.parent.top;var totalHeight=0;for(var subgroup in subgroups){if(subgroups.hasOwnProperty(subgroup)){if(subgroups[subgroup].visible==true){var newHeight=subgroups[subgroup].height+margin.item.vertical;totalHeight+=newHeight;if(subgroups[subgroup].index>subgroupIndex){newTop+=newHeight}}}}height=this.parent.subgroups[itemSubgroup].height+margin.item.vertical;this.dom.box.style.top=this.parent.height-totalHeight+newTop+\"px\";this.dom.box.style.bottom=\"\"}}else{if(this.parent instanceof BackgroundGroup){height=Math.max(this.parent.height,this.parent.itemSet.body.domProps.center.height,this.parent.itemSet.body.domProps.centerContainer.height);this.dom.box.style.top=onTop?\"0\":\"\";this.dom.box.style.bottom=onTop?\"\":\"0\"}else{height=this.parent.height;this.dom.box.style.top=this.parent.top+\"px\";this.dom.box.style.bottom=\"\"}}this.dom.box.style.height=height+\"px\"};module.exports=BackgroundItem},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(7);var Component=__webpack_require__(27);var TimeStep=__webpack_require__(37);var DateUtil=__webpack_require__(31);var moment=__webpack_require__(8);function TimeAxis(body,options){this.dom={foreground:null,lines:[],majorTexts:[],minorTexts:[],redundant:{lines:[],majorTexts:[],minorTexts:[]}};this.props={range:{start:0,end:0,minimumStep:0},lineTop:0};this.defaultOptions={orientation:{axis:\"bottom\"},showMinorLabels:true,showMajorLabels:true,format:TimeStep.FORMAT,timeAxis:null};this.options=util.extend({},this.defaultOptions);this.body=body;this._create();this.setOptions(options)}TimeAxis.prototype=new Component;TimeAxis.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"showMinorLabels\",\"showMajorLabels\",\"hiddenDates\",\"timeAxis\"],this.options,options);util.selectiveDeepExtend([\"format\"],this.options,options);if(\"orientation\"in options){if(typeof options.orientation===\"string\"){this.options.orientation.axis=options.orientation}else if(typeof options.orientation===\"object\"&&\"axis\"in options.orientation){this.options.orientation.axis=options.orientation.axis}}if(\"locale\"in options){if(typeof moment.locale===\"function\"){moment.locale(options.locale)}else{moment.lang(options.locale);\n\n}}}};TimeAxis.prototype._create=function(){this.dom.foreground=document.createElement(\"div\");this.dom.background=document.createElement(\"div\");this.dom.foreground.className=\"vis-time-axis vis-foreground\";this.dom.background.className=\"vis-time-axis vis-background\"};TimeAxis.prototype.destroy=function(){if(this.dom.foreground.parentNode){this.dom.foreground.parentNode.removeChild(this.dom.foreground)}if(this.dom.background.parentNode){this.dom.background.parentNode.removeChild(this.dom.background)}this.body=null};TimeAxis.prototype.redraw=function(){var props=this.props;var foreground=this.dom.foreground;var background=this.dom.background;var parent=this.options.orientation.axis==\"top\"?this.body.dom.top:this.body.dom.bottom;var parentChanged=foreground.parentNode!==parent;this._calculateCharSize();var showMinorLabels=this.options.showMinorLabels&&this.options.orientation.axis!==\"none\";var showMajorLabels=this.options.showMajorLabels&&this.options.orientation.axis!==\"none\";props.minorLabelHeight=showMinorLabels?props.minorCharHeight:0;props.majorLabelHeight=showMajorLabels?props.majorCharHeight:0;props.height=props.minorLabelHeight+props.majorLabelHeight;props.width=foreground.offsetWidth;props.minorLineHeight=this.body.domProps.root.height-props.majorLabelHeight-(this.options.orientation.axis==\"top\"?this.body.domProps.bottom.height:this.body.domProps.top.height);props.minorLineWidth=1;props.majorLineHeight=props.minorLineHeight+props.majorLabelHeight;props.majorLineWidth=1;var foregroundNextSibling=foreground.nextSibling;var backgroundNextSibling=background.nextSibling;foreground.parentNode&&foreground.parentNode.removeChild(foreground);background.parentNode&&background.parentNode.removeChild(background);foreground.style.height=this.props.height+\"px\";this._repaintLabels();if(foregroundNextSibling){parent.insertBefore(foreground,foregroundNextSibling)}else{parent.appendChild(foreground)}if(backgroundNextSibling){this.body.dom.backgroundVertical.insertBefore(background,backgroundNextSibling)}else{this.body.dom.backgroundVertical.appendChild(background)}return this._isResized()||parentChanged};TimeAxis.prototype._repaintLabels=function(){var orientation=this.options.orientation.axis;var start=util.convert(this.body.range.start,\"Number\");var end=util.convert(this.body.range.end,\"Number\");var timeLabelsize=this.body.util.toTime((this.props.minorCharWidth||10)*7).valueOf();var minimumStep=timeLabelsize-DateUtil.getHiddenDurationBefore(this.body.hiddenDates,this.body.range,timeLabelsize);minimumStep-=this.body.util.toTime(0).valueOf();var step=new TimeStep(new Date(start),new Date(end),minimumStep,this.body.hiddenDates);if(this.options.format){step.setFormat(this.options.format)}if(this.options.timeAxis){step.setScale(this.options.timeAxis)}this.step=step;var dom=this.dom;dom.redundant.lines=dom.lines;dom.redundant.majorTexts=dom.majorTexts;dom.redundant.minorTexts=dom.minorTexts;dom.lines=[];dom.majorTexts=[];dom.minorTexts=[];var cur;var x=0;var isMajor;var xPrev=0;var width=0;var prevLine;var xFirstMajorLabel=undefined;var max=0;var className;step.first();while(step.hasNext()&&max<1e3){max++;cur=step.getCurrent();isMajor=step.isMajor();className=step.getClassName();xPrev=x;x=this.body.util.toScreen(cur);width=x-xPrev;if(prevLine){prevLine.style.width=width+\"px\"}if(this.options.showMinorLabels){this._repaintMinorText(x,step.getLabelMinor(),orientation,className)}if(isMajor&&this.options.showMajorLabels){if(x>0){if(xFirstMajorLabel==undefined){xFirstMajorLabel=x}this._repaintMajorText(x,step.getLabelMajor(),orientation,className)}prevLine=this._repaintMajorLine(x,orientation,className)}else{prevLine=this._repaintMinorLine(x,orientation,className)}step.next()}if(this.options.showMajorLabels){var leftTime=this.body.util.toTime(0),leftText=step.getLabelMajor(leftTime),widthText=leftText.length*(this.props.majorCharWidth||10)+10;if(xFirstMajorLabel==undefined||widthText<xFirstMajorLabel){this._repaintMajorText(0,leftText,orientation,className)}}util.forEach(this.dom.redundant,function(arr){while(arr.length){var elem=arr.pop();if(elem&&elem.parentNode){elem.parentNode.removeChild(elem)}}})};TimeAxis.prototype._repaintMinorText=function(x,text,orientation,className){var label=this.dom.redundant.minorTexts.shift();if(!label){var content=document.createTextNode(\"\");label=document.createElement(\"div\");label.appendChild(content);this.dom.foreground.appendChild(label)}this.dom.minorTexts.push(label);label.childNodes[0].nodeValue=text;label.style.top=orientation==\"top\"?this.props.majorLabelHeight+\"px\":\"0\";label.style.left=x+\"px\";label.className=\"vis-text vis-minor \"+className};TimeAxis.prototype._repaintMajorText=function(x,text,orientation,className){var label=this.dom.redundant.majorTexts.shift();if(!label){var content=document.createTextNode(text);label=document.createElement(\"div\");label.appendChild(content);this.dom.foreground.appendChild(label)}this.dom.majorTexts.push(label);label.childNodes[0].nodeValue=text;label.className=\"vis-text vis-major \"+className;label.style.top=orientation==\"top\"?\"0\":this.props.minorLabelHeight+\"px\";label.style.left=x+\"px\"};TimeAxis.prototype._repaintMinorLine=function(x,orientation,className){var line=this.dom.redundant.lines.shift();if(!line){line=document.createElement(\"div\");this.dom.background.appendChild(line)}this.dom.lines.push(line);var props=this.props;if(orientation==\"top\"){line.style.top=props.majorLabelHeight+\"px\"}else{line.style.top=this.body.domProps.top.height+\"px\"}line.style.height=props.minorLineHeight+\"px\";line.style.left=x-props.minorLineWidth/2+\"px\";line.className=\"vis-grid vis-vertical vis-minor \"+className;return line};TimeAxis.prototype._repaintMajorLine=function(x,orientation,className){var line=this.dom.redundant.lines.shift();if(!line){line=document.createElement(\"div\");this.dom.background.appendChild(line)}this.dom.lines.push(line);var props=this.props;if(orientation==\"top\"){line.style.top=\"0\"}else{line.style.top=this.body.domProps.top.height+\"px\"}line.style.left=x-props.majorLineWidth/2+\"px\";line.style.height=props.majorLineHeight+\"px\";line.className=\"vis-grid vis-vertical vis-major \"+className;return line};TimeAxis.prototype._calculateCharSize=function(){if(!this.dom.measureCharMinor){this.dom.measureCharMinor=document.createElement(\"DIV\");this.dom.measureCharMinor.className=\"vis-text vis-minor vis-measure\";this.dom.measureCharMinor.style.position=\"absolute\";this.dom.measureCharMinor.appendChild(document.createTextNode(\"0\"));this.dom.foreground.appendChild(this.dom.measureCharMinor)}this.props.minorCharHeight=this.dom.measureCharMinor.clientHeight;this.props.minorCharWidth=this.dom.measureCharMinor.clientWidth;if(!this.dom.measureCharMajor){this.dom.measureCharMajor=document.createElement(\"DIV\");this.dom.measureCharMajor.className=\"vis-text vis-major vis-measure\";this.dom.measureCharMajor.style.position=\"absolute\";this.dom.measureCharMajor.appendChild(document.createTextNode(\"0\"));this.dom.foreground.appendChild(this.dom.measureCharMajor)}this.props.majorCharHeight=this.dom.measureCharMajor.clientHeight;this.props.majorCharWidth=this.dom.measureCharMajor.clientWidth};module.exports=TimeAxis},function(module,exports,__webpack_require__){\"use strict\";var keycharm=__webpack_require__(43);var Emitter=__webpack_require__(19);var Hammer=__webpack_require__(3);var util=__webpack_require__(7);function Activator(container){this.active=false;this.dom={container:container};this.dom.overlay=document.createElement(\"div\");this.dom.overlay.className=\"vis-overlay\";this.dom.container.appendChild(this.dom.overlay);this.hammer=Hammer(this.dom.overlay);this.hammer.on(\"tap\",this._onTapOverlay.bind(this));var me=this;var events=[\"tap\",\"doubletap\",\"press\",\"pinch\",\"pan\",\"panstart\",\"panmove\",\"panend\"];events.forEach(function(event){me.hammer.on(event,function(event){event.stopPropagation()})});if(document&&document.body){this.onClick=function(event){if(!_hasParent(event.target,container)){me.deactivate()}};document.body.addEventListener(\"click\",this.onClick)}if(this.keycharm!==undefined){this.keycharm.destroy()}this.keycharm=keycharm();this.escListener=this.deactivate.bind(this)}Emitter(Activator.prototype);Activator.current=null;Activator.prototype.destroy=function(){this.deactivate();this.dom.overlay.parentNode.removeChild(this.dom.overlay);if(this.onClick){document.body.removeEventListener(\"click\",this.onClick)}this.hammer.destroy();this.hammer=null};Activator.prototype.activate=function(){if(Activator.current){Activator.current.deactivate()}Activator.current=this;this.active=true;this.dom.overlay.style.display=\"none\";util.addClassName(this.dom.container,\"vis-active\");this.emit(\"change\");this.emit(\"activate\");this.keycharm.bind(\"esc\",this.escListener)};Activator.prototype.deactivate=function(){this.active=false;this.dom.overlay.style.display=\"\";util.removeClassName(this.dom.container,\"vis-active\");this.keycharm.unbind(\"esc\",this.escListener);this.emit(\"change\");this.emit(\"deactivate\")};Activator.prototype._onTapOverlay=function(event){this.activate();event.stopPropagation()};function _hasParent(element,parent){while(element){if(element===parent){return true}element=element.parentNode}return false}module.exports=Activator},function(module,exports,__webpack_require__){var __WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_ARRAY__,__WEBPACK_AMD_DEFINE_RESULT__;\"use strict\";(function(root,factory){if(true){!(__WEBPACK_AMD_DEFINE_ARRAY__=[],__WEBPACK_AMD_DEFINE_FACTORY__=factory,__WEBPACK_AMD_DEFINE_RESULT__=typeof __WEBPACK_AMD_DEFINE_FACTORY__===\"function\"?__WEBPACK_AMD_DEFINE_FACTORY__.apply(exports,__WEBPACK_AMD_DEFINE_ARRAY__):__WEBPACK_AMD_DEFINE_FACTORY__,__WEBPACK_AMD_DEFINE_RESULT__!==undefined&&(module.exports=__WEBPACK_AMD_DEFINE_RESULT__))}else if(typeof exports===\"object\"){module.exports=factory()}else{root.keycharm=factory()}})(this,function(){function keycharm(options){var preventDefault=options&&options.preventDefault||false;var container=options&&options.container||window;var _exportFunctions={};var _bound={keydown:{},keyup:{}};var _keys={};var i;for(i=97;i<=122;i++){_keys[String.fromCharCode(i)]={code:65+(i-97),shift:false}}for(i=65;i<=90;i++){_keys[String.fromCharCode(i)]={code:i,shift:true}}for(i=0;i<=9;i++){_keys[\"\"+i]={code:48+i,shift:false}}for(i=1;i<=12;i++){_keys[\"F\"+i]={code:111+i,shift:false}}for(i=0;i<=9;i++){_keys[\"num\"+i]={code:96+i,shift:false}}_keys[\"num*\"]={code:106,shift:false};_keys[\"num+\"]={code:107,shift:false};_keys[\"num-\"]={code:109,shift:false};_keys[\"num/\"]={code:111,shift:false};_keys[\"num.\"]={code:110,shift:false};_keys[\"left\"]={code:37,shift:false};_keys[\"up\"]={code:38,shift:false};_keys[\"right\"]={code:39,shift:false};_keys[\"down\"]={code:40,shift:false};_keys[\"space\"]={code:32,shift:false};_keys[\"enter\"]={code:13,shift:false};_keys[\"shift\"]={code:16,shift:undefined};_keys[\"esc\"]={code:27,shift:false};_keys[\"backspace\"]={code:8,shift:false};_keys[\"tab\"]={code:9,shift:false};_keys[\"ctrl\"]={code:17,shift:false};_keys[\"alt\"]={code:18,shift:false};_keys[\"delete\"]={code:46,shift:false};_keys[\"pageup\"]={code:33,shift:false};_keys[\"pagedown\"]={code:34,shift:false};_keys[\"=\"]={code:187,shift:false};_keys[\"-\"]={code:189,shift:false};_keys[\"]\"]={code:221,shift:false};_keys[\"[\"]={code:219,shift:false};var down=function(event){handleEvent(event,\"keydown\")};var up=function(event){handleEvent(event,\"keyup\")};var handleEvent=function(event,type){if(_bound[type][event.keyCode]!==undefined){var bound=_bound[type][event.keyCode];for(var i=0;i<bound.length;i++){if(bound[i].shift===undefined){bound[i].fn(event)}else if(bound[i].shift==true&&event.shiftKey==true){bound[i].fn(event)}else if(bound[i].shift==false&&event.shiftKey==false){bound[i].fn(event)}}if(preventDefault==true){event.preventDefault()}}};_exportFunctions.bind=function(key,callback,type){if(type===undefined){type=\"keydown\"}if(_keys[key]===undefined){throw new Error(\"unsupported key: \"+key)}if(_bound[type][_keys[key].code]===undefined){_bound[type][_keys[key].code]=[]}_bound[type][_keys[key].code].push({fn:callback,shift:_keys[key].shift})};_exportFunctions.bindAll=function(callback,type){if(type===undefined){type=\"keydown\"}for(var key in _keys){if(_keys.hasOwnProperty(key)){_exportFunctions.bind(key,callback,type)}}};_exportFunctions.getKey=function(event){for(var key in _keys){if(_keys.hasOwnProperty(key)){if(event.shiftKey==true&&_keys[key].shift==true&&event.keyCode==_keys[key].code){return key}else if(event.shiftKey==false&&_keys[key].shift==false&&event.keyCode==_keys[key].code){return key}else if(event.keyCode==_keys[key].code&&key==\"shift\"){return key}}}return\"unknown key, currently not supported\"};_exportFunctions.unbind=function(key,callback,type){if(type===undefined){type=\"keydown\"}if(_keys[key]===undefined){throw new Error(\"unsupported key: \"+key)}if(callback!==undefined){var newBindings=[];var bound=_bound[type][_keys[key].code];if(bound!==undefined){for(var i=0;i<bound.length;i++){if(!(bound[i].fn==callback&&bound[i].shift==_keys[key].shift)){newBindings.push(_bound[type][_keys[key].code][i])}}}_bound[type][_keys[key].code]=newBindings}else{_bound[type][_keys[key].code]=[]}};_exportFunctions.reset=function(){_bound={keydown:{},keyup:{}}};_exportFunctions.destroy=function(){_bound={keydown:{},keyup:{}};container.removeEventListener(\"keydown\",down,true);container.removeEventListener(\"keyup\",up,true)};container.addEventListener(\"keydown\",down,true);container.addEventListener(\"keyup\",up,true);return _exportFunctions}return keycharm})},function(module,exports,__webpack_require__){\"use strict\";var Hammer=__webpack_require__(3);var util=__webpack_require__(7);var Component=__webpack_require__(27);var moment=__webpack_require__(8);var locales=__webpack_require__(28);function CustomTime(body,options){this.body=body;this.defaultOptions={locales:locales,locale:\"en\",id:undefined};this.options=util.extend({},this.defaultOptions);if(options&&options.time){this.customTime=options.time}else{this.customTime=new Date}this.eventParams={};this.setOptions(options);this._create()}CustomTime.prototype=new Component;CustomTime.prototype.setOptions=function(options){if(options){util.selectiveExtend([\"locale\",\"locales\",\"id\"],this.options,options)}};CustomTime.prototype._create=function(){var bar=document.createElement(\"div\");bar[\"custom-time\"]=this;bar.className=\"vis-custom-time \"+(this.options.id||\"\");bar.style.position=\"absolute\";bar.style.top=\"0px\";bar.style.height=\"100%\";this.bar=bar;var drag=document.createElement(\"div\");drag.style.position=\"relative\";drag.style.top=\"0px\";drag.style.left=\"-10px\";drag.style.height=\"100%\";drag.style.width=\"20px\";bar.appendChild(drag);this.hammer=new Hammer(drag);this.hammer.on(\"panstart\",this._onDragStart.bind(this));this.hammer.on(\"panmove\",this._onDrag.bind(this));this.hammer.on(\"panend\",this._onDragEnd.bind(this));this.hammer.get(\"pan\").set({threshold:5,direction:30})};CustomTime.prototype.destroy=function(){this.hide();this.hammer.destroy();this.hammer=null;this.body=null};CustomTime.prototype.redraw=function(){var parent=this.body.dom.backgroundVertical;if(this.bar.parentNode!=parent){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}parent.appendChild(this.bar)}var x=this.body.util.toScreen(this.customTime);var locale=this.options.locales[this.options.locale];if(!locale){if(!this.warned){console.log(\"WARNING: options.locales['\"+this.options.locale+\"'] not found. See http://visjs.org/docs/timeline.html#Localization\");this.warned=true}locale=this.options.locales[\"en\"]}var title=locale.time+\": \"+moment(this.customTime).format(\"dddd, MMMM Do YYYY, H:mm:ss\");title=title.charAt(0).toUpperCase()+title.substring(1);this.bar.style.left=x+\"px\";this.bar.title=title;return false};CustomTime.prototype.hide=function(){if(this.bar.parentNode){this.bar.parentNode.removeChild(this.bar)}};CustomTime.prototype.setCustomTime=function(time){this.customTime=util.convert(time,\"Date\");this.redraw()};CustomTime.prototype.getCustomTime=function(){return new Date(this.customTime.valueOf())};CustomTime.prototype._onDragStart=function(event){this.eventParams.dragging=true;this.eventParams.customTime=this.customTime;event.stopPropagation()};CustomTime.prototype._onDrag=function(event){if(!this.eventParams.dragging)return;var x=this.body.util.toScreen(this.eventParams.customTime)+event.deltaX;var time=this.body.util.toTime(x);this.setCustomTime(time);this.body.emitter.emit(\"timechange\",{id:this.options.id,time:new Date(this.customTime.valueOf())});event.stopPropagation()};CustomTime.prototype._onDragEnd=function(event){if(!this.eventParams.dragging)return;this.body.emitter.emit(\"timechanged\",{id:this.options.id,time:new Date(this.customTime.valueOf())});event.stopPropagation()};CustomTime.customTimeFromTarget=function(event){var target=event.target;while(target){if(target.hasOwnProperty(\"custom-time\")){return target[\"custom-time\"]}target=target.parentNode}return null};module.exports=CustomTime},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _ColorPicker=__webpack_require__(46);var _ColorPicker2=_interopRequireDefault(_ColorPicker);var util=__webpack_require__(7);var Configurator=function(){function Configurator(parentModule,defaultContainer,configureOptions){var pixelRatio=arguments[3]===undefined?1:arguments[3];_classCallCheck(this,Configurator);this.parent=parentModule;this.changedOptions=[];this.container=defaultContainer;this.allowCreation=false;this.options={};this.defaultOptions={enabled:false,filter:true,container:undefined,showButton:true};util.extend(this.options,this.defaultOptions);this.configureOptions=configureOptions;this.moduleOptions={};this.domElements=[];this.colorPicker=new _ColorPicker2[\"default\"](pixelRatio);this.wrapper=undefined}_createClass(Configurator,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){var enabled=true;if(typeof options===\"string\"){this.options.filter=options}else if(options instanceof Array){this.options.filter=options.join()}else if(typeof options===\"object\"){if(options.container!==undefined){this.options.container=options.container}if(options.filter!==undefined){this.options.filter=options.filter}if(options.showButton!==undefined){this.options.showButton=options.showButton}if(options.enabled!==undefined){enabled=options.enabled}}else if(typeof options===\"boolean\"){this.options.filter=true;enabled=options}else if(typeof options===\"function\"){this.options.filter=options;enabled=true}if(this.options.filter===false){enabled=false}this.options.enabled=enabled}this._clean()}},{key:\"setModuleOptions\",value:function setModuleOptions(moduleOptions){this.moduleOptions=moduleOptions;if(this.options.enabled===true){this._clean();if(this.options.container!==undefined){this.container=this.options.container}this._create()}}},{key:\"_create\",value:function _create(){var _this=this;this._clean();this.changedOptions=[];var filter=this.options.filter;var counter=0;var show=false;for(var option in this.configureOptions){if(this.configureOptions.hasOwnProperty(option)){this.allowCreation=false;show=false;if(typeof filter===\"function\"){show=filter(option,[]);show=show||this._handleObject(this.configureOptions[option],[option],true)}else if(filter===true||filter.indexOf(option)!==-1){show=true}if(show!==false){this.allowCreation=true;if(counter>0){this._makeItem([])}this._makeHeader(option);this._handleObject(this.configureOptions[option],[option])}counter++}}if(this.options.showButton===true){(function(){var generateButton=document.createElement(\"div\");generateButton.className=\"vis-network-configuration button\";generateButton.innerHTML=\"generate options\";generateButton.onclick=function(){_this._printOptions()};generateButton.onmouseover=function(){generateButton.className=\"vis-network-configuration button hover\"};generateButton.onmouseout=function(){generateButton.className=\"vis-network-configuration button\"};_this.optionsContainer=document.createElement(\"div\");_this.optionsContainer.className=\"vis-network-configuration vis-option-container\";_this.domElements.push(_this.optionsContainer);_this.domElements.push(generateButton)})()}this._push();this.colorPicker.insertTo(this.container)}},{key:\"_push\",value:function _push(){this.wrapper=document.createElement(\"div\");this.wrapper.className=\"vis-network-configuration-wrapper\";this.container.appendChild(this.wrapper);for(var i=0;i<this.domElements.length;i++){this.wrapper.appendChild(this.domElements[i])}}},{key:\"_clean\",value:function _clean(){for(var i=0;i<this.domElements.length;i++){this.wrapper.removeChild(this.domElements[i])}if(this.wrapper!==undefined){this.container.removeChild(this.wrapper);this.wrapper=undefined}this.domElements=[]}},{key:\"_getValue\",value:function _getValue(path){var base=this.moduleOptions;for(var i=0;i<path.length;i++){if(base[path[i]]!==undefined){base=base[path[i]]}else{base=undefined;break}}return base}},{key:\"_makeItem\",value:function _makeItem(path){var _arguments=arguments,_this2=this;if(this.allowCreation===true){var _len,domElements,_key;(function(){var item=document.createElement(\"div\");item.className=\"vis-network-configuration item s\"+path.length;for(_len=_arguments.length,domElements=Array(_len>1?_len-1:0),_key=1;_key<_len;_key++){domElements[_key-1]=_arguments[_key]}domElements.forEach(function(element){item.appendChild(element)});_this2.domElements.push(item)})()}}},{key:\"_makeHeader\",value:function _makeHeader(name){var div=document.createElement(\"div\");div.className=\"vis-network-configuration header\";div.innerHTML=name;this._makeItem([],div)}},{key:\"_makeLabel\",value:function _makeLabel(name,path){var objectLabel=arguments[2]===undefined?false:arguments[2];var div=document.createElement(\"div\");div.className=\"vis-network-configuration label s\"+path.length;if(objectLabel===true){div.innerHTML=\"<i><b>\"+name+\":</b></i>\"}else{div.innerHTML=name+\":\"}return div}},{key:\"_makeDropdown\",value:function _makeDropdown(arr,value,path){var select=document.createElement(\"select\");select.className=\"vis-network-configuration select\";var selectedValue=0;if(value!==undefined){if(arr.indexOf(value)!==-1){selectedValue=arr.indexOf(value)}}for(var i=0;i<arr.length;i++){var option=document.createElement(\"option\");option.value=arr[i];if(i===selectedValue){option.selected=\"selected\"}option.innerHTML=arr[i];select.appendChild(option)}var me=this;select.onchange=function(){me._update(this.value,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,select)}},{key:\"_makeRange\",value:function _makeRange(arr,value,path){var defaultValue=arr[0];var min=arr[1];var max=arr[2];var step=arr[3];var range=document.createElement(\"input\");range.className=\"vis-network-configuration range\";try{range.type=\"range\";range.min=min;range.max=max}catch(err){}range.step=step;if(value!==undefined){if(value<0&&value*2<min){range.min=value*2}else if(value*.1<min){range.min=value/10}if(value*2>max&&max!==1){range.max=value*2}range.value=value}else{range.value=defaultValue}var input=document.createElement(\"input\");input.className=\"vis-network-configuration rangeinput\";input.value=range.value;var me=this;range.onchange=function(){input.value=this.value;me._update(Number(this.value),path)};range.oninput=function(){input.value=this.value};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,range,input)}},{key:\"_makeCheckbox\",value:function _makeCheckbox(defaultValue,value,path){var checkbox=document.createElement(\"input\");checkbox.type=\"checkbox\";checkbox.className=\"vis-network-configuration checkbox\";checkbox.checked=defaultValue;if(value!==undefined){checkbox.checked=value;if(value!==defaultValue){if(typeof defaultValue===\"object\"){if(value!==defaultValue.enabled){this.changedOptions.push({path:path,value:value})}}else{this.changedOptions.push({path:path,value:value})}}}var me=this;checkbox.onchange=function(){me._update(this.checked,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,checkbox)}},{key:\"_makeTextInput\",value:function _makeTextInput(defaultValue,value,path){var checkbox=document.createElement(\"input\");checkbox.type=\"text\";checkbox.className=\"vis-network-configuration text\";checkbox.value=value;if(value!==defaultValue){this.changedOptions.push({path:path,value:value})}var me=this;checkbox.onchange=function(){me._update(this.value,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,checkbox)}},{key:\"_makeColorField\",value:function _makeColorField(arr,value,path){var _this3=this;var defaultColor=arr[1];var div=document.createElement(\"div\");value=value===undefined?defaultColor:value;if(value!==\"none\"){div.className=\"vis-network-configuration colorBlock\";div.style.backgroundColor=value}else{div.className=\"vis-network-configuration colorBlock none\"}value=value===undefined?defaultColor:value;div.onclick=function(){_this3._showColorPicker(value,div,path)};var label=this._makeLabel(path[path.length-1],path);this._makeItem(path,label,div)}},{key:\"_showColorPicker\",value:function _showColorPicker(value,div,path){var _this4=this;var rect=div.getBoundingClientRect();var bodyRect=document.body.getBoundingClientRect();var pickerX=rect.left+rect.width+5;var pickerY=rect.top-bodyRect.top+rect.height*.5;this.colorPicker.show(pickerX,pickerY);this.colorPicker.setColor(value);this.colorPicker.setCallback(function(color){var colorString=\"rgba(\"+color.r+\",\"+color.g+\",\"+color.b+\",\"+color.a+\")\";div.style.backgroundColor=colorString;_this4._update(colorString,path)})}},{key:\"_handleObject\",value:function _handleObject(obj){var path=arguments[1]===undefined?[]:arguments[1];var checkOnly=arguments[2]===undefined?false:arguments[2];var show=false;var filter=this.options.filter;var visibleInSet=false;for(var subObj in obj){if(obj.hasOwnProperty(subObj)){show=true;var item=obj[subObj];var newPath=util.copyAndExtendArray(path,subObj);if(typeof filter===\"function\"){show=filter(subObj,path);if(show===false){if(!(item instanceof Array)&&typeof item!==\"string\"&&typeof item!==\"boolean\"&&item instanceof Object){this.allowCreation=false;show=this._handleObject(item,newPath,true);this.allowCreation=checkOnly===false}}}if(show!==false){visibleInSet=true;var value=this._getValue(newPath);if(item instanceof Array){this._handleArray(item,value,newPath)}else if(typeof item===\"string\"){this._makeTextInput(item,value,newPath)}else if(typeof item===\"boolean\"){this._makeCheckbox(item,value,newPath)}else if(item instanceof Object){var draw=true;if(path.indexOf(\"physics\")!==-1){if(this.moduleOptions.physics.solver!==subObj){draw=false}}if(draw===true){if(item.enabled!==undefined){var enabledPath=util.copyAndExtendArray(newPath,\"enabled\");var enabledValue=this._getValue(enabledPath);if(enabledValue===true){var label=this._makeLabel(subObj,newPath,true);this._makeItem(newPath,label);visibleInSet=this._handleObject(item,newPath)||visibleInSet}else{this._makeCheckbox(item,enabledValue,newPath)}}else{var label=this._makeLabel(subObj,newPath,true);this._makeItem(newPath,label);visibleInSet=this._handleObject(item,newPath)||visibleInSet}}}else{console.error(\"dont know how to handle\",item,subObj,newPath)}}}}return visibleInSet}},{key:\"_handleArray\",value:function _handleArray(arr,value,path){if(typeof arr[0]===\"string\"&&arr[0]===\"color\"){this._makeColorField(arr,value,path);if(arr[1]!==value){this.changedOptions.push({path:path,value:value})}}else if(typeof arr[0]===\"string\"){this._makeDropdown(arr,value,path);if(arr[0]!==value){this.changedOptions.push({path:path,value:value})}}else if(typeof arr[0]===\"number\"){this._makeRange(arr,value,path);if(arr[0]!==value){this.changedOptions.push({path:path,value:Number(value)})}}}},{key:\"_update\",value:function _update(value,path){var options=this._constructOptions(value,path);this.parent.setOptions(options)}},{key:\"_constructOptions\",value:function _constructOptions(value,path){var optionsObj=arguments[2]===undefined?{}:arguments[2];var pointer=optionsObj;value=value===\"true\"?true:value;value=value===\"false\"?false:value;for(var i=0;i<path.length;i++){if(path[i]!==\"global\"){if(pointer[path[i]]===undefined){pointer[path[i]]={}}if(i!==path.length-1){pointer=pointer[path[i]]}else{pointer[path[i]]=value}}}return optionsObj}},{key:\"_printOptions\",value:function _printOptions(){var options=this.getOptions();this.optionsContainer.innerHTML=\"<pre>var options = \"+JSON.stringify(options,null,2)+\"</pre>\"}},{key:\"getOptions\",value:function getOptions(){var options={};for(var i=0;i<this.changedOptions.length;i++){this._constructOptions(this.changedOptions[i].value,this.changedOptions[i].path,options)}return options}}]);return Configurator}();exports[\"default\"]=Configurator;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var Hammer=__webpack_require__(3);var hammerUtil=__webpack_require__(30);var util=__webpack_require__(7);var ColorPicker=function(){function ColorPicker(){var pixelRatio=arguments[0]===undefined?1:arguments[0];_classCallCheck(this,ColorPicker);this.pixelRatio=pixelRatio;this.generated=false;this.centerCoordinates={x:289/2,y:289/2};this.r=289*.49;this.color={r:255,g:255,b:255,a:1};this.hueCircle=undefined;this.initialColor={r:255,g:255,b:255,a:1};this.previousColor=undefined;this.applied=false;this.updateCallback=function(){};this._create()}_createClass(ColorPicker,[{key:\"insertTo\",value:function insertTo(container){if(this.hammer!==undefined){this.hammer.destroy();this.hammer=undefined}this.container=container;this.container.appendChild(this.frame);this._bindHammer();this._setSize()}},{key:\"setCallback\",value:function setCallback(callback){if(typeof callback===\"function\"){this.updateCallback=callback}else{throw new Error(\"Function attempted to set as colorPicker callback is not a function.\")}}},{key:\"_isColorString\",value:function _isColorString(color){var htmlColors={black:\"#000000\",navy:\"#000080\",darkblue:\"#00008B\",mediumblue:\"#0000CD\",blue:\"#0000FF\",darkgreen:\"#006400\",green:\"#008000\",teal:\"#008080\",darkcyan:\"#008B8B\",deepskyblue:\"#00BFFF\",darkturquoise:\"#00CED1\",mediumspringgreen:\"#00FA9A\",lime:\"#00FF00\",springgreen:\"#00FF7F\",aqua:\"#00FFFF\",cyan:\"#00FFFF\",midnightblue:\"#191970\",dodgerblue:\"#1E90FF\",lightseagreen:\"#20B2AA\",forestgreen:\"#228B22\",seagreen:\"#2E8B57\",darkslategray:\"#2F4F4F\",limegreen:\"#32CD32\",mediumseagreen:\"#3CB371\",turquoise:\"#40E0D0\",royalblue:\"#4169E1\",steelblue:\"#4682B4\",darkslateblue:\"#483D8B\",mediumturquoise:\"#48D1CC\",indigo:\"#4B0082\",darkolivegreen:\"#556B2F\",cadetblue:\"#5F9EA0\",cornflowerblue:\"#6495ED\",\nmediumaquamarine:\"#66CDAA\",dimgray:\"#696969\",slateblue:\"#6A5ACD\",olivedrab:\"#6B8E23\",slategray:\"#708090\",lightslategray:\"#778899\",mediumslateblue:\"#7B68EE\",lawngreen:\"#7CFC00\",chartreuse:\"#7FFF00\",aquamarine:\"#7FFFD4\",maroon:\"#800000\",purple:\"#800080\",olive:\"#808000\",gray:\"#808080\",skyblue:\"#87CEEB\",lightskyblue:\"#87CEFA\",blueviolet:\"#8A2BE2\",darkred:\"#8B0000\",darkmagenta:\"#8B008B\",saddlebrown:\"#8B4513\",darkseagreen:\"#8FBC8F\",lightgreen:\"#90EE90\",mediumpurple:\"#9370D8\",darkviolet:\"#9400D3\",palegreen:\"#98FB98\",darkorchid:\"#9932CC\",yellowgreen:\"#9ACD32\",sienna:\"#A0522D\",brown:\"#A52A2A\",darkgray:\"#A9A9A9\",lightblue:\"#ADD8E6\",greenyellow:\"#ADFF2F\",paleturquoise:\"#AFEEEE\",lightsteelblue:\"#B0C4DE\",powderblue:\"#B0E0E6\",firebrick:\"#B22222\",darkgoldenrod:\"#B8860B\",mediumorchid:\"#BA55D3\",rosybrown:\"#BC8F8F\",darkkhaki:\"#BDB76B\",silver:\"#C0C0C0\",mediumvioletred:\"#C71585\",indianred:\"#CD5C5C\",peru:\"#CD853F\",chocolate:\"#D2691E\",tan:\"#D2B48C\",lightgrey:\"#D3D3D3\",palevioletred:\"#D87093\",thistle:\"#D8BFD8\",orchid:\"#DA70D6\",goldenrod:\"#DAA520\",crimson:\"#DC143C\",gainsboro:\"#DCDCDC\",plum:\"#DDA0DD\",burlywood:\"#DEB887\",lightcyan:\"#E0FFFF\",lavender:\"#E6E6FA\",darksalmon:\"#E9967A\",violet:\"#EE82EE\",palegoldenrod:\"#EEE8AA\",lightcoral:\"#F08080\",khaki:\"#F0E68C\",aliceblue:\"#F0F8FF\",honeydew:\"#F0FFF0\",azure:\"#F0FFFF\",sandybrown:\"#F4A460\",wheat:\"#F5DEB3\",beige:\"#F5F5DC\",whitesmoke:\"#F5F5F5\",mintcream:\"#F5FFFA\",ghostwhite:\"#F8F8FF\",salmon:\"#FA8072\",antiquewhite:\"#FAEBD7\",linen:\"#FAF0E6\",lightgoldenrodyellow:\"#FAFAD2\",oldlace:\"#FDF5E6\",red:\"#FF0000\",fuchsia:\"#FF00FF\",magenta:\"#FF00FF\",deeppink:\"#FF1493\",orangered:\"#FF4500\",tomato:\"#FF6347\",hotpink:\"#FF69B4\",coral:\"#FF7F50\",darkorange:\"#FF8C00\",lightsalmon:\"#FFA07A\",orange:\"#FFA500\",lightpink:\"#FFB6C1\",pink:\"#FFC0CB\",gold:\"#FFD700\",peachpuff:\"#FFDAB9\",navajowhite:\"#FFDEAD\",moccasin:\"#FFE4B5\",bisque:\"#FFE4C4\",mistyrose:\"#FFE4E1\",blanchedalmond:\"#FFEBCD\",papayawhip:\"#FFEFD5\",lavenderblush:\"#FFF0F5\",seashell:\"#FFF5EE\",cornsilk:\"#FFF8DC\",lemonchiffon:\"#FFFACD\",floralwhite:\"#FFFAF0\",snow:\"#FFFAFA\",yellow:\"#FFFF00\",lightyellow:\"#FFFFE0\",ivory:\"#FFFFF0\",white:\"#FFFFFF\"};if(typeof color===\"string\"){return htmlColors[color]}}},{key:\"setColor\",value:function setColor(color){var setInitial=arguments[1]===undefined?true:arguments[1];if(color===\"none\"){return}var rgba=undefined;var htmlColor=this._isColorString(color);if(htmlColor!==undefined){color=htmlColor}if(util.isString(color)===true){if(util.isValidRGB(color)===true){var rgbaArray=color.substr(4).substr(0,color.length-5).split(\",\");rgba={r:rgbaArray[0],g:rgbaArray[1],b:rgbaArray[2],a:1}}else if(util.isValidRGBA(color)===true){var rgbaArray=color.substr(5).substr(0,color.length-6).split(\",\");rgba={r:rgbaArray[0],g:rgbaArray[1],b:rgbaArray[2],a:rgbaArray[3]}}else if(util.isValidHex(color)===true){var rgbObj=util.hexToRGB(color);rgba={r:rgbObj.r,g:rgbObj.g,b:rgbObj.b,a:1}}}else{if(color instanceof Object){if(color.r!==undefined&&color.g!==undefined&&color.b!==undefined){var alpha=color.a!==undefined?color.a:\"1.0\";rgba={r:color.r,g:color.g,b:color.b,a:alpha}}}}if(rgba===undefined){throw new Error(\"Unknown color passed to the colorPicker. Supported are strings: rgb, hex, rgba. Object: rgb ({r:r,g:g,b:b,[a:a]}). Supplied: \"+JSON.stringify(color))}else{this._setColor(rgba,setInitial)}}},{key:\"show\",value:function show(x,y){this.applied=false;this.frame.style.display=\"block\";this.frame.style.top=y+\"px\";this.frame.style.left=x+\"px\";this._generateHueCircle()}},{key:\"_hide\",value:function _hide(){var storePrevious=arguments[0]===undefined?true:arguments[0];if(storePrevious===true){this.previousColor=util.extend({},this.color)}if(this.applied===true){this.updateCallback(this.initialColor)}this.frame.style.display=\"none\"}},{key:\"_save\",value:function _save(){this.updateCallback(this.color);this.applied=false;this._hide()}},{key:\"_apply\",value:function _apply(){this.applied=true;this.updateCallback(this.color);this._updatePicker(this.color)}},{key:\"_loadLast\",value:function _loadLast(){if(this.previousColor!==undefined){this.setColor(this.previousColor,false)}else{alert(\"There is no last color to load...\")}}},{key:\"_setColor\",value:function _setColor(rgba){var setInitial=arguments[1]===undefined?true:arguments[1];if(setInitial===true){this.initialColor=util.extend({},rgba)}this.color=rgba;var hsv=util.RGBToHSV(rgba.r,rgba.g,rgba.b);var angleConvert=2*Math.PI;var radius=this.r*hsv.s;var x=this.centerCoordinates.x+radius*Math.sin(angleConvert*hsv.h);var y=this.centerCoordinates.y+radius*Math.cos(angleConvert*hsv.h);this.colorPickerSelector.style.left=x-.5*this.colorPickerSelector.clientWidth+\"px\";this.colorPickerSelector.style.top=y-.5*this.colorPickerSelector.clientHeight+\"px\";this._updatePicker(rgba)}},{key:\"_setOpacity\",value:function _setOpacity(value){this.color.a=value/100;this._updatePicker(this.color)}},{key:\"_setBrightness\",value:function _setBrightness(value){var hsv=util.RGBToHSV(this.color.r,this.color.g,this.color.b);hsv.v=value/100;var rgba=util.HSVToRGB(hsv.h,hsv.s,hsv.v);rgba[\"a\"]=this.color.a;this.color=rgba;this._updatePicker()}},{key:\"_updatePicker\",value:function _updatePicker(){var rgba=arguments[0]===undefined?this.color:arguments[0];var hsv=util.RGBToHSV(rgba.r,rgba.g,rgba.b);var ctx=this.colorPickerCanvas.getContext(\"2d\");if(this.pixelRation===undefined){this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1)}ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);var w=this.colorPickerCanvas.clientWidth;var h=this.colorPickerCanvas.clientHeight;ctx.clearRect(0,0,w,h);ctx.putImageData(this.hueCircle,0,0);ctx.fillStyle=\"rgba(0,0,0,\"+(1-hsv.v)+\")\";ctx.circle(this.centerCoordinates.x,this.centerCoordinates.y,this.r);ctx.fill();this.brightnessRange.value=100*hsv.v;this.opacityRange.value=100*rgba.a;this.initialColorDiv.style.backgroundColor=\"rgba(\"+this.initialColor.r+\",\"+this.initialColor.g+\",\"+this.initialColor.b+\",\"+this.initialColor.a+\")\";this.newColorDiv.style.backgroundColor=\"rgba(\"+this.color.r+\",\"+this.color.g+\",\"+this.color.b+\",\"+this.color.a+\")\"}},{key:\"_setSize\",value:function _setSize(){this.colorPickerCanvas.style.width=\"100%\";this.colorPickerCanvas.style.height=\"100%\";this.colorPickerCanvas.width=289*this.pixelRatio;this.colorPickerCanvas.height=289*this.pixelRatio}},{key:\"_create\",value:function _create(){this.frame=document.createElement(\"div\");this.frame.className=\"vis-color-picker\";this.colorPickerDiv=document.createElement(\"div\");this.colorPickerSelector=document.createElement(\"div\");this.colorPickerSelector.className=\"vis-selector\";this.colorPickerDiv.appendChild(this.colorPickerSelector);this.colorPickerCanvas=document.createElement(\"canvas\");this.colorPickerDiv.appendChild(this.colorPickerCanvas);if(!this.colorPickerCanvas.getContext){var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.colorPickerCanvas.appendChild(noCanvas)}else{var ctx=this.colorPickerCanvas.getContext(\"2d\");this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1);this.colorPickerCanvas.getContext(\"2d\").setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0)}this.colorPickerDiv.className=\"vis-color\";this.opacityDiv=document.createElement(\"div\");this.opacityDiv.className=\"vis-opacity\";this.brightnessDiv=document.createElement(\"div\");this.brightnessDiv.className=\"vis-brightness\";this.arrowDiv=document.createElement(\"div\");this.arrowDiv.className=\"vis-arrow\";this.opacityRange=document.createElement(\"input\");try{this.opacityRange.type=\"range\";this.opacityRange.min=\"0\";this.opacityRange.max=\"100\"}catch(err){}this.opacityRange.value=\"100\";this.opacityRange.className=\"vis-range\";this.brightnessRange=document.createElement(\"input\");try{this.brightnessRange.type=\"range\";this.brightnessRange.min=\"0\";this.brightnessRange.max=\"100\"}catch(err){}this.brightnessRange.value=\"100\";this.brightnessRange.className=\"vis-range\";this.opacityDiv.appendChild(this.opacityRange);this.brightnessDiv.appendChild(this.brightnessRange);var me=this;this.opacityRange.onchange=function(){me._setOpacity(this.value)};this.opacityRange.oninput=function(){me._setOpacity(this.value)};this.brightnessRange.onchange=function(){me._setBrightness(this.value)};this.brightnessRange.oninput=function(){me._setBrightness(this.value)};this.brightnessLabel=document.createElement(\"div\");this.brightnessLabel.className=\"vis-label vis-brightness\";this.brightnessLabel.innerHTML=\"brightness:\";this.opacityLabel=document.createElement(\"div\");this.opacityLabel.className=\"vis-label vis-opacity\";this.opacityLabel.innerHTML=\"opacity:\";this.newColorDiv=document.createElement(\"div\");this.newColorDiv.className=\"vis-new-color\";this.newColorDiv.innerHTML=\"new\";this.initialColorDiv=document.createElement(\"div\");this.initialColorDiv.className=\"vis-initial-color\";this.initialColorDiv.innerHTML=\"initial\";this.cancelButton=document.createElement(\"div\");this.cancelButton.className=\"vis-button vis-cancel\";this.cancelButton.innerHTML=\"cancel\";this.cancelButton.onclick=this._hide.bind(this,false);this.applyButton=document.createElement(\"div\");this.applyButton.className=\"vis-button vis-apply\";this.applyButton.innerHTML=\"apply\";this.applyButton.onclick=this._apply.bind(this);this.saveButton=document.createElement(\"div\");this.saveButton.className=\"vis-button vis-save\";this.saveButton.innerHTML=\"save\";this.saveButton.onclick=this._save.bind(this);this.loadButton=document.createElement(\"div\");this.loadButton.className=\"vis-button vis-load\";this.loadButton.innerHTML=\"load last\";this.loadButton.onclick=this._loadLast.bind(this);this.frame.appendChild(this.colorPickerDiv);this.frame.appendChild(this.arrowDiv);this.frame.appendChild(this.brightnessLabel);this.frame.appendChild(this.brightnessDiv);this.frame.appendChild(this.opacityLabel);this.frame.appendChild(this.opacityDiv);this.frame.appendChild(this.newColorDiv);this.frame.appendChild(this.initialColorDiv);this.frame.appendChild(this.cancelButton);this.frame.appendChild(this.applyButton);this.frame.appendChild(this.saveButton);this.frame.appendChild(this.loadButton)}},{key:\"_bindHammer\",value:function _bindHammer(){var _this=this;this.drag={};this.pinch={};this.hammer=new Hammer(this.colorPickerCanvas);this.hammer.get(\"pinch\").set({enable:true});hammerUtil.onTouch(this.hammer,function(event){_this._moveSelector(event)});this.hammer.on(\"tap\",function(event){_this._moveSelector(event)});this.hammer.on(\"panstart\",function(event){_this._moveSelector(event)});this.hammer.on(\"panmove\",function(event){_this._moveSelector(event)});this.hammer.on(\"panend\",function(event){_this._moveSelector(event)})}},{key:\"_generateHueCircle\",value:function _generateHueCircle(){if(this.generated===false){var ctx=this.colorPickerCanvas.getContext(\"2d\");if(this.pixelRation===undefined){this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1)}ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);var w=this.colorPickerCanvas.clientWidth;var h=this.colorPickerCanvas.clientHeight;ctx.clearRect(0,0,w,h);var x=undefined,y=undefined,hue=undefined,sat=undefined;this.centerCoordinates={x:w*.5,y:h*.5};this.r=.49*w;var angleConvert=2*Math.PI/360;var hfac=1/360;var sfac=1/this.r;var rgb=undefined;for(hue=0;hue<360;hue++){for(sat=0;sat<this.r;sat++){x=this.centerCoordinates.x+sat*Math.sin(angleConvert*hue);y=this.centerCoordinates.y+sat*Math.cos(angleConvert*hue);rgb=util.HSVToRGB(hue*hfac,sat*sfac,1);ctx.fillStyle=\"rgb(\"+rgb.r+\",\"+rgb.g+\",\"+rgb.b+\")\";ctx.fillRect(x-.5,y-.5,2,2)}}ctx.strokeStyle=\"rgba(0,0,0,1)\";ctx.circle(this.centerCoordinates.x,this.centerCoordinates.y,this.r);ctx.stroke();this.hueCircle=ctx.getImageData(0,0,w,h)}this.generated=true}},{key:\"_moveSelector\",value:function _moveSelector(event){var rect=this.colorPickerDiv.getBoundingClientRect();var left=event.center.x-rect.left;var top=event.center.y-rect.top;var centerY=.5*this.colorPickerDiv.clientHeight;var centerX=.5*this.colorPickerDiv.clientWidth;var x=left-centerX;var y=top-centerY;var angle=Math.atan2(x,y);var radius=.98*Math.min(Math.sqrt(x*x+y*y),centerX);var newTop=Math.cos(angle)*radius+centerY;var newLeft=Math.sin(angle)*radius+centerX;this.colorPickerSelector.style.top=newTop-.5*this.colorPickerSelector.clientHeight+\"px\";this.colorPickerSelector.style.left=newLeft-.5*this.colorPickerSelector.clientWidth+\"px\";var h=angle/(2*Math.PI);h=h<0?h+1:h;var s=radius/this.r;var hsv=util.RGBToHSV(this.color.r,this.color.g,this.color.b);hsv.h=h;hsv.s=s;var rgba=util.HSVToRGB(hsv.h,hsv.s,hsv.v);rgba[\"a\"]=this.color.a;this.color=rgba;this.initialColorDiv.style.backgroundColor=\"rgba(\"+this.initialColor.r+\",\"+this.initialColor.g+\",\"+this.initialColor.b+\",\"+this.initialColor.a+\")\";this.newColorDiv.style.backgroundColor=\"rgba(\"+this.color.r+\",\"+this.color.g+\",\"+this.color.b+\",\"+this.color.a+\")\"}}]);return ColorPicker}();exports[\"default\"]=ColorPicker;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(7);var errorFound=false;var allOptions=undefined;var printStyle=\"background: #FFeeee; color: #dd0000\";var Validator=function(){function Validator(){_classCallCheck(this,Validator)}_createClass(Validator,null,[{key:\"validate\",value:function validate(options,referenceOptions,subObject){errorFound=false;allOptions=referenceOptions;var usedOptions=referenceOptions;if(subObject!==undefined){usedOptions=referenceOptions[subObject]}Validator.parse(options,usedOptions,[]);return errorFound}},{key:\"parse\",value:function parse(options,referenceOptions,path){for(var option in options){if(options.hasOwnProperty(option)){Validator.check(option,options,referenceOptions,path)}}}},{key:\"check\",value:function check(option,options,referenceOptions,path){if(referenceOptions[option]===undefined&&referenceOptions.__any__===undefined){Validator.getSuggestion(option,referenceOptions,path)}else if(referenceOptions[option]===undefined&&referenceOptions.__any__!==undefined){if(Validator.getType(options[option])===\"object\"&&referenceOptions[\"__any__\"].__type__!==undefined){Validator.checkFields(option,options,referenceOptions,\"__any__\",referenceOptions[\"__any__\"].__type__,path)}else{Validator.checkFields(option,options,referenceOptions,\"__any__\",referenceOptions[\"__any__\"],path)}}else{if(referenceOptions[option].__type__!==undefined){Validator.checkFields(option,options,referenceOptions,option,referenceOptions[option].__type__,path)}else{Validator.checkFields(option,options,referenceOptions,option,referenceOptions[option],path)}}}},{key:\"checkFields\",value:function checkFields(option,options,referenceOptions,referenceOption,refOptionObj,path){var optionType=Validator.getType(options[option]);var refOptionType=refOptionObj[optionType];if(refOptionType!==undefined){if(Validator.getType(refOptionType)===\"array\"){if(refOptionType.indexOf(options[option])===-1){console.log('%cInvalid option detected in \"'+option+'\".'+\" Allowed values are:\"+Validator.print(refOptionType)+' not \"'+options[option]+'\". '+Validator.printLocation(path,option),printStyle);errorFound=true}else if(optionType===\"object\"&&referenceOption!==\"__any__\"){path=util.copyAndExtendArray(path,option);Validator.parse(options[option],referenceOptions[referenceOption],path)}}else if(optionType===\"object\"&&referenceOption!==\"__any__\"){path=util.copyAndExtendArray(path,option);Validator.parse(options[option],referenceOptions[referenceOption],path)}}else if(refOptionObj[\"any\"]===undefined){console.log('%cInvalid type received for \"'+option+'\". Expected: '+Validator.print(Object.keys(refOptionObj))+\". Received [\"+optionType+'] \"'+options[option]+'\"'+Validator.printLocation(path,option),printStyle);errorFound=true}}},{key:\"getType\",value:function getType(object){var type=typeof object;if(type===\"object\"){if(object===null){return\"null\"}if(object instanceof Boolean){return\"boolean\"}if(object instanceof Number){return\"number\"}if(object instanceof String){return\"string\"}if(Array.isArray(object)){return\"array\"}if(object instanceof Date){return\"date\"}if(object.nodeType!==undefined){return\"dom\"}if(object._isAMomentObject===true){return\"moment\"}return\"object\"}else if(type===\"number\"){return\"number\"}else if(type===\"boolean\"){return\"boolean\"}else if(type===\"string\"){return\"string\"}else if(type===undefined){return\"undefined\"}return type}},{key:\"getSuggestion\",value:function getSuggestion(option,options,path){var localSearch=Validator.findInOptions(option,options,path,false);var globalSearch=Validator.findInOptions(option,allOptions,[],true);var localSearchThreshold=8;var globalSearchThreshold=4;if(localSearch.indexMatch!==undefined){console.log('%cUnknown option detected: \"'+option+'\" in '+Validator.printLocation(localSearch.path,option,\"\")+'Perhaps it was incomplete? Did you mean: \"'+localSearch.indexMatch+'\"?\\n\\n',printStyle)}else if(globalSearch.distance<=globalSearchThreshold&&localSearch.distance>globalSearch.distance){console.log('%cUnknown option detected: \"'+option+'\" in '+Validator.printLocation(localSearch.path,option,\"\")+\"Perhaps it was misplaced? Matching option found at: \"+Validator.printLocation(globalSearch.path,globalSearch.closestMatch,\"\"),printStyle)}else if(localSearch.distance<=localSearchThreshold){console.log('%cUnknown option detected: \"'+option+'\". Did you mean \"'+localSearch.closestMatch+'\"?'+Validator.printLocation(localSearch.path,option),printStyle)}else{console.log('%cUnknown option detected: \"'+option+'\". Did you mean one of these: '+Validator.print(Object.keys(options))+Validator.printLocation(path,option),printStyle)}errorFound=true}},{key:\"findInOptions\",value:function findInOptions(option,options,path){var recursive=arguments[3]===undefined?false:arguments[3];var min=1e9;var closestMatch=\"\";var closestMatchPath=[];var lowerCaseOption=option.toLowerCase();var indexMatch=undefined;for(var op in options){var distance=undefined;if(options[op].__type__!==undefined&&recursive===true){var result=Validator.findInOptions(option,options[op],util.copyAndExtendArray(path,op));if(min>result.distance){closestMatch=result.closestMatch;closestMatchPath=result.path;min=result.distance;indexMatch=result.indexMatch}}else{if(op.toLowerCase().indexOf(lowerCaseOption)!==-1){indexMatch=op}distance=Validator.levenshteinDistance(option,op);if(min>distance){closestMatch=op;closestMatchPath=util.copyArray(path);min=distance}}}return{closestMatch:closestMatch,path:closestMatchPath,distance:min,indexMatch:indexMatch}}},{key:\"printLocation\",value:function printLocation(path,option){var prefix=arguments[2]===undefined?\"Problem value found at: \\n\":arguments[2];var str=\"\\n\\n\"+prefix+\"options = {\\n\";for(var i=0;i<path.length;i++){for(var j=0;j<i+1;j++){str+=\" \"}str+=path[i]+\": {\\n\"}for(var j=0;j<path.length+1;j++){str+=\" \"}str+=option+\"\\n\";for(var i=0;i<path.length+1;i++){for(var j=0;j<path.length-i;j++){str+=\" \"}str+=\"}\\n\"}return str+\"\\n\\n\"}},{key:\"print\",value:function print(options){return JSON.stringify(options).replace(/(\\\")|(\\[)|(\\])|(,\"__type__\")/g,\"\").replace(/(\\,)/g,\", \")}},{key:\"levenshteinDistance\",value:function levenshteinDistance(a,b){if(a.length===0)return b.length;if(b.length===0)return a.length;var matrix=[];var i;for(i=0;i<=b.length;i++){matrix[i]=[i]}var j;for(j=0;j<=a.length;j++){matrix[0][j]=j}for(i=1;i<=b.length;i++){for(j=1;j<=a.length;j++){if(b.charAt(i-1)==a.charAt(j-1)){matrix[i][j]=matrix[i-1][j-1]}else{matrix[i][j]=Math.min(matrix[i-1][j-1]+1,Math.min(matrix[i][j-1]+1,matrix[i-1][j]+1))}}}return matrix[b.length][a.length]}}]);return Validator}();exports[\"default\"]=Validator;exports.printStyle=printStyle},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var string=\"string\";var boolean=\"boolean\";var number=\"number\";var array=\"array\";var date=\"date\";var object=\"object\";var dom=\"dom\";var moment=\"moment\";var any=\"any\";var allOptions={configure:{enabled:{\"boolean\":boolean},filter:{\"boolean\":boolean,\"function\":\"function\"},container:{dom:dom},__type__:{object:object,\"boolean\":boolean,\"function\":\"function\"}},align:{string:string},autoResize:{\"boolean\":boolean},clickToUse:{\"boolean\":boolean},dataAttributes:{string:string,array:array},editable:{add:{\"boolean\":boolean,undefined:\"undefined\"},remove:{\"boolean\":boolean,undefined:\"undefined\"},updateGroup:{\"boolean\":boolean,undefined:\"undefined\"},updateTime:{\"boolean\":boolean,undefined:\"undefined\"},__type__:{\"boolean\":boolean,object:object}},end:{number:number,date:date,string:string,moment:moment},format:{minorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object}},majorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object}},__type__:{object:object}},groupOrder:{string:string,\"function\":\"function\"},height:{string:string,number:number},hiddenDates:{object:object,array:array},locale:{string:string},locales:{__any__:{any:any},__type__:{object:object}},margin:{axis:{number:number},item:{horizontal:{number:number,undefined:\"undefined\"},vertical:{number:number,undefined:\"undefined\"},__type__:{object:object,number:number}},__type__:{object:object,number:number}},max:{date:date,number:number,string:string,moment:moment},maxHeight:{number:number,string:string},min:{date:date,number:number,string:string,moment:moment},minHeight:{number:number,string:string},moveable:{\"boolean\":boolean},multiselect:{\"boolean\":boolean},onAdd:{\"function\":\"function\"},onUpdate:{\"function\":\"function\"},onMove:{\"function\":\"function\"},onMoving:{\"function\":\"function\"},onRemove:{\"function\":\"function\"},order:{\"function\":\"function\"},orientation:{axis:{string:string,undefined:\"undefined\"},item:{string:string,undefined:\"undefined\"},__type__:{string:string,object:object}},selectable:{\"boolean\":boolean},showCurrentTime:{\"boolean\":boolean},showMajorLabels:{\"boolean\":boolean},showMinorLabels:{\"boolean\":boolean},stack:{\"boolean\":boolean},snap:{\"function\":\"function\",\"null\":\"null\"},start:{date:date,number:number,string:string,moment:moment},template:{\"function\":\"function\"},timeAxis:{scale:{string:string,undefined:\"undefined\"},step:{number:number,undefined:\"undefined\"},__type__:{object:object}},type:{string:string},width:{string:string,number:number},zoomable:{\"boolean\":boolean},zoomMax:{number:number},zoomMin:{number:number},__type__:{object:object}};var configureOptions={global:{align:[\"center\",\"left\",\"right\"],autoResize:true,clickToUse:false,editable:{add:false,remove:false,updateGroup:false,updateTime:false},end:\"\",format:{minorLabels:{millisecond:\"SSS\",second:\"s\",minute:\"HH:mm\",hour:\"HH:mm\",weekday:\"ddd D\",day:\"D\",month:\"MMM\",year:\"YYYY\"},majorLabels:{millisecond:\"HH:mm:ss\",second:\"D MMMM HH:mm\",minute:\"ddd D MMMM\",hour:\"ddd D MMMM\",weekday:\"MMMM YYYY\",day:\"MMMM YYYY\",month:\"YYYY\",year:\"\"}},height:\"\",locale:\"\",margin:{axis:[20,0,100,1],item:{horizontal:[10,0,100,1],vertical:[10,0,100,1]}},max:\"\",maxHeight:\"\",min:\"\",minHeight:\"\",moveable:false,multiselect:false,orientation:{axis:[\"both\",\"bottom\",\"top\"],item:[\"bottom\",\"top\"]},selectable:true,showCurrentTime:false,showMajorLabels:true,showMinorLabels:true,stack:true,start:\"\",type:[\"box\",\"point\",\"range\",\"background\"],width:\"100%\",zoomable:true,zoomMax:[31536e10,10,31536e10,1],zoomMin:[10,10,31536e10,1]}};exports.allOptions=allOptions;exports.configureOptions=configureOptions},function(module,exports,__webpack_require__){\"use strict\";var Emitter=__webpack_require__(19);var Hammer=__webpack_require__(3);var util=__webpack_require__(7);var DataSet=__webpack_require__(14);var DataView=__webpack_require__(16);var Range=__webpack_require__(29);var Core=__webpack_require__(32);var TimeAxis=__webpack_require__(41);var CurrentTime=__webpack_require__(26);var CustomTime=__webpack_require__(44);var LineGraph=__webpack_require__(50);var Configurator=__webpack_require__(45);var Validator=__webpack_require__(47)[\"default\"];var printStyle=__webpack_require__(47).printStyle;var allOptions=__webpack_require__(58).allOptions;var configureOptions=__webpack_require__(58).configureOptions;function Graph2d(container,items,groups,options){if(!(Array.isArray(groups)||groups instanceof DataSet)&&groups instanceof Object){var forthArgument=options;options=groups;groups=forthArgument}var me=this;this.defaultOptions={start:null,end:null,autoResize:true,orientation:{axis:\"bottom\",item:\"bottom\"},width:null,height:null,maxHeight:null,minHeight:null};this.options=util.deepExtend({},this.defaultOptions);this._create(container);this.components=[];this.body={dom:this.dom,domProps:this.props,emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this)},hiddenDates:[],util:{toScreen:me._toScreen.bind(me),toGlobalScreen:me._toGlobalScreen.bind(me),toTime:me._toTime.bind(me),toGlobalTime:me._toGlobalTime.bind(me)}};this.range=new Range(this.body);this.components.push(this.range);this.body.range=this.range;this.timeAxis=new TimeAxis(this.body);this.components.push(this.timeAxis);this.currentTime=new CurrentTime(this.body);this.components.push(this.currentTime);this.linegraph=new LineGraph(this.body);this.components.push(this.linegraph);this.itemsData=null;this.groupsData=null;this.on(\"tap\",function(event){me.emit(\"click\",me.getEventProperties(event))});this.on(\"doubletap\",function(event){me.emit(\"doubleClick\",me.getEventProperties(event))});this.dom.root.oncontextmenu=function(event){me.emit(\"contextmenu\",me.getEventProperties(event))};if(options){this.setOptions(options)}if(groups){this.setGroups(groups)}if(items){this.setItems(items)}else{this._redraw()}}Graph2d.prototype=new Core;Graph2d.prototype.setOptions=function(options){var errorFound=Validator.validate(options,allOptions);if(errorFound===true){console.log(\"%cErrors have been found in the supplied options object.\",printStyle)}Core.prototype.setOptions.call(this,options)};Graph2d.prototype.setItems=function(items){var initialLoad=this.itemsData==null;var newDataSet;if(!items){newDataSet=null}else if(items instanceof DataSet||items instanceof DataView){newDataSet=items}else{newDataSet=new DataSet(items,{type:{start:\"Date\",end:\"Date\"}})}this.itemsData=newDataSet;this.linegraph&&this.linegraph.setItems(newDataSet);if(initialLoad){if(this.options.start!=undefined||this.options.end!=undefined){var start=this.options.start!=undefined?this.options.start:null;var end=this.options.end!=undefined?this.options.end:null;this.setWindow(start,end,{animation:false})}else{this.fit({animation:false})}}};Graph2d.prototype.setGroups=function(groups){var newDataSet;if(!groups){newDataSet=null}else if(groups instanceof DataSet||groups instanceof DataView){newDataSet=groups}else{newDataSet=new DataSet(groups)}this.groupsData=newDataSet;this.linegraph.setGroups(newDataSet)};Graph2d.prototype.getLegend=function(groupId,width,height){if(width===undefined){width=15}if(height===undefined){height=15}if(this.linegraph.groups[groupId]!==undefined){return this.linegraph.groups[groupId].getLegend(width,height)}else{return\"cannot find group:\"+groupId}};Graph2d.prototype.isGroupVisible=function(groupId){if(this.linegraph.groups[groupId]!==undefined){return this.linegraph.groups[groupId].visible&&(this.linegraph.options.groups.visibility[groupId]===undefined||this.linegraph.options.groups.visibility[groupId]==true)}else{return false}};Graph2d.prototype.getDataRange=function(){var min=null;var max=null;for(var groupId in this.linegraph.groups){if(this.linegraph.groups.hasOwnProperty(groupId)){if(this.linegraph.groups[groupId].visible==true){for(var i=0;i<this.linegraph.groups[groupId].itemsData.length;i++){var item=this.linegraph.groups[groupId].itemsData[i];var value=util.convert(item.x,\"Date\").valueOf();min=min==null?value:min>value?value:min;max=max==null?value:max<value?value:max}}}}return{min:min!=null?new Date(min):null,max:max!=null?new Date(max):null}};Graph2d.prototype.getEventProperties=function(event){var clientX=event.center?event.center.x:event.clientX;var clientY=event.center?event.center.y:event.clientY;var x=clientX-util.getAbsoluteLeft(this.dom.centerContainer);var y=clientY-util.getAbsoluteTop(this.dom.centerContainer);var time=this._toTime(x);var customTime=CustomTime.customTimeFromTarget(event);var element=util.getTarget(event);var what=null;if(util.hasParent(element,this.timeAxis.dom.foreground)){what=\"axis\"}else if(this.timeAxis2&&util.hasParent(element,this.timeAxis2.dom.foreground)){what=\"axis\"}else if(util.hasParent(element,this.linegraph.yAxisLeft.dom.frame)){what=\"data-axis\"}else if(util.hasParent(element,this.linegraph.yAxisRight.dom.frame)){what=\"data-axis\"}else if(util.hasParent(element,this.linegraph.legendLeft.dom.frame)){what=\"legend\"}else if(util.hasParent(element,this.linegraph.legendRight.dom.frame)){what=\"legend\"}else if(customTime!=null){what=\"custom-time\"}else if(util.hasParent(element,this.currentTime.bar)){what=\"current-time\"}else if(util.hasParent(element,this.dom.center)){what=\"background\"}var value=[];var yAxisLeft=this.linegraph.yAxisLeft;var yAxisRight=this.linegraph.yAxisRight;if(!yAxisLeft.hidden){value.push(yAxisLeft.screenToValue(y))}if(!yAxisRight.hidden){value.push(yAxisRight.screenToValue(y))}return{event:event,what:what,pageX:event.srcEvent?event.srcEvent.pageX:event.pageX,pageY:event.srcEvent?event.srcEvent.pageY:event.pageY,x:x,y:y,time:time,value:value}};Graph2d.prototype._createConfigurator=function(){return new Configurator(this,this.dom.container,configureOptions)};module.exports=Graph2d},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(7);var DOMutil=__webpack_require__(13);var DataSet=__webpack_require__(14);var DataView=__webpack_require__(16);var Component=__webpack_require__(27);var DataAxis=__webpack_require__(51);var GraphGroup=__webpack_require__(53);var Legend=__webpack_require__(57);var BarFunctions=__webpack_require__(56);var LineFunctions=__webpack_require__(54);var UNGROUPED=\"__ungrouped__\";function LineGraph(body,options){this.id=util.randomUUID();this.body=body;this.defaultOptions={yAxisOrientation:\"left\",defaultGroup:\"default\",sort:true,sampling:true,stack:false,graphHeight:\"400px\",shaded:{enabled:false,orientation:\"bottom\"},style:\"line\",barChart:{width:50,sideBySide:false,align:\"center\"},interpolation:{enabled:true,parametrization:\"centripetal\",alpha:.5},drawPoints:{enabled:true,size:6,style:\"square\"\n},dataAxis:{showMinorLabels:true,showMajorLabels:true,icons:false,width:\"40px\",visible:true,alignZeros:true,left:{range:{min:undefined,max:undefined},format:function format(value){return value},title:{text:undefined,style:undefined}},right:{range:{min:undefined,max:undefined},format:function format(value){return value},title:{text:undefined,style:undefined}}},legend:{enabled:false,icons:true,left:{visible:true,position:\"top-left\"},right:{visible:true,position:\"top-right\"}},groups:{visibility:{}}};this.options=util.extend({},this.defaultOptions);this.dom={};this.props={};this.hammer=null;this.groups={};this.abortedGraphUpdate=false;this.updateSVGheight=false;this.updateSVGheightOnResize=false;var me=this;this.itemsData=null;this.groupsData=null;this.itemListeners={add:function add(event,params,senderId){me._onAdd(params.items)},update:function update(event,params,senderId){me._onUpdate(params.items)},remove:function remove(event,params,senderId){me._onRemove(params.items)}};this.groupListeners={add:function add(event,params,senderId){me._onAddGroups(params.items)},update:function update(event,params,senderId){me._onUpdateGroups(params.items)},remove:function remove(event,params,senderId){me._onRemoveGroups(params.items)}};this.items={};this.selection=[];this.lastStart=this.body.range.start;this.touchParams={};this.svgElements={};this.setOptions(options);this.groupsUsingDefaultStyles=[0];this.COUNTER=0;this.body.emitter.on(\"rangechanged\",function(){me.lastStart=me.body.range.start;me.svg.style.left=util.option.asSize(-me.props.width);me.redraw.call(me,true)});this._create();this.framework={svg:this.svg,svgElements:this.svgElements,options:this.options,groups:this.groups};this.body.emitter.emit(\"change\")}LineGraph.prototype=new Component;LineGraph.prototype._create=function(){var frame=document.createElement(\"div\");frame.className=\"vis-line-graph\";this.dom.frame=frame;this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"relative\";this.svg.style.height=(\"\"+this.options.graphHeight).replace(\"px\",\"\")+\"px\";this.svg.style.display=\"block\";frame.appendChild(this.svg);this.options.dataAxis.orientation=\"left\";this.yAxisLeft=new DataAxis(this.body,this.options.dataAxis,this.svg,this.options.groups);this.options.dataAxis.orientation=\"right\";this.yAxisRight=new DataAxis(this.body,this.options.dataAxis,this.svg,this.options.groups);delete this.options.dataAxis.orientation;this.legendLeft=new Legend(this.body,this.options.legend,\"left\",this.options.groups);this.legendRight=new Legend(this.body,this.options.legend,\"right\",this.options.groups);this.show()};LineGraph.prototype.setOptions=function(options){if(options){var fields=[\"sampling\",\"defaultGroup\",\"stack\",\"height\",\"graphHeight\",\"yAxisOrientation\",\"style\",\"barChart\",\"dataAxis\",\"sort\",\"groups\"];if(options.graphHeight===undefined&&options.height!==undefined&&this.body.domProps.centerContainer.height!==undefined){this.updateSVGheight=true;this.updateSVGheightOnResize=true}else if(this.body.domProps.centerContainer.height!==undefined&&options.graphHeight!==undefined){if(parseInt((options.graphHeight+\"\").replace(\"px\",\"\"))<this.body.domProps.centerContainer.height){this.updateSVGheight=true}}util.selectiveDeepExtend(fields,this.options,options);util.mergeOptions(this.options,options,\"interpolation\");util.mergeOptions(this.options,options,\"drawPoints\");util.mergeOptions(this.options,options,\"shaded\");util.mergeOptions(this.options,options,\"legend\");if(options.interpolation){if(typeof options.interpolation==\"object\"){if(options.interpolation.parametrization){if(options.interpolation.parametrization==\"uniform\"){this.options.interpolation.alpha=0}else if(options.interpolation.parametrization==\"chordal\"){this.options.interpolation.alpha=1}else{this.options.interpolation.parametrization=\"centripetal\";this.options.interpolation.alpha=.5}}}}if(this.yAxisLeft){if(options.dataAxis!==undefined){this.yAxisLeft.setOptions(this.options.dataAxis);this.yAxisRight.setOptions(this.options.dataAxis)}}if(this.legendLeft){if(options.legend!==undefined){this.legendLeft.setOptions(this.options.legend);this.legendRight.setOptions(this.options.legend)}}if(this.groups.hasOwnProperty(UNGROUPED)){this.groups[UNGROUPED].setOptions(options)}}if(this.dom.frame){this.redraw(true)}};LineGraph.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}};LineGraph.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}};LineGraph.prototype.setItems=function(items){var me=this,ids,oldItemsData=this.itemsData;if(!items){this.itemsData=null}else if(items instanceof DataSet||items instanceof DataView){this.itemsData=items}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(oldItemsData){util.forEach(this.itemListeners,function(callback,event){oldItemsData.off(event,callback)});ids=oldItemsData.getIds();this._onRemove(ids)}if(this.itemsData){var id=this.id;util.forEach(this.itemListeners,function(callback,event){me.itemsData.on(event,callback,id)});ids=this.itemsData.getIds();this._onAdd(ids)}this._updateUngrouped();this.redraw(true)};LineGraph.prototype.setGroups=function(groups){var me=this;var ids;if(this.groupsData){util.forEach(this.groupListeners,function(callback,event){me.groupsData.off(event,callback)});ids=this.groupsData.getIds();this.groupsData=null;this._onRemoveGroups(ids)}if(!groups){this.groupsData=null}else if(groups instanceof DataSet||groups instanceof DataView){this.groupsData=groups}else{throw new TypeError(\"Data must be an instance of DataSet or DataView\")}if(this.groupsData){var id=this.id;util.forEach(this.groupListeners,function(callback,event){me.groupsData.on(event,callback,id)});ids=this.groupsData.getIds();this._onAddGroups(ids)}this._onUpdate()};LineGraph.prototype._onUpdate=function(ids){this._updateUngrouped();this._updateAllGroupData();this.redraw(true)};LineGraph.prototype._onAdd=function(ids){this._onUpdate(ids)};LineGraph.prototype._onRemove=function(ids){this._onUpdate(ids)};LineGraph.prototype._onUpdateGroups=function(groupIds){for(var i=0;i<groupIds.length;i++){var group=this.groupsData.get(groupIds[i]);this._updateGroup(group,groupIds[i])}this.redraw(true)};LineGraph.prototype._onAddGroups=function(groupIds){this._onUpdateGroups(groupIds)};LineGraph.prototype._onRemoveGroups=function(groupIds){for(var i=0;i<groupIds.length;i++){if(this.groups.hasOwnProperty(groupIds[i])){if(this.groups[groupIds[i]].options.yAxisOrientation==\"right\"){this.yAxisRight.removeGroup(groupIds[i]);this.legendRight.removeGroup(groupIds[i]);this.legendRight.redraw()}else{this.yAxisLeft.removeGroup(groupIds[i]);this.legendLeft.removeGroup(groupIds[i]);this.legendLeft.redraw()}delete this.groups[groupIds[i]]}}this._updateUngrouped();this.redraw(true)};LineGraph.prototype._updateGroup=function(group,groupId){if(!this.groups.hasOwnProperty(groupId)){this.groups[groupId]=new GraphGroup(group,groupId,this.options,this.groupsUsingDefaultStyles);if(this.groups[groupId].options.yAxisOrientation==\"right\"){this.yAxisRight.addGroup(groupId,this.groups[groupId]);this.legendRight.addGroup(groupId,this.groups[groupId])}else{this.yAxisLeft.addGroup(groupId,this.groups[groupId]);this.legendLeft.addGroup(groupId,this.groups[groupId])}}else{this.groups[groupId].update(group);if(this.groups[groupId].options.yAxisOrientation==\"right\"){this.yAxisRight.updateGroup(groupId,this.groups[groupId]);this.legendRight.updateGroup(groupId,this.groups[groupId])}else{this.yAxisLeft.updateGroup(groupId,this.groups[groupId]);this.legendLeft.updateGroup(groupId,this.groups[groupId])}}this.legendLeft.redraw();this.legendRight.redraw()};LineGraph.prototype._updateAllGroupData=function(){if(this.itemsData!=null){var groupsContent={};var groupId;for(groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){groupsContent[groupId]=[]}}for(var itemId in this.itemsData._data){if(this.itemsData._data.hasOwnProperty(itemId)){var item=this.itemsData._data[itemId];if(groupsContent[item.group]===undefined){throw new Error(\"Cannot find referenced group \"+item.group+\". Possible reason: items added before groups? Groups need to be added before items, as items refer to groups.\")}item.x=util.convert(item.x,\"Date\");groupsContent[item.group].push(item)}}for(groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){this.groups[groupId].setItems(groupsContent[groupId])}}}};LineGraph.prototype._updateUngrouped=function(){if(this.itemsData&&this.itemsData!=null){var ungroupedCounter=0;for(var itemId in this.itemsData._data){if(this.itemsData._data.hasOwnProperty(itemId)){var item=this.itemsData._data[itemId];if(item!=undefined){if(item.hasOwnProperty(\"group\")){if(item.group===undefined){item.group=UNGROUPED}}else{item.group=UNGROUPED}ungroupedCounter=item.group==UNGROUPED?ungroupedCounter+1:ungroupedCounter}}}if(ungroupedCounter==0){delete this.groups[UNGROUPED];this.legendLeft.removeGroup(UNGROUPED);this.legendRight.removeGroup(UNGROUPED);this.yAxisLeft.removeGroup(UNGROUPED);this.yAxisRight.removeGroup(UNGROUPED)}else{var group={id:UNGROUPED,content:this.options.defaultGroup};this._updateGroup(group,UNGROUPED)}}else{delete this.groups[UNGROUPED];this.legendLeft.removeGroup(UNGROUPED);this.legendRight.removeGroup(UNGROUPED);this.yAxisLeft.removeGroup(UNGROUPED);this.yAxisRight.removeGroup(UNGROUPED)}this.legendLeft.redraw();this.legendRight.redraw()};LineGraph.prototype.redraw=function(forceGraphUpdate){var resized=false;this.props.width=this.dom.frame.offsetWidth;this.props.height=this.body.domProps.centerContainer.height-this.body.domProps.border.top-this.body.domProps.border.bottom;if(this.lastWidth===undefined&&this.props.width){forceGraphUpdate=true}resized=this._isResized()||resized;var visibleInterval=this.body.range.end-this.body.range.start;var zoomed=visibleInterval!=this.lastVisibleInterval;this.lastVisibleInterval=visibleInterval;if(resized==true){this.svg.style.width=util.option.asSize(3*this.props.width);this.svg.style.left=util.option.asSize(-this.props.width);if((this.options.height+\"\").indexOf(\"%\")!=-1||this.updateSVGheightOnResize==true){this.updateSVGheight=true}}if(this.updateSVGheight==true){if(this.options.graphHeight!=this.props.height+\"px\"){this.options.graphHeight=this.props.height+\"px\";this.svg.style.height=this.props.height+\"px\"}this.updateSVGheight=false}else{this.svg.style.height=(\"\"+this.options.graphHeight).replace(\"px\",\"\")+\"px\"}if(resized==true||zoomed==true||this.abortedGraphUpdate==true||forceGraphUpdate==true){resized=this._updateGraph()||resized}else{if(this.lastStart!=0){var offset=this.body.range.start-this.lastStart;var range=this.body.range.end-this.body.range.start;if(this.props.width!=0){var rangePerPixelInv=this.props.width/range;var xOffset=offset*rangePerPixelInv;this.svg.style.left=-this.props.width-xOffset+\"px\"}}}this.legendLeft.redraw();this.legendRight.redraw();return resized};LineGraph.prototype._updateGraph=function(){DOMutil.prepareElements(this.svgElements);if(this.props.width!=0&&this.itemsData!=null){var group,i;var preprocessedGroupData={};var processedGroupData={};var groupRanges={};var changeCalled=false;var groupIds=[];for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){group=this.groups[groupId];if(group.visible==true&&(this.options.groups.visibility[groupId]===undefined||this.options.groups.visibility[groupId]==true)){groupIds.push(groupId)}}}if(groupIds.length>0){var minDate=this.body.util.toGlobalTime(-this.body.domProps.root.width);var maxDate=this.body.util.toGlobalTime(2*this.body.domProps.root.width);var groupsData={};this._getRelevantData(groupIds,groupsData,minDate,maxDate);this._applySampling(groupIds,groupsData);for(i=0;i<groupIds.length;i++){preprocessedGroupData[groupIds[i]]=this._convertXcoordinates(groupsData[groupIds[i]])}this._getYRanges(groupIds,preprocessedGroupData,groupRanges);changeCalled=this._updateYAxis(groupIds,groupRanges);var MAX_CYCLES=5;if(changeCalled==true&&this.COUNTER<MAX_CYCLES){DOMutil.cleanupElements(this.svgElements);this.abortedGraphUpdate=true;this.COUNTER++;this.body.emitter.emit(\"change\");return true}else{if(this.COUNTER>MAX_CYCLES){console.log(\"WARNING: there may be an infinite loop in the _updateGraph emitter cycle.\")}this.COUNTER=0;this.abortedGraphUpdate=false;for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];processedGroupData[groupIds[i]]=this._convertYcoordinates(groupsData[groupIds[i]],group)}for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(group.options.style!=\"bar\"){group.draw(processedGroupData[groupIds[i]],group,this.framework)}}BarFunctions.draw(groupIds,processedGroupData,this.framework)}}}DOMutil.cleanupElements(this.svgElements);return false};LineGraph.prototype._getRelevantData=function(groupIds,groupsData,minDate,maxDate){var group,i,j,item;if(groupIds.length>0){for(i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];groupsData[groupIds[i]]=[];var dataContainer=groupsData[groupIds[i]];if(group.options.sort==true){var guess=Math.max(0,util.binarySearchValue(group.itemsData,minDate,\"x\",\"before\"));for(j=guess;j<group.itemsData.length;j++){item=group.itemsData[j];if(item!==undefined){if(item.x>maxDate){dataContainer.push(item);break}else{dataContainer.push(item)}}}}else{for(j=0;j<group.itemsData.length;j++){item=group.itemsData[j];if(item!==undefined){if(item.x>minDate&&item.x<maxDate){dataContainer.push(item)}}}}}}};LineGraph.prototype._applySampling=function(groupIds,groupsData){var group;if(groupIds.length>0){for(var i=0;i<groupIds.length;i++){group=this.groups[groupIds[i]];if(group.options.sampling==true){var dataContainer=groupsData[groupIds[i]];if(dataContainer.length>0){var increment=1;var amountOfPoints=dataContainer.length;var xDistance=this.body.util.toGlobalScreen(dataContainer[dataContainer.length-1].x)-this.body.util.toGlobalScreen(dataContainer[0].x);var pointsPerPixel=amountOfPoints/xDistance;increment=Math.min(Math.ceil(.2*amountOfPoints),Math.max(1,Math.round(pointsPerPixel)));var sampledData=[];for(var j=0;j<amountOfPoints;j+=increment){sampledData.push(dataContainer[j])}groupsData[groupIds[i]]=sampledData}}}}};LineGraph.prototype._getYRanges=function(groupIds,groupsData,groupRanges){var groupData,group,i;var combinedDataLeft=[];var combinedDataRight=[];var options;if(groupIds.length>0){for(i=0;i<groupIds.length;i++){groupData=groupsData[groupIds[i]];options=this.groups[groupIds[i]].options;if(groupData.length>0){group=this.groups[groupIds[i]];if(options.stack===true&&options.style===\"bar\"){if(options.yAxisOrientation===\"left\"){combinedDataLeft=combinedDataLeft.concat(group.getData(groupData))}else{combinedDataRight=combinedDataRight.concat(group.getData(groupData))}}else{groupRanges[groupIds[i]]=group.getYRange(groupData,groupIds[i])}}}BarFunctions.getStackedYRange(combinedDataLeft,groupRanges,groupIds,\"__barStackLeft\",\"left\");BarFunctions.getStackedYRange(combinedDataRight,groupRanges,groupIds,\"__barStackRight\",\"right\")}};LineGraph.prototype._updateYAxis=function(groupIds,groupRanges){var resized=false;var yAxisLeftUsed=false;var yAxisRightUsed=false;var minLeft=1e9,minRight=1e9,maxLeft=-1e9,maxRight=-1e9,minVal,maxVal;if(groupIds.length>0){for(var i=0;i<groupIds.length;i++){var group=this.groups[groupIds[i]];if(group&&group.options.yAxisOrientation!=\"right\"){yAxisLeftUsed=true;minLeft=1e9;maxLeft=-1e9}else if(group&&group.options.yAxisOrientation){yAxisRightUsed=true;minRight=1e9;maxRight=-1e9}}for(var i=0;i<groupIds.length;i++){if(groupRanges.hasOwnProperty(groupIds[i])){if(groupRanges[groupIds[i]].ignore!==true){minVal=groupRanges[groupIds[i]].min;maxVal=groupRanges[groupIds[i]].max;if(groupRanges[groupIds[i]].yAxisOrientation!=\"right\"){yAxisLeftUsed=true;minLeft=minLeft>minVal?minVal:minLeft;maxLeft=maxLeft<maxVal?maxVal:maxLeft}else{yAxisRightUsed=true;minRight=minRight>minVal?minVal:minRight;maxRight=maxRight<maxVal?maxVal:maxRight}}}}if(yAxisLeftUsed==true){this.yAxisLeft.setRange(minLeft,maxLeft)}if(yAxisRightUsed==true){this.yAxisRight.setRange(minRight,maxRight)}}resized=this._toggleAxisVisiblity(yAxisLeftUsed,this.yAxisLeft)||resized;resized=this._toggleAxisVisiblity(yAxisRightUsed,this.yAxisRight)||resized;if(yAxisRightUsed==true&&yAxisLeftUsed==true){this.yAxisLeft.drawIcons=true;this.yAxisRight.drawIcons=true}else{this.yAxisLeft.drawIcons=false;this.yAxisRight.drawIcons=false}this.yAxisRight.master=!yAxisLeftUsed;if(this.yAxisRight.master==false){if(yAxisRightUsed==true){this.yAxisLeft.lineOffset=this.yAxisRight.width}else{this.yAxisLeft.lineOffset=0}resized=this.yAxisLeft.redraw()||resized;this.yAxisRight.stepPixels=this.yAxisLeft.stepPixels;this.yAxisRight.zeroCrossing=this.yAxisLeft.zeroCrossing;this.yAxisRight.amountOfSteps=this.yAxisLeft.amountOfSteps;resized=this.yAxisRight.redraw()||resized}else{resized=this.yAxisRight.redraw()||resized}var tempGroups=[\"__barStackLeft\",\"__barStackRight\",\"__lineStackLeft\",\"__lineStackRight\"];for(var i=0;i<tempGroups.length;i++){if(groupIds.indexOf(tempGroups[i])!=-1){groupIds.splice(groupIds.indexOf(tempGroups[i]),1)}}return resized};LineGraph.prototype._toggleAxisVisiblity=function(axisUsed,axis){var changed=false;if(axisUsed==false){if(axis.dom.frame.parentNode&&axis.hidden==false){axis.hide();changed=true}}else{if(!axis.dom.frame.parentNode&&axis.hidden==true){axis.show();changed=true}}return changed};LineGraph.prototype._convertXcoordinates=function(datapoints){var extractedData=[];var xValue,yValue;var toScreen=this.body.util.toScreen;for(var i=0;i<datapoints.length;i++){xValue=toScreen(datapoints[i].x)+this.props.width;yValue=datapoints[i].y;extractedData.push({x:xValue,y:yValue})}return extractedData};LineGraph.prototype._convertYcoordinates=function(datapoints,group){var extractedData=[];var xValue,yValue;var toScreen=this.body.util.toScreen;var axis=this.yAxisLeft;var svgHeight=Number(this.svg.style.height.replace(\"px\",\"\"));if(group.options.yAxisOrientation==\"right\"){axis=this.yAxisRight}for(var i=0;i<datapoints.length;i++){var labelValue=datapoints[i].label?datapoints[i].label:null;xValue=toScreen(datapoints[i].x)+this.props.width;yValue=Math.round(axis.convertValue(datapoints[i].y));extractedData.push({x:xValue,y:yValue,label:labelValue})}group.setZeroPosition(Math.min(svgHeight,axis.convertValue(0)));return extractedData};module.exports=LineGraph},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(7);var DOMutil=__webpack_require__(13);var Component=__webpack_require__(27);var DataStep=__webpack_require__(52);function DataAxis(body,options,svg,linegraphOptions){this.id=util.randomUUID();this.body=body;this.defaultOptions={orientation:\"left\",showMinorLabels:true,showMajorLabels:true,icons:true,majorLinesOffset:7,minorLinesOffset:4,labelOffsetX:10,labelOffsetY:2,iconWidth:20,width:\"40px\",visible:true,alignZeros:true,left:{range:{min:undefined,max:undefined},format:function format(value){return value},title:{text:undefined,style:undefined}},right:{range:{min:undefined,max:undefined},format:function format(value){return value},title:{text:undefined,style:undefined}}};this.linegraphOptions=linegraphOptions;this.linegraphSVG=svg;this.props={};this.DOMelements={lines:{},labels:{},title:{}};this.dom={};this.range={start:0,end:0};this.options=util.extend({},this.defaultOptions);this.conversionFactor=1;this.setOptions(options);this.width=Number((\"\"+this.options.width).replace(\"px\",\"\"));this.minWidth=this.width;this.height=this.linegraphSVG.offsetHeight;this.hidden=false;this.stepPixels=25;this.zeroCrossing=-1;this.amountOfSteps=-1;this.lineOffset=0;this.master=true;this.svgElements={};this.iconsRemoved=false;this.groups={};this.amountOfGroups=0;this._create();var me=this;this.body.emitter.on(\"verticalDrag\",function(){me.dom.lineContainer.style.top=me.body.domProps.scrollTop+\"px\"})}DataAxis.prototype=new Component;DataAxis.prototype.addGroup=function(label,graphOptions){if(!this.groups.hasOwnProperty(label)){this.groups[label]=graphOptions}this.amountOfGroups+=1};DataAxis.prototype.updateGroup=function(label,graphOptions){this.groups[label]=graphOptions};DataAxis.prototype.removeGroup=function(label){if(this.groups.hasOwnProperty(label)){delete this.groups[label];this.amountOfGroups-=1}};DataAxis.prototype.setOptions=function(options){if(options){var redraw=false;if(this.options.orientation!=options.orientation&&options.orientation!==undefined){redraw=true}var fields=[\"orientation\",\"showMinorLabels\",\"showMajorLabels\",\"icons\",\"majorLinesOffset\",\"minorLinesOffset\",\"labelOffsetX\",\"labelOffsetY\",\"iconWidth\",\"width\",\"visible\",\"left\",\"right\",\"alignZeros\"];util.selectiveExtend(fields,this.options,options);this.minWidth=Number((\"\"+this.options.width).replace(\"px\",\"\"));if(redraw===true&&this.dom.frame){this.hide();this.show()}}};DataAxis.prototype._create=function(){this.dom.frame=document.createElement(\"div\");this.dom.frame.style.width=this.options.width;this.dom.frame.style.height=this.height;this.dom.lineContainer=document.createElement(\"div\");this.dom.lineContainer.style.width=\"100%\";this.dom.lineContainer.style.height=this.height;this.dom.lineContainer.style.position=\"relative\";this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"absolute\";this.svg.style.top=\"0px\";this.svg.style.height=\"100%\";this.svg.style.width=\"100%\";this.svg.style.display=\"block\";this.dom.frame.appendChild(this.svg)};DataAxis.prototype._redrawGroupIcons=function(){DOMutil.prepareElements(this.svgElements);var x;var iconWidth=this.options.iconWidth;var iconHeight=15;var iconOffset=4;var y=iconOffset+.5*iconHeight;if(this.options.orientation===\"left\"){x=iconOffset}else{x=this.width-iconWidth-iconOffset}var groupArray=Object.keys(this.groups);groupArray.sort(function(a,b){return a<b?-1:1});for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible===true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]===true)){this.groups[groupId].drawIcon(x,y,this.svgElements,this.svg,iconWidth,iconHeight);y+=iconHeight+iconOffset}}DOMutil.cleanupElements(this.svgElements);this.iconsRemoved=false};DataAxis.prototype._cleanupIcons=function(){if(this.iconsRemoved===false){DOMutil.prepareElements(this.svgElements);DOMutil.cleanupElements(this.svgElements);this.iconsRemoved=true}};DataAxis.prototype.show=function(){this.hidden=false;if(!this.dom.frame.parentNode){if(this.options.orientation===\"left\"){this.body.dom.left.appendChild(this.dom.frame)}else{this.body.dom.right.appendChild(this.dom.frame)}}if(!this.dom.lineContainer.parentNode){this.body.dom.backgroundHorizontal.appendChild(this.dom.lineContainer)}};DataAxis.prototype.hide=function(){this.hidden=true;if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}if(this.dom.lineContainer.parentNode){this.dom.lineContainer.parentNode.removeChild(this.dom.lineContainer)}};DataAxis.prototype.setRange=function(start,end){if(this.master===false&&this.options.alignZeros===true&&this.zeroCrossing!=-1){if(start>0){start=0}}this.range.start=start;this.range.end=end};DataAxis.prototype.redraw=function(){var resized=false;var activeGroups=0;this.dom.lineContainer.style.top=this.body.domProps.scrollTop+\"px\";for(var groupId in this.groups){if(this.groups.hasOwnProperty(groupId)){if(this.groups[groupId].visible===true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]===true)){activeGroups++}}}if(this.amountOfGroups===0||activeGroups===0){this.hide()}else{this.show();this.height=Number(this.linegraphSVG.style.height.replace(\"px\",\"\"));this.dom.lineContainer.style.height=this.height+\"px\";this.width=this.options.visible===true?Number((\"\"+this.options.width).replace(\"px\",\"\")):0;var props=this.props;var frame=this.dom.frame;frame.className=\"vis-data-axis\";this._calculateCharSize();var orientation=this.options.orientation;var showMinorLabels=this.options.showMinorLabels;var showMajorLabels=this.options.showMajorLabels;props.minorLabelHeight=showMinorLabels?props.minorCharHeight:0;props.majorLabelHeight=showMajorLabels?props.majorCharHeight:0;props.minorLineWidth=this.body.dom.backgroundHorizontal.offsetWidth-this.lineOffset-this.width+2*this.options.minorLinesOffset;props.minorLineHeight=1;props.majorLineWidth=this.body.dom.backgroundHorizontal.offsetWidth-this.lineOffset-this.width+2*this.options.majorLinesOffset;props.majorLineHeight=1;if(orientation===\"left\"){frame.style.top=\"0\";frame.style.left=\"0\";frame.style.bottom=\"\";frame.style.width=this.width+\"px\";frame.style.height=this.height+\"px\";this.props.width=this.body.domProps.left.width;this.props.height=this.body.domProps.left.height}else{frame.style.top=\"\";frame.style.bottom=\"0\";frame.style.left=\"0\";frame.style.width=this.width+\"px\";frame.style.height=this.height+\"px\";this.props.width=this.body.domProps.right.width;this.props.height=this.body.domProps.right.height}resized=this._redrawLabels();resized=this._isResized()||resized;if(this.options.icons===true){this._redrawGroupIcons()}else{this._cleanupIcons()}this._redrawTitle(orientation)}return resized};DataAxis.prototype._redrawLabels=function(){var resized=false;DOMutil.prepareElements(this.DOMelements.lines);DOMutil.prepareElements(this.DOMelements.labels);var orientation=this.options[\"orientation\"];var step;if(this.master===false){var stepSize,rangeStart,rangeEnd,minimumStep;if(this.zeroCrossing!==-1&&this.options.alignZeros===true){if(this.range.end>0){stepSize=this.range.end/this.zeroCrossing;rangeStart=this.range.end-this.amountOfSteps*stepSize;rangeEnd=this.range.end}else{stepSize=-1*this.range.start/(this.amountOfSteps-this.zeroCrossing);rangeStart=this.range.start;rangeEnd=this.range.start+stepSize*this.amountOfSteps}}else{rangeStart=this.range.start;rangeEnd=this.range.end}minimumStep=this.stepPixels}else{minimumStep=this.props.majorCharHeight;rangeStart=this.range.start;rangeEnd=this.range.end}this.step=step=new DataStep(rangeStart,rangeEnd,minimumStep,this.dom.frame.offsetHeight,this.options[this.options.orientation].range,this.options[this.options.orientation].format,this.master===false&&this.options.alignZeros);if(this.master===true){this.stepPixels=this.dom.frame.offsetHeight/step.marginRange*step.step;this.amountOfSteps=Math.ceil(this.dom.frame.offsetHeight/this.stepPixels)}else{if(this.options.alignZeros===true&&this.zeroCrossing!==-1){var distance=(step.current-this.zeroCrossing*step.step)/step.step;this.step.shift(distance)}}this.valueAtBottom=step.marginEnd;this.maxLabelSize=0;var y=0;var stepIndex=0;var isMajor=false;while(stepIndex<this.amountOfSteps){y=Math.round(stepIndex*this.stepPixels);isMajor=step.isMajor();if(stepIndex>0&&stepIndex!==this.amountOfSteps){if(this.options[\"showMinorLabels\"]&&isMajor===false||this.master===false&&this.options[\"showMinorLabels\"]===true){this._redrawLabel(y-2,step.getCurrent(),orientation,\"vis-y-axis vis-minor\",this.props.minorCharHeight)}if(isMajor&&this.options[\"showMajorLabels\"]&&this.master===true||this.options[\"showMinorLabels\"]===false&&this.master===false&&isMajor===true){if(y>=0){this._redrawLabel(y-2,step.getCurrent(),orientation,\"vis-y-axis vis-major\",this.props.majorCharHeight)}this._redrawLine(y,orientation,\"vis-grid vis-horizontal vis-major\",this.options.majorLinesOffset,this.props.majorLineWidth)}else{this._redrawLine(y,orientation,\"vis-grid vis-horizontal vis-minor\",this.options.minorLinesOffset,this.props.minorLineWidth)}}if(this.master===true&&step.current===0){this.zeroCrossing=stepIndex}step.next();stepIndex+=1}if(this.master===true&&step.current===0){this.zeroCrossing=stepIndex}this.conversionFactor=this.stepPixels/step.step;var titleWidth=0;if(this.options[orientation].title!==undefined&&this.options[orientation].title.text!==undefined){titleWidth=this.props.titleCharHeight}var offset=this.options.icons===true?Math.max(this.options.iconWidth,titleWidth)+this.options.labelOffsetX+15:titleWidth+this.options.labelOffsetX+15;if(this.maxLabelSize>this.width-offset&&this.options.visible===true){this.width=this.maxLabelSize+offset;this.options.width=this.width+\"px\";DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);this.redraw();resized=true}else if(this.maxLabelSize<this.width-offset&&this.options.visible===true&&this.width>this.minWidth){this.width=Math.max(this.minWidth,this.maxLabelSize+offset);this.options.width=this.width+\"px\";DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);this.redraw();resized=true}else{DOMutil.cleanupElements(this.DOMelements.lines);DOMutil.cleanupElements(this.DOMelements.labels);resized=false}return resized};DataAxis.prototype.convertValue=function(value){var invertedValue=this.valueAtBottom-value;var convertedValue=invertedValue*this.conversionFactor;return convertedValue};DataAxis.prototype.screenToValue=function(x){return this.valueAtBottom-x/this.conversionFactor};DataAxis.prototype._redrawLabel=function(y,text,orientation,className,characterHeight){var label=DOMutil.getDOMElement(\"div\",this.DOMelements.labels,this.dom.frame);label.className=className;label.innerHTML=text;if(orientation===\"left\"){label.style.left=\"-\"+this.options.labelOffsetX+\"px\";label.style.textAlign=\"right\"}else{label.style.right=\"-\"+this.options.labelOffsetX+\"px\";label.style.textAlign=\"left\"}label.style.top=y-.5*characterHeight+this.options.labelOffsetY+\"px\";text+=\"\";var largestWidth=Math.max(this.props.majorCharWidth,this.props.minorCharWidth);if(this.maxLabelSize<text.length*largestWidth){this.maxLabelSize=text.length*largestWidth}};DataAxis.prototype._redrawLine=function(y,orientation,className,offset,width){if(this.master===true){var line=DOMutil.getDOMElement(\"div\",this.DOMelements.lines,this.dom.lineContainer);line.className=className;line.innerHTML=\"\";if(orientation===\"left\"){line.style.left=this.width-offset+\"px\"}else{line.style.right=this.width-offset+\"px\"}line.style.width=width+\"px\";line.style.top=y+\"px\"}};DataAxis.prototype._redrawTitle=function(orientation){DOMutil.prepareElements(this.DOMelements.title);if(this.options[orientation].title!==undefined&&this.options[orientation].title.text!==undefined){var title=DOMutil.getDOMElement(\"div\",this.DOMelements.title,this.dom.frame);title.className=\"vis-y-axis vis-title vis-\"+orientation;title.innerHTML=this.options[orientation].title.text;if(this.options[orientation].title.style!==undefined){util.addCssText(title,this.options[orientation].title.style)}if(orientation===\"left\"){title.style.left=this.props.titleCharHeight+\"px\"}else{title.style.right=this.props.titleCharHeight+\"px\"}title.style.width=this.height+\"px\"}DOMutil.cleanupElements(this.DOMelements.title)};DataAxis.prototype._calculateCharSize=function(){if(!(\"minorCharHeight\"in this.props)){var textMinor=document.createTextNode(\"0\");var measureCharMinor=document.createElement(\"div\");measureCharMinor.className=\"vis-y-axis vis-minor vis-measure\";measureCharMinor.appendChild(textMinor);this.dom.frame.appendChild(measureCharMinor);this.props.minorCharHeight=measureCharMinor.clientHeight;this.props.minorCharWidth=measureCharMinor.clientWidth;this.dom.frame.removeChild(measureCharMinor)}if(!(\"majorCharHeight\"in this.props)){var textMajor=document.createTextNode(\"0\");var measureCharMajor=document.createElement(\"div\");measureCharMajor.className=\"vis-y-axis vis-major vis-measure\";measureCharMajor.appendChild(textMajor);this.dom.frame.appendChild(measureCharMajor);this.props.majorCharHeight=measureCharMajor.clientHeight;this.props.majorCharWidth=measureCharMajor.clientWidth;this.dom.frame.removeChild(measureCharMajor)}if(!(\"titleCharHeight\"in this.props)){var textTitle=document.createTextNode(\"0\");var measureCharTitle=document.createElement(\"div\");measureCharTitle.className=\"vis-y-axis vis-title vis-measure\";measureCharTitle.appendChild(textTitle);this.dom.frame.appendChild(measureCharTitle);this.props.titleCharHeight=measureCharTitle.clientHeight;\n\nthis.props.titleCharWidth=measureCharTitle.clientWidth;this.dom.frame.removeChild(measureCharTitle)}};module.exports=DataAxis},function(module,exports){\"use strict\";function DataStep(start,end,minimumStep,containerHeight,customRange,formattingFunction,alignZeros){this.current=0;this.autoScale=true;this.stepIndex=0;this.step=1;this.scale=1;this.formattingFunction=formattingFunction;this.marginStart;this.marginEnd;this.deadSpace=0;this.majorSteps=[1,2,5,10];this.minorSteps=[.25,.5,1,2];this.alignZeros=alignZeros;this.setRange(start,end,minimumStep,containerHeight,customRange)}DataStep.prototype.setRange=function(start,end,minimumStep,containerHeight,customRange){this._start=customRange.min===undefined?start:customRange.min;this._end=customRange.max===undefined?end:customRange.max;if(this._start===this._end){this._start=customRange.min===undefined?this._start-.75:this._start;this._end=customRange.max===undefined?this._end+1:this._end}if(this.autoScale===true){this.setMinimumStep(minimumStep,containerHeight)}this.setFirst(customRange)};DataStep.prototype.setMinimumStep=function(minimumStep,containerHeight){var range=this._end-this._start;var safeRange=range*1.2;var minimumStepValue=minimumStep*(safeRange/containerHeight);var orderOfMagnitude=Math.round(Math.log(safeRange)/Math.LN10);var minorStepIdx=-1;var magnitudefactor=Math.pow(10,orderOfMagnitude);var start=0;if(orderOfMagnitude<0){start=orderOfMagnitude}var solutionFound=false;for(var i=start;Math.abs(i)<=Math.abs(orderOfMagnitude);i++){magnitudefactor=Math.pow(10,i);for(var j=0;j<this.minorSteps.length;j++){var stepSize=magnitudefactor*this.minorSteps[j];if(stepSize>=minimumStepValue){solutionFound=true;minorStepIdx=j;break}}if(solutionFound===true){break}}this.stepIndex=minorStepIdx;this.scale=magnitudefactor;this.step=magnitudefactor*this.minorSteps[minorStepIdx]};DataStep.prototype.setFirst=function(customRange){if(customRange===undefined){customRange={}}var niceStart=customRange.min===undefined?this._start-this.scale*2*this.minorSteps[this.stepIndex]:customRange.min;var niceEnd=customRange.max===undefined?this._end+this.scale*this.minorSteps[this.stepIndex]:customRange.max;this.marginEnd=customRange.max===undefined?this.roundToMinor(niceEnd):customRange.max;this.marginStart=customRange.min===undefined?this.roundToMinor(niceStart):customRange.min;if(this.alignZeros===true&&(this.marginEnd-this.marginStart)%this.step!=0){this.marginEnd+=this.marginEnd%this.step}this.deadSpace=this.roundToMinor(niceEnd)-niceEnd+this.roundToMinor(niceStart)-niceStart;this.marginRange=this.marginEnd-this.marginStart;this.current=this.marginEnd};DataStep.prototype.roundToMinor=function(value){var rounded=value-value%(this.scale*this.minorSteps[this.stepIndex]);if(value%(this.scale*this.minorSteps[this.stepIndex])>.5*(this.scale*this.minorSteps[this.stepIndex])){return rounded+this.scale*this.minorSteps[this.stepIndex]}else{return rounded}};DataStep.prototype.hasNext=function(){return this.current>=this.marginStart};DataStep.prototype.next=function(){var prev=this.current;this.current-=this.step;if(this.current===prev){this.current=this._end}};DataStep.prototype.previous=function(){this.current+=this.step;this.marginEnd+=this.step;this.marginRange=this.marginEnd-this.marginStart};DataStep.prototype.getCurrent=function(){var current=Math.abs(this.current)<this.step/2?0:this.current;var returnValue=current.toPrecision(5);if(typeof this.formattingFunction===\"function\"){returnValue=this.formattingFunction(current)}if(typeof returnValue===\"number\"){return\"\"+returnValue}else if(typeof returnValue===\"string\"){return returnValue}else{return current.toPrecision(5)}};DataStep.prototype.isMajor=function(){return this.current%(this.scale*this.majorSteps[this.stepIndex])===0};DataStep.prototype.shift=function(steps){if(steps<0){for(var i=0;i<-steps;i++){this.previous()}}else if(steps>0){for(var i=0;i<steps;i++){this.next()}}};module.exports=DataStep},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(7);var DOMutil=__webpack_require__(13);var Line=__webpack_require__(54);var Bar=__webpack_require__(56);var Points=__webpack_require__(55);function GraphGroup(group,groupId,options,groupsUsingDefaultStyles){this.id=groupId;var fields=[\"sampling\",\"style\",\"sort\",\"yAxisOrientation\",\"barChart\",\"drawPoints\",\"shaded\",\"interpolation\"];this.options=util.selectiveBridgeObject(fields,options);this.usingDefaultStyle=group.className===undefined;this.groupsUsingDefaultStyles=groupsUsingDefaultStyles;this.zeroPosition=0;this.update(group);if(this.usingDefaultStyle==true){this.groupsUsingDefaultStyles[0]+=1}this.itemsData=[];this.visible=group.visible===undefined?true:group.visible}GraphGroup.prototype.setItems=function(items){if(items!=null){this.itemsData=items;if(this.options.sort==true){this.itemsData.sort(function(a,b){return a.x-b.x})}for(var i=0;i<this.itemsData.length;i++){this.itemsData[i].y=Number(this.itemsData[i].y)}}else{this.itemsData=[]}};GraphGroup.prototype.setZeroPosition=function(pos){this.zeroPosition=pos};GraphGroup.prototype.setOptions=function(options){if(options!==undefined){var fields=[\"sampling\",\"style\",\"sort\",\"yAxisOrientation\",\"barChart\"];util.selectiveDeepExtend(fields,this.options,options);if(typeof options.drawPoints==\"function\"){options.drawPoints={onRender:options.drawPoints}}util.mergeOptions(this.options,options,\"interpolation\");util.mergeOptions(this.options,options,\"drawPoints\");util.mergeOptions(this.options,options,\"shaded\");if(options.interpolation){if(typeof options.interpolation==\"object\"){if(options.interpolation.parametrization){if(options.interpolation.parametrization==\"uniform\"){this.options.interpolation.alpha=0}else if(options.interpolation.parametrization==\"chordal\"){this.options.interpolation.alpha=1}else{this.options.interpolation.parametrization=\"centripetal\";this.options.interpolation.alpha=.5}}}}}if(this.options.style==\"line\"){this.type=new Line(this.id,this.options)}else if(this.options.style==\"bar\"){this.type=new Bar(this.id,this.options)}else if(this.options.style==\"points\"){this.type=new Points(this.id,this.options)}};GraphGroup.prototype.update=function(group){this.group=group;this.content=group.content||\"graph\";this.className=group.className||this.className||\"vis-graph-group\"+this.groupsUsingDefaultStyles[0]%10;this.visible=group.visible===undefined?true:group.visible;this.style=group.style;this.setOptions(group.options)};GraphGroup.prototype.drawIcon=function(x,y,JSONcontainer,SVGcontainer,iconWidth,iconHeight){var fillHeight=iconHeight*.5;var path,fillPath;var outline=DOMutil.getSVGElement(\"rect\",JSONcontainer,SVGcontainer);outline.setAttributeNS(null,\"x\",x);outline.setAttributeNS(null,\"y\",y-fillHeight);outline.setAttributeNS(null,\"width\",iconWidth);outline.setAttributeNS(null,\"height\",2*fillHeight);outline.setAttributeNS(null,\"class\",\"vis-outline\");if(this.options.style==\"line\"){path=DOMutil.getSVGElement(\"path\",JSONcontainer,SVGcontainer);path.setAttributeNS(null,\"class\",this.className);if(this.style!==undefined){path.setAttributeNS(null,\"style\",this.style)}path.setAttributeNS(null,\"d\",\"M\"+x+\",\"+y+\" L\"+(x+iconWidth)+\",\"+y+\"\");if(this.options.shaded.enabled==true){fillPath=DOMutil.getSVGElement(\"path\",JSONcontainer,SVGcontainer);if(this.options.shaded.orientation==\"top\"){fillPath.setAttributeNS(null,\"d\",\"M\"+x+\", \"+(y-fillHeight)+\"L\"+x+\",\"+y+\" L\"+(x+iconWidth)+\",\"+y+\" L\"+(x+iconWidth)+\",\"+(y-fillHeight))}else{fillPath.setAttributeNS(null,\"d\",\"M\"+x+\",\"+y+\" \"+\"L\"+x+\",\"+(y+fillHeight)+\" \"+\"L\"+(x+iconWidth)+\",\"+(y+fillHeight)+\"L\"+(x+iconWidth)+\",\"+y)}fillPath.setAttributeNS(null,\"class\",this.className+\" vis-icon-fill\")}if(this.options.drawPoints.enabled==true){var groupTemplate={style:this.options.drawPoints.style,size:this.options.drawPoints.size,className:this.className};DOMutil.drawPoint(x+.5*iconWidth,y,groupTemplate,JSONcontainer,SVGcontainer)}}else{var barWidth=Math.round(.3*iconWidth);var bar1Height=Math.round(.4*iconHeight);var bar2Height=Math.round(.75*iconHeight);var offset=Math.round((iconWidth-2*barWidth)/3);DOMutil.drawBar(x+.5*barWidth+offset,y+fillHeight-bar1Height-1,barWidth,bar1Height,this.className+\" vis-bar\",JSONcontainer,SVGcontainer,this.style);DOMutil.drawBar(x+1.5*barWidth+offset+2,y+fillHeight-bar2Height-1,barWidth,bar2Height,this.className+\" vis-bar\",JSONcontainer,SVGcontainer,this.style)}};GraphGroup.prototype.getLegend=function(iconWidth,iconHeight){var svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.drawIcon(0,.5*iconHeight,[],svg,iconWidth,iconHeight);return{icon:svg,label:this.content,orientation:this.options.yAxisOrientation}};GraphGroup.prototype.getYRange=function(groupData){return this.type.getYRange(groupData)};GraphGroup.prototype.getData=function(groupData){return this.type.getData(groupData)};GraphGroup.prototype.draw=function(dataset,group,framework){this.type.draw(dataset,group,framework)};module.exports=GraphGroup},function(module,exports,__webpack_require__){\"use strict\";var DOMutil=__webpack_require__(13);var Points=__webpack_require__(55);function Line(groupId,options){this.groupId=groupId;this.options=options}Line.prototype.getData=function(groupData){var combinedData=[];for(var j=0;j<groupData.length;j++){combinedData.push({x:groupData[j].x,y:groupData[j].y,groupId:this.groupId})}return combinedData};Line.prototype.getYRange=function(groupData){var yMin=groupData[0].y;var yMax=groupData[0].y;for(var j=0;j<groupData.length;j++){yMin=yMin>groupData[j].y?groupData[j].y:yMin;yMax=yMax<groupData[j].y?groupData[j].y:yMax}return{min:yMin,max:yMax,yAxisOrientation:this.options.yAxisOrientation}};Line.getStackedYRange=function(combinedData,groupRanges,groupIds,groupLabel,orientation){if(combinedData.length>0){combinedData.sort(function(a,b){if(a.x===b.x){return a.groupId<b.groupId?-1:1}else{return a.x-b.x}});var intersections={};Line._getDataIntersections(intersections,combinedData);groupRanges[groupLabel]=Line._getStackedYRange(intersections,combinedData);groupRanges[groupLabel].yAxisOrientation=orientation;groupIds.push(groupLabel)}};Line._getStackedYRange=function(intersections,combinedData){var key;var yMin=combinedData[0].y;var yMax=combinedData[0].y;for(var i=0;i<combinedData.length;i++){key=combinedData[i].x;if(intersections[key]===undefined){yMin=yMin>combinedData[i].y?combinedData[i].y:yMin;yMax=yMax<combinedData[i].y?combinedData[i].y:yMax}else{if(combinedData[i].y<0){intersections[key].accumulatedNegative+=combinedData[i].y}else{intersections[key].accumulatedPositive+=combinedData[i].y}}}for(var xpos in intersections){if(intersections.hasOwnProperty(xpos)){yMin=yMin>intersections[xpos].accumulatedNegative?intersections[xpos].accumulatedNegative:yMin;yMin=yMin>intersections[xpos].accumulatedPositive?intersections[xpos].accumulatedPositive:yMin;yMax=yMax<intersections[xpos].accumulatedNegative?intersections[xpos].accumulatedNegative:yMax;yMax=yMax<intersections[xpos].accumulatedPositive?intersections[xpos].accumulatedPositive:yMax}}return{min:yMin,max:yMax}};Line._getDataIntersections=function(intersections,combinedData){var coreDistance;for(var i=0;i<combinedData.length;i++){if(i+1<combinedData.length){coreDistance=Math.abs(combinedData[i+1].x-combinedData[i].x)}if(i>0){coreDistance=Math.min(coreDistance,Math.abs(combinedData[i-1].x-combinedData[i].x))}if(coreDistance===0){if(intersections[combinedData[i].x]===undefined){intersections[combinedData[i].x]={amount:0,resolved:0,accumulatedPositive:0,accumulatedNegative:0}}intersections[combinedData[i].x].amount+=1}}};Line.prototype.draw=function(dataset,group,framework){if(dataset!=null){if(dataset.length>0){var path,d;var svgHeight=Number(framework.svg.style.height.replace(\"px\",\"\"));path=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);path.setAttributeNS(null,\"class\",group.className);if(group.style!==undefined){path.setAttributeNS(null,\"style\",group.style)}if(group.options.interpolation.enabled==true){d=Line._catmullRom(dataset,group)}else{d=Line._linear(dataset)}if(group.options.shaded.enabled==true){var fillPath=DOMutil.getSVGElement(\"path\",framework.svgElements,framework.svg);var dFill;if(group.options.shaded.orientation==\"top\"){dFill=\"M\"+dataset[0].x+\",\"+0+\" \"+d+\"L\"+dataset[dataset.length-1].x+\",\"+0}else{dFill=\"M\"+dataset[0].x+\",\"+svgHeight+\" \"+d+\"L\"+dataset[dataset.length-1].x+\",\"+svgHeight}fillPath.setAttributeNS(null,\"class\",group.className+\" vis-fill\");if(group.options.shaded.style!==undefined){fillPath.setAttributeNS(null,\"style\",group.options.shaded.style)}fillPath.setAttributeNS(null,\"d\",dFill)}path.setAttributeNS(null,\"d\",\"M\"+d);if(group.options.drawPoints.enabled==true){Points.draw(dataset,group,framework)}}}};Line._catmullRomUniform=function(data){var p0,p1,p2,p3,bp1,bp2;var d=Math.round(data[0].x)+\",\"+Math.round(data[0].y)+\" \";var normalization=1/6;var length=data.length;for(var i=0;i<length-1;i++){p0=i==0?data[0]:data[i-1];p1=data[i];p2=data[i+1];p3=i+2<length?data[i+2]:p2;bp1={x:(-p0.x+6*p1.x+p2.x)*normalization,y:(-p0.y+6*p1.y+p2.y)*normalization};bp2={x:(p1.x+6*p2.x-p3.x)*normalization,y:(p1.y+6*p2.y-p3.y)*normalization};d+=\"C\"+bp1.x+\",\"+bp1.y+\" \"+bp2.x+\",\"+bp2.y+\" \"+p2.x+\",\"+p2.y+\" \"}return d};Line._catmullRom=function(data,group){var alpha=group.options.interpolation.alpha;if(alpha==0||alpha===undefined){return this._catmullRomUniform(data)}else{var p0,p1,p2,p3,bp1,bp2,d1,d2,d3,A,B,N,M;var d3powA,d2powA,d3pow2A,d2pow2A,d1pow2A,d1powA;var d=Math.round(data[0].x)+\",\"+Math.round(data[0].y)+\" \";var length=data.length;for(var i=0;i<length-1;i++){p0=i==0?data[0]:data[i-1];p1=data[i];p2=data[i+1];p3=i+2<length?data[i+2]:p2;d1=Math.sqrt(Math.pow(p0.x-p1.x,2)+Math.pow(p0.y-p1.y,2));d2=Math.sqrt(Math.pow(p1.x-p2.x,2)+Math.pow(p1.y-p2.y,2));d3=Math.sqrt(Math.pow(p2.x-p3.x,2)+Math.pow(p2.y-p3.y,2));d3powA=Math.pow(d3,alpha);d3pow2A=Math.pow(d3,2*alpha);d2powA=Math.pow(d2,alpha);d2pow2A=Math.pow(d2,2*alpha);d1powA=Math.pow(d1,alpha);d1pow2A=Math.pow(d1,2*alpha);A=2*d1pow2A+3*d1powA*d2powA+d2pow2A;B=2*d3pow2A+3*d3powA*d2powA+d2pow2A;N=3*d1powA*(d1powA+d2powA);if(N>0){N=1/N}M=3*d3powA*(d3powA+d2powA);if(M>0){M=1/M}bp1={x:(-d2pow2A*p0.x+A*p1.x+d1pow2A*p2.x)*N,y:(-d2pow2A*p0.y+A*p1.y+d1pow2A*p2.y)*N};bp2={x:(d3pow2A*p1.x+B*p2.x-d2pow2A*p3.x)*M,y:(d3pow2A*p1.y+B*p2.y-d2pow2A*p3.y)*M};if(bp1.x==0&&bp1.y==0){bp1=p1}if(bp2.x==0&&bp2.y==0){bp2=p2}d+=\"C\"+bp1.x+\",\"+bp1.y+\" \"+bp2.x+\",\"+bp2.y+\" \"+p2.x+\",\"+p2.y+\" \"}return d}};Line._linear=function(data){var d=\"\";for(var i=0;i<data.length;i++){if(i==0){d+=data[i].x+\",\"+data[i].y}else{d+=\" \"+data[i].x+\",\"+data[i].y}}return d};module.exports=Line},function(module,exports,__webpack_require__){\"use strict\";var DOMutil=__webpack_require__(13);function Points(groupId,options){this.groupId=groupId;this.options=options}Points.prototype.getYRange=function(groupData){var yMin=groupData[0].y;var yMax=groupData[0].y;for(var j=0;j<groupData.length;j++){yMin=yMin>groupData[j].y?groupData[j].y:yMin;yMax=yMax<groupData[j].y?groupData[j].y:yMax}return{min:yMin,max:yMax,yAxisOrientation:this.options.yAxisOrientation}};Points.prototype.draw=function(dataset,group,framework,offset){Points.draw(dataset,group,framework,offset)};Points.draw=function(dataset,group,framework,offset){offset=offset||0;var callback=getCallback();for(var i=0;i<dataset.length;i++){if(!callback){DOMutil.drawPoint(dataset[i].x+offset,dataset[i].y,getGroupTemplate(),framework.svgElements,framework.svg,dataset[i].label)}else{var callbackResult=callback(dataset[i],group,framework);if(callbackResult===true||typeof callbackResult===\"object\"){DOMutil.drawPoint(dataset[i].x+offset,dataset[i].y,getGroupTemplate(callbackResult),framework.svgElements,framework.svg,dataset[i].label)}}}function getGroupTemplate(callbackResult){callbackResult=typeof callbackResult===\"undefined\"?{}:callbackResult;return{style:callbackResult.style||group.options.drawPoints.style,size:callbackResult.size||group.options.drawPoints.size,className:callbackResult.className||group.className}}function getCallback(){var callback=undefined;if(framework.options.drawPoints.onRender&&typeof framework.options.drawPoints.onRender==\"function\"){callback=framework.options.drawPoints.onRender}if(group.group.options&&group.group.options.drawPoints&&group.group.options.drawPoints.onRender&&typeof group.group.options.drawPoints.onRender==\"function\"){callback=group.group.options.drawPoints.onRender}return callback}};module.exports=Points},function(module,exports,__webpack_require__){\"use strict\";var DOMutil=__webpack_require__(13);var Points=__webpack_require__(55);function Bargraph(groupId,options){this.groupId=groupId;this.options=options}Bargraph.prototype.getYRange=function(groupData){var yMin=groupData[0].y;var yMax=groupData[0].y;for(var j=0;j<groupData.length;j++){yMin=yMin>groupData[j].y?groupData[j].y:yMin;yMax=yMax<groupData[j].y?groupData[j].y:yMax}return{min:yMin,max:yMax,yAxisOrientation:this.options.yAxisOrientation}};Bargraph.prototype.getData=function(groupData){var combinedData=[];for(var j=0;j<groupData.length;j++){combinedData.push({x:groupData[j].x,y:groupData[j].y,groupId:this.groupId})}return combinedData};Bargraph.draw=function(groupIds,processedGroupData,framework){var combinedData=[];var intersections={};var coreDistance;var key,drawData;var group;var i,j;var barPoints=0;for(i=0;i<groupIds.length;i++){group=framework.groups[groupIds[i]];if(group.options.style===\"bar\"){if(group.visible===true&&(framework.options.groups.visibility[groupIds[i]]===undefined||framework.options.groups.visibility[groupIds[i]]===true)){for(j=0;j<processedGroupData[groupIds[i]].length;j++){combinedData.push({x:processedGroupData[groupIds[i]][j].x,y:processedGroupData[groupIds[i]][j].y,groupId:groupIds[i],label:processedGroupData[groupIds[i]][j].label});barPoints+=1}}}}if(barPoints===0){return}combinedData.sort(function(a,b){if(a.x===b.x){return a.groupId<b.groupId?-1:1}else{return a.x-b.x}});Bargraph._getDataIntersections(intersections,combinedData);for(i=0;i<combinedData.length;i++){group=framework.groups[combinedData[i].groupId];var minWidth=.1*group.options.barChart.width;key=combinedData[i].x;var heightOffset=0;if(intersections[key]===undefined){if(i+1<combinedData.length){coreDistance=Math.abs(combinedData[i+1].x-key)}if(i>0){coreDistance=Math.min(coreDistance,Math.abs(combinedData[i-1].x-key))}drawData=Bargraph._getSafeDrawData(coreDistance,group,minWidth)}else{var nextKey=i+(intersections[key].amount-intersections[key].resolved);var prevKey=i-(intersections[key].resolved+1);if(nextKey<combinedData.length){coreDistance=Math.abs(combinedData[nextKey].x-key)}if(prevKey>0){coreDistance=Math.min(coreDistance,Math.abs(combinedData[prevKey].x-key))}drawData=Bargraph._getSafeDrawData(coreDistance,group,minWidth);intersections[key].resolved+=1;if(group.options.stack===true){if(combinedData[i].y<group.zeroPosition){heightOffset=intersections[key].accumulatedNegative;intersections[key].accumulatedNegative+=group.zeroPosition-combinedData[i].y}else{heightOffset=intersections[key].accumulatedPositive;intersections[key].accumulatedPositive+=group.zeroPosition-combinedData[i].y}}else if(group.options.barChart.sideBySide===true){drawData.width=drawData.width/intersections[key].amount;drawData.offset+=intersections[key].resolved*drawData.width-.5*drawData.width*(intersections[key].amount+1);if(group.options.barChart.align===\"left\"){drawData.offset-=.5*drawData.width}else if(group.options.barChart.align===\"right\"){drawData.offset+=.5*drawData.width}}}DOMutil.drawBar(combinedData[i].x+drawData.offset,combinedData[i].y-heightOffset,drawData.width,group.zeroPosition-combinedData[i].y,group.className+\" vis-bar\",framework.svgElements,framework.svg,group.style);if(group.options.drawPoints.enabled===true){Points.draw([combinedData[i]],group,framework,drawData.offset)}}};Bargraph._getDataIntersections=function(intersections,combinedData){var coreDistance;for(var i=0;i<combinedData.length;i++){if(i+1<combinedData.length){coreDistance=Math.abs(combinedData[i+1].x-combinedData[i].x)}if(i>0){coreDistance=Math.min(coreDistance,Math.abs(combinedData[i-1].x-combinedData[i].x))}if(coreDistance===0){if(intersections[combinedData[i].x]===undefined){intersections[combinedData[i].x]={amount:0,resolved:0,accumulatedPositive:0,accumulatedNegative:0}}intersections[combinedData[i].x].amount+=1}}};Bargraph._getSafeDrawData=function(coreDistance,group,minWidth){var width,offset;if(coreDistance<group.options.barChart.width&&coreDistance>0){width=coreDistance<minWidth?minWidth:coreDistance;offset=0;if(group.options.barChart.align===\"left\"){offset-=.5*coreDistance}else if(group.options.barChart.align===\"right\"){offset+=.5*coreDistance}}else{width=group.options.barChart.width;offset=0;if(group.options.barChart.align===\"left\"){offset-=.5*group.options.barChart.width}else if(group.options.barChart.align===\"right\"){offset+=.5*group.options.barChart.width}}return{width:width,offset:offset}};Bargraph.getStackedYRange=function(combinedData,groupRanges,groupIds,groupLabel,orientation){if(combinedData.length>0){combinedData.sort(function(a,b){if(a.x===b.x){return a.groupId<b.groupId?-1:1}else{return a.x-b.x}});var intersections={};Bargraph._getDataIntersections(intersections,combinedData);groupRanges[groupLabel]=Bargraph._getStackedYRange(intersections,combinedData);groupRanges[groupLabel].yAxisOrientation=orientation;groupIds.push(groupLabel)}};Bargraph._getStackedYRange=function(intersections,combinedData){var key;var yMin=combinedData[0].y;var yMax=combinedData[0].y;for(var i=0;i<combinedData.length;i++){key=combinedData[i].x;if(intersections[key]===undefined){yMin=yMin>combinedData[i].y?combinedData[i].y:yMin;yMax=yMax<combinedData[i].y?combinedData[i].y:yMax}else{if(combinedData[i].y<0){intersections[key].accumulatedNegative+=combinedData[i].y}else{intersections[key].accumulatedPositive+=combinedData[i].y}}}for(var xpos in intersections){if(intersections.hasOwnProperty(xpos)){yMin=yMin>intersections[xpos].accumulatedNegative?intersections[xpos].accumulatedNegative:yMin;yMin=yMin>intersections[xpos].accumulatedPositive?intersections[xpos].accumulatedPositive:yMin;yMax=yMax<intersections[xpos].accumulatedNegative?intersections[xpos].accumulatedNegative:yMax;yMax=yMax<intersections[xpos].accumulatedPositive?intersections[xpos].accumulatedPositive:yMax}}return{min:yMin,max:yMax}};module.exports=Bargraph},function(module,exports,__webpack_require__){\"use strict\";var util=__webpack_require__(7);var DOMutil=__webpack_require__(13);var Component=__webpack_require__(27);function Legend(body,options,side,linegraphOptions){this.body=body;this.defaultOptions={enabled:true,icons:true,iconSize:20,iconSpacing:6,left:{visible:true,position:\"top-left\"},right:{visible:true,position:\"top-left\"}};this.side=side;this.options=util.extend({},this.defaultOptions);this.linegraphOptions=linegraphOptions;this.svgElements={};this.dom={};this.groups={};this.amountOfGroups=0;this._create();this.setOptions(options)}Legend.prototype=new Component;Legend.prototype.clear=function(){this.groups={};this.amountOfGroups=0};Legend.prototype.addGroup=function(label,graphOptions){if(!this.groups.hasOwnProperty(label)){this.groups[label]=graphOptions}this.amountOfGroups+=1};Legend.prototype.updateGroup=function(label,graphOptions){this.groups[label]=graphOptions};Legend.prototype.removeGroup=function(label){if(this.groups.hasOwnProperty(label)){delete this.groups[label];this.amountOfGroups-=1}};Legend.prototype._create=function(){this.dom.frame=document.createElement(\"div\");this.dom.frame.className=\"vis-legend\";this.dom.frame.style.position=\"absolute\";this.dom.frame.style.top=\"10px\";this.dom.frame.style.display=\"block\";this.dom.textArea=document.createElement(\"div\");this.dom.textArea.className=\"vis-legend-text\";this.dom.textArea.style.position=\"relative\";this.dom.textArea.style.top=\"0px\";this.svg=document.createElementNS(\"http://www.w3.org/2000/svg\",\"svg\");this.svg.style.position=\"absolute\";this.svg.style.top=0+\"px\";this.svg.style.width=this.options.iconSize+5+\"px\";this.svg.style.height=\"100%\";this.dom.frame.appendChild(this.svg);this.dom.frame.appendChild(this.dom.textArea)};Legend.prototype.hide=function(){if(this.dom.frame.parentNode){this.dom.frame.parentNode.removeChild(this.dom.frame)}};Legend.prototype.show=function(){if(!this.dom.frame.parentNode){this.body.dom.center.appendChild(this.dom.frame)}};Legend.prototype.setOptions=function(options){var fields=[\"enabled\",\"orientation\",\"icons\",\"left\",\"right\"];util.selectiveDeepExtend(fields,this.options,options)};Legend.prototype.redraw=function(){var activeGroups=0;var groupArray=Object.keys(this.groups);groupArray.sort(function(a,b){return a<b?-1:1});for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){activeGroups++}}if(this.options[this.side].visible==false||this.amountOfGroups==0||this.options.enabled==false||activeGroups==0){this.hide()}else{this.show();if(this.options[this.side].position==\"top-left\"||this.options[this.side].position==\"bottom-left\"){this.dom.frame.style.left=\"4px\";this.dom.frame.style.textAlign=\"left\";this.dom.textArea.style.textAlign=\"left\";this.dom.textArea.style.left=this.options.iconSize+15+\"px\";this.dom.textArea.style.right=\"\";this.svg.style.left=0+\"px\";this.svg.style.right=\"\"}else{this.dom.frame.style.right=\"4px\";this.dom.frame.style.textAlign=\"right\";this.dom.textArea.style.textAlign=\"right\";this.dom.textArea.style.right=this.options.iconSize+15+\"px\";this.dom.textArea.style.left=\"\";this.svg.style.right=0+\"px\";this.svg.style.left=\"\"}if(this.options[this.side].position==\"top-left\"||this.options[this.side].position==\"top-right\"){this.dom.frame.style.top=4-Number(this.body.dom.center.style.top.replace(\"px\",\"\"))+\"px\";this.dom.frame.style.bottom=\"\"}else{var scrollableHeight=this.body.domProps.center.height-this.body.domProps.centerContainer.height;this.dom.frame.style.bottom=4+scrollableHeight+Number(this.body.dom.center.style.top.replace(\"px\",\"\"))+\"px\";this.dom.frame.style.top=\"\"}if(this.options.icons==false){this.dom.frame.style.width=this.dom.textArea.offsetWidth+10+\"px\";this.dom.textArea.style.right=\"\";this.dom.textArea.style.left=\"\";this.svg.style.width=\"0px\"}else{this.dom.frame.style.width=this.options.iconSize+15+this.dom.textArea.offsetWidth+10+\"px\";this.drawLegendIcons()}var content=\"\";for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){content+=this.groups[groupId].content+\"<br />\"}}this.dom.textArea.innerHTML=content;this.dom.textArea.style.lineHeight=.75*this.options.iconSize+this.options.iconSpacing+\"px\"}};Legend.prototype.drawLegendIcons=function(){if(this.dom.frame.parentNode){var groupArray=Object.keys(this.groups);groupArray.sort(function(a,b){return a<b?-1:1});DOMutil.prepareElements(this.svgElements);var padding=window.getComputedStyle(this.dom.frame).paddingTop;var iconOffset=Number(padding.replace(\"px\",\"\"));var x=iconOffset;var iconWidth=this.options.iconSize;var iconHeight=.75*this.options.iconSize;var y=iconOffset+.5*iconHeight+3;this.svg.style.width=iconWidth+5+iconOffset+\"px\";for(var i=0;i<groupArray.length;i++){var groupId=groupArray[i];if(this.groups[groupId].visible==true&&(this.linegraphOptions.visibility[groupId]===undefined||this.linegraphOptions.visibility[groupId]==true)){this.groups[groupId].drawIcon(x,y,this.svgElements,this.svg,iconWidth,iconHeight);y+=iconHeight+this.options.iconSpacing}}DOMutil.cleanupElements(this.svgElements)}};module.exports=Legend},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var string=\"string\";var boolean=\"boolean\";var number=\"number\";var array=\"array\";var date=\"date\";var object=\"object\";var dom=\"dom\";var moment=\"moment\";var any=\"any\";var allOptions={configure:{enabled:{\"boolean\":boolean},filter:{\"boolean\":boolean,\"function\":\"function\"},container:{dom:dom},__type__:{object:object,\"boolean\":boolean,\"function\":\"function\"}},yAxisOrientation:{string:[\"left\",\"right\"]},defaultGroup:{string:string},sort:{\"boolean\":boolean},sampling:{\"boolean\":boolean},stack:{\"boolean\":boolean},graphHeight:{string:string,number:number},shaded:{enabled:{\"boolean\":boolean},orientation:{string:[\"bottom\",\"top\"]},__type__:{\"boolean\":boolean,object:object}},style:{string:[\"line\",\"bar\",\"points\"]},barChart:{width:{number:number},sideBySide:{\"boolean\":boolean},align:{string:[\"left\",\"center\",\"right\"]},__type__:{object:object}},interpolation:{enabled:{\"boolean\":boolean},parametrization:{string:[\"centripetal\",\"chordal\",\"uniform\"]},alpha:{number:number},__type__:{object:object,\"boolean\":boolean}},drawPoints:{enabled:{\"boolean\":boolean},onRender:{\"function\":\"function\"},size:{number:number},style:{string:[\"square\",\"circle\"]},__type__:{object:object,\"boolean\":boolean,\"function\":\"function\"}},dataAxis:{showMinorLabels:{\"boolean\":boolean},showMajorLabels:{\"boolean\":boolean},icons:{\"boolean\":boolean},width:{string:string,number:number},visible:{\"boolean\":boolean},alignZeros:{\"boolean\":boolean},left:{range:{min:{number:number},max:{number:number},__type__:{object:object}},format:{\"function\":\"function\"},title:{text:{string:string,number:number},style:{string:string},__type__:{object:object}},__type__:{object:object}},right:{range:{min:{number:number},max:{number:number},__type__:{object:object}},format:{\"function\":\"function\"},title:{text:{string:string,number:number},style:{string:string},__type__:{object:object}},__type__:{object:object}},__type__:{object:object}},legend:{enabled:{\"boolean\":boolean},icons:{\"boolean\":boolean},left:{visible:{\"boolean\":boolean},position:{string:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]},__type__:{object:object}},right:{visible:{\"boolean\":boolean},position:{string:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]},__type__:{object:object}},__type__:{object:object,\"boolean\":boolean}},groups:{visibility:{any:any},__type__:{object:object}},autoResize:{\"boolean\":boolean},clickToUse:{\"boolean\":boolean},end:{number:number,date:date,string:string,moment:moment},format:{minorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object}},majorLabels:{millisecond:{string:string,undefined:\"undefined\"},second:{string:string,undefined:\"undefined\"},minute:{string:string,undefined:\"undefined\"},hour:{string:string,undefined:\"undefined\"},weekday:{string:string,undefined:\"undefined\"},day:{string:string,undefined:\"undefined\"},month:{string:string,undefined:\"undefined\"},year:{string:string,undefined:\"undefined\"},__type__:{object:object}},__type__:{object:object}},height:{string:string,number:number},hiddenDates:{object:object,array:array},locale:{string:string},locales:{__any__:{any:any},__type__:{object:object}},max:{date:date,number:number,string:string,moment:moment},maxHeight:{number:number,string:string},min:{date:date,number:number,string:string,moment:moment},minHeight:{number:number,string:string},moveable:{\"boolean\":boolean},multiselect:{\"boolean\":boolean},orientation:{string:string},showCurrentTime:{\"boolean\":boolean},showMajorLabels:{\"boolean\":boolean},showMinorLabels:{\"boolean\":boolean},start:{date:date,number:number,string:string,moment:moment},timeAxis:{scale:{string:string,undefined:\"undefined\"},step:{number:number,undefined:\"undefined\"},__type__:{object:object}},width:{string:string,number:number},zoomable:{\"boolean\":boolean},zoomMax:{number:number},zoomMin:{number:number},__type__:{object:object}};var configureOptions={global:{sort:true,sampling:true,stack:false,shaded:{enabled:false,orientation:[\"top\",\"bottom\"]\n},style:[\"line\",\"bar\",\"points\"],barChart:{width:[50,5,100,5],sideBySide:false,align:[\"left\",\"center\",\"right\"]},interpolation:{enabled:true,parametrization:[\"centripetal\",\"chordal\",\"uniform\"]},drawPoints:{enabled:true,size:[6,2,30,1],style:[\"square\",\"circle\"]},dataAxis:{showMinorLabels:true,showMajorLabels:true,icons:false,width:[40,0,200,1],visible:true,alignZeros:true,left:{title:{text:\"\",style:\"\"}},right:{title:{text:\"\",style:\"\"}}},legend:{enabled:false,icons:true,left:{visible:true,position:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]},right:{visible:true,position:[\"top-right\",\"bottom-right\",\"top-left\",\"bottom-left\"]}},autoResize:true,clickToUse:false,end:\"\",format:{minorLabels:{millisecond:\"SSS\",second:\"s\",minute:\"HH:mm\",hour:\"HH:mm\",weekday:\"ddd D\",day:\"D\",month:\"MMM\",year:\"YYYY\"},majorLabels:{millisecond:\"HH:mm:ss\",second:\"D MMMM HH:mm\",minute:\"ddd D MMMM\",hour:\"ddd D MMMM\",weekday:\"MMMM YYYY\",day:\"MMMM YYYY\",month:\"YYYY\",year:\"\"}},height:\"\",locale:\"\",max:\"\",maxHeight:\"\",min:\"\",minHeight:\"\",moveable:true,orientation:[\"both\",\"bottom\",\"top\"],showCurrentTime:false,showMajorLabels:true,showMinorLabels:true,start:\"\",width:\"100%\",zoomable:true,zoomMax:[31536e10,10,31536e10,1],zoomMin:[10,10,31536e10,1]}};exports.allOptions=allOptions;exports.configureOptions=configureOptions},function(module,exports,__webpack_require__){\"use strict\";function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}var _modulesGroups=__webpack_require__(60);var _modulesGroups2=_interopRequireDefault(_modulesGroups);var _modulesNodesHandler=__webpack_require__(61);var _modulesNodesHandler2=_interopRequireDefault(_modulesNodesHandler);var _modulesEdgesHandler=__webpack_require__(81);var _modulesEdgesHandler2=_interopRequireDefault(_modulesEdgesHandler);var _modulesPhysicsEngine=__webpack_require__(88);var _modulesPhysicsEngine2=_interopRequireDefault(_modulesPhysicsEngine);var _modulesClustering=__webpack_require__(97);var _modulesClustering2=_interopRequireDefault(_modulesClustering);var _modulesCanvasRenderer=__webpack_require__(99);var _modulesCanvasRenderer2=_interopRequireDefault(_modulesCanvasRenderer);var _modulesCanvas=__webpack_require__(100);var _modulesCanvas2=_interopRequireDefault(_modulesCanvas);var _modulesView=__webpack_require__(101);var _modulesView2=_interopRequireDefault(_modulesView);var _modulesInteractionHandler=__webpack_require__(102);var _modulesInteractionHandler2=_interopRequireDefault(_modulesInteractionHandler);var _modulesSelectionHandler=__webpack_require__(105);var _modulesSelectionHandler2=_interopRequireDefault(_modulesSelectionHandler);var _modulesLayoutEngine=__webpack_require__(106);var _modulesLayoutEngine2=_interopRequireDefault(_modulesLayoutEngine);var _modulesManipulationSystem=__webpack_require__(107);var _modulesManipulationSystem2=_interopRequireDefault(_modulesManipulationSystem);var _sharedConfigurator=__webpack_require__(45);var _sharedConfigurator2=_interopRequireDefault(_sharedConfigurator);var _sharedValidator=__webpack_require__(47);var _sharedValidator2=_interopRequireDefault(_sharedValidator);var _optionsJs=__webpack_require__(108);__webpack_require__(109);var Emitter=__webpack_require__(19);var Hammer=__webpack_require__(3);var util=__webpack_require__(7);var DataSet=__webpack_require__(14);var DataView=__webpack_require__(16);var dotparser=__webpack_require__(110);var gephiParser=__webpack_require__(111);var Images=__webpack_require__(112);var Activator=__webpack_require__(42);var locales=__webpack_require__(113);function Network(container,data,options){var _this=this;if(!(this instanceof Network)){throw new SyntaxError(\"Constructor must be called with the new operator\")}this.options={};this.defaultOptions={locale:\"en\",locales:locales,clickToUse:false};util.extend(this.options,this.defaultOptions);this.body={container:container,nodes:{},nodeIndices:[],edges:{},edgeIndices:[],emitter:{on:this.on.bind(this),off:this.off.bind(this),emit:this.emit.bind(this),once:this.once.bind(this)},eventListeners:{onTap:function onTap(){},onTouch:function onTouch(){},onDoubleTap:function onDoubleTap(){},onHold:function onHold(){},onDragStart:function onDragStart(){},onDrag:function onDrag(){},onDragEnd:function onDragEnd(){},onMouseWheel:function onMouseWheel(){},onPinch:function onPinch(){},onMouseMove:function onMouseMove(){},onRelease:function onRelease(){},onContext:function onContext(){}},data:{nodes:null,edges:null},functions:{createNode:function createNode(){},createEdge:function createEdge(){},getPointer:function getPointer(){}},view:{scale:1,translation:{x:0,y:0}}};this.bindEventListeners();this.images=new Images(function(){return _this.body.emitter.emit(\"_requestRedraw\")});this.groups=new _modulesGroups2[\"default\"];this.canvas=new _modulesCanvas2[\"default\"](this.body);this.selectionHandler=new _modulesSelectionHandler2[\"default\"](this.body,this.canvas);this.interactionHandler=new _modulesInteractionHandler2[\"default\"](this.body,this.canvas,this.selectionHandler);this.view=new _modulesView2[\"default\"](this.body,this.canvas);this.renderer=new _modulesCanvasRenderer2[\"default\"](this.body,this.canvas);this.physics=new _modulesPhysicsEngine2[\"default\"](this.body);this.layoutEngine=new _modulesLayoutEngine2[\"default\"](this.body);this.clustering=new _modulesClustering2[\"default\"](this.body);this.manipulation=new _modulesManipulationSystem2[\"default\"](this.body,this.canvas,this.selectionHandler);this.nodesHandler=new _modulesNodesHandler2[\"default\"](this.body,this.images,this.groups,this.layoutEngine);this.edgesHandler=new _modulesEdgesHandler2[\"default\"](this.body,this.images,this.groups);this.canvas._create();this.setOptions(options);this.setData(data)}Emitter(Network.prototype);Network.prototype.setOptions=function(options){var _this2=this;if(options!==undefined){var errorFound=_sharedValidator2[\"default\"].validate(options,_optionsJs.allOptions);if(errorFound===true){console.log(\"%cErrors have been found in the supplied options object.\",_sharedValidator.printStyle)}var fields=[\"locale\",\"locales\",\"clickToUse\"];util.selectiveDeepExtend(fields,this.options,options);options=this.layoutEngine.setOptions(options.layout,options);this.canvas.setOptions(options);this.groups.setOptions(options.groups);this.nodesHandler.setOptions(options.nodes);this.edgesHandler.setOptions(options.edges);this.physics.setOptions(options.physics);this.manipulation.setOptions(options.manipulation,options,this.options);this.interactionHandler.setOptions(options.interaction);this.renderer.setOptions(options.interaction);this.selectionHandler.setOptions(options.interaction);if(options.groups!==undefined){this.body.emitter.emit(\"refreshNodes\")}if(\"configure\"in options){if(!this.configurator){this.configurator=new _sharedConfigurator2[\"default\"](this,this.body.container,_optionsJs.configureOptions,this.canvas.pixelRatio)}this.configurator.setOptions(options.configure)}if(this.configurator&&this.configurator.options.enabled===true){var networkOptions={nodes:{},edges:{},layout:{},interaction:{},manipulation:{},physics:{},global:{}};util.deepExtend(networkOptions.nodes,this.nodesHandler.options);util.deepExtend(networkOptions.edges,this.edgesHandler.options);util.deepExtend(networkOptions.layout,this.layoutEngine.options);util.deepExtend(networkOptions.interaction,this.selectionHandler.options);util.deepExtend(networkOptions.interaction,this.renderer.options);util.deepExtend(networkOptions.interaction,this.interactionHandler.options);util.deepExtend(networkOptions.manipulation,this.manipulation.options);util.deepExtend(networkOptions.physics,this.physics.options);util.deepExtend(networkOptions.global,this.canvas.options);util.deepExtend(networkOptions.global,this.options);this.configurator.setModuleOptions(networkOptions)}if(options.clickToUse!==undefined){if(options.clickToUse===true){if(this.activator===undefined){this.activator=new Activator(this.canvas.frame);this.activator.on(\"change\",function(){_this2.body.emitter.emit(\"activate\")})}}else{if(this.activator!==undefined){this.activator.destroy();delete this.activator}this.body.emitter.emit(\"activate\")}}else{this.body.emitter.emit(\"activate\")}this.canvas.setSize();this.body.emitter.emit(\"startSimulation\")}};Network.prototype._updateVisibleIndices=function(){var nodes=this.body.nodes;var edges=this.body.edges;this.body.nodeIndices=[];this.body.edgeIndices=[];for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){if(nodes[nodeId].options.hidden===false){this.body.nodeIndices.push(nodeId)}}}for(var edgeId in edges){if(edges.hasOwnProperty(edgeId)){if(edges[edgeId].options.hidden===false){this.body.edgeIndices.push(edgeId)}}}};Network.prototype.bindEventListeners=function(){var _this3=this;this.body.emitter.on(\"_dataChanged\",function(){_this3._updateVisibleIndices();_this3.physics.updatePhysicsData();_this3.body.emitter.emit(\"_requestRedraw\");_this3.body.emitter.emit(\"_dataUpdated\")});this.body.emitter.on(\"_dataUpdated\",function(){_this3._updateValueRange(_this3.body.nodes);_this3._updateValueRange(_this3.body.edges);_this3.body.emitter.emit(\"startSimulation\");_this3.body.emitter.emit(\"_requestRedraw\")})};Network.prototype.setData=function(data){this.body.emitter.emit(\"resetPhysics\");this.body.emitter.emit(\"_resetData\");this.selectionHandler.unselectAll();if(data&&data.dot&&(data.nodes||data.edges)){throw new SyntaxError('Data must contain either parameter \"dot\" or '+' parameter pair \"nodes\" and \"edges\", but not both.')}this.setOptions(data&&data.options);if(data&&data.dot){console.log(\"The dot property has been depricated. Please use the static convertDot method to convert DOT into vis.network format and use the normal data format with nodes and edges. This converter is used like this: var data = vis.network.convertDot(dotString);\");var dotData=dotparser.DOTToGraph(data.dot);this.setData(dotData);return}else if(data&&data.gephi){console.log(\"The gephi property has been depricated. Please use the static convertGephi method to convert gephi into vis.network format and use the normal data format with nodes and edges. This converter is used like this: var data = vis.network.convertGephi(gephiJson);\");var gephiData=gephiParser.parseGephi(data.gephi);this.setData(gephiData);return}else{this.nodesHandler.setData(data&&data.nodes,true);this.edgesHandler.setData(data&&data.edges,true)}this.body.emitter.emit(\"_dataChanged\");this.body.emitter.emit(\"initPhysics\")};Network.prototype.destroy=function(){this.body.emitter.emit(\"destroy\");this.body.emitter.off();this.off();delete this.groups;delete this.canvas;delete this.selectionHandler;delete this.interactionHandler;delete this.view;delete this.renderer;delete this.physics;delete this.layoutEngine;delete this.clustering;delete this.manipulation;delete this.nodesHandler;delete this.edgesHandler;delete this.configurator;delete this.images;for(var nodeId in this.body.nodes){delete this.body.nodes[nodeId]}for(var edgeId in this.body.edges){delete this.body.edges[edgeId]}util.recursiveDOMDelete(this.body.container)};Network.prototype._updateValueRange=function(obj){var id;var valueMin=undefined;var valueMax=undefined;var valueTotal=0;for(id in obj){if(obj.hasOwnProperty(id)){var value=obj[id].getValue();if(value!==undefined){valueMin=valueMin===undefined?value:Math.min(value,valueMin);valueMax=valueMax===undefined?value:Math.max(value,valueMax);valueTotal+=value}}}if(valueMin!==undefined&&valueMax!==undefined){for(id in obj){if(obj.hasOwnProperty(id)){obj[id].setValueRange(valueMin,valueMax,valueTotal)}}}};Network.prototype.isActive=function(){return!this.activator||this.activator.active};Network.prototype.setSize=function(){return this.canvas.setSize.apply(this.canvas,arguments)};Network.prototype.canvasToDOM=function(){return this.canvas.canvasToDOM.apply(this.canvas,arguments)};Network.prototype.DOMtoCanvas=function(){return this.canvas.DOMtoCanvas(this.canvas,arguments)};Network.prototype.findNode=function(){return this.clustering.findNode.apply(this.clustering,arguments)};Network.prototype.isCluster=function(){return this.clustering.isCluster.apply(this.clustering,arguments)};Network.prototype.openCluster=function(){return this.clustering.openCluster.apply(this.clustering,arguments)};Network.prototype.cluster=function(){return this.clustering.cluster.apply(this.clustering,arguments)};Network.prototype.getNodesInCluster=function(){return this.clustering.getNodesInCluster.apply(this.clustering,arguments)};Network.prototype.clusterByConnection=function(){return this.clustering.clusterByConnection.apply(this.clustering,arguments)};Network.prototype.clusterByHubsize=function(){return this.clustering.clusterByHubsize.apply(this.clustering,arguments)};Network.prototype.clusterOutliers=function(){return this.clustering.clusterOutliers.apply(this.clustering,arguments)};Network.prototype.getSeed=function(){return this.layoutEngine.getSeed.apply(this.layoutEngine,arguments)};Network.prototype.enableEditMode=function(){return this.manipulation.enableEditMode.apply(this.manipulation,arguments)};Network.prototype.disableEditMode=function(){return this.manipulation.disableEditMode.apply(this.manipulation,arguments)};Network.prototype.addNodeMode=function(){return this.manipulation.addNodeMode.apply(this.manipulation,arguments)};Network.prototype.editNode=function(){return this.manipulation.editNode.apply(this.manipulation,arguments)};Network.prototype.editNodeMode=function(){console.log(\"Depricated: Please use editNode instead of editNodeMode.\");return this.manipulation.editNode.apply(this.manipulation,arguments)};Network.prototype.addEdgeMode=function(){return this.manipulation.addEdgeMode.apply(this.manipulation,arguments)};Network.prototype.editEdgeMode=function(){return this.manipulation.editEdgeMode.apply(this.manipulation,arguments)};Network.prototype.deleteSelected=function(){return this.manipulation.deleteSelected.apply(this.manipulation,arguments)};Network.prototype.getPositions=function(){return this.nodesHandler.getPositions.apply(this.nodesHandler,arguments)};Network.prototype.storePositions=function(){return this.nodesHandler.storePositions.apply(this.nodesHandler,arguments)};Network.prototype.getBoundingBox=function(){return this.nodesHandler.getBoundingBox.apply(this.nodesHandler,arguments)};Network.prototype.getConnectedNodes=function(objectId){if(this.body.nodes[objectId]!==undefined){return this.nodesHandler.getConnectedNodes.apply(this.nodesHandler,arguments)}else{return this.edgesHandler.getConnectedNodes.apply(this.edgesHandler,arguments)}};Network.prototype.getConnectedEdges=function(){return this.nodesHandler.getConnectedEdges.apply(this.nodesHandler,arguments)};Network.prototype.startSimulation=function(){return this.physics.startSimulation.apply(this.physics,arguments)};Network.prototype.stopSimulation=function(){return this.physics.stopSimulation.apply(this.physics,arguments)};Network.prototype.stabilize=function(){return this.physics.stabilize.apply(this.physics,arguments)};Network.prototype.getSelection=function(){return this.selectionHandler.getSelection.apply(this.selectionHandler,arguments)};Network.prototype.getSelectedNodes=function(){return this.selectionHandler.getSelectedNodes.apply(this.selectionHandler,arguments)};Network.prototype.getSelectedEdges=function(){return this.selectionHandler.getSelectedEdges.apply(this.selectionHandler,arguments)};Network.prototype.getNodeAt=function(){var node=this.selectionHandler.getNodeAt.apply(this.selectionHandler,arguments);if(node!==undefined&&node.id!==undefined){return node.id}return node};Network.prototype.getEdgeAt=function(){var edge=this.selectionHandler.getEdgeAt.apply(this.selectionHandler,arguments);if(edge!==undefined&&edge.id!==undefined){return edge.id}return edge};Network.prototype.selectNodes=function(){return this.selectionHandler.selectNodes.apply(this.selectionHandler,arguments)};Network.prototype.selectEdges=function(){return this.selectionHandler.selectEdges.apply(this.selectionHandler,arguments)};Network.prototype.unselectAll=function(){return this.selectionHandler.unselectAll.apply(this.selectionHandler,arguments)};Network.prototype.redraw=function(){return this.renderer.redraw.apply(this.renderer,arguments)};Network.prototype.getScale=function(){return this.view.getScale.apply(this.view,arguments)};Network.prototype.getViewPosition=function(){return this.view.getViewPosition.apply(this.view,arguments)};Network.prototype.fit=function(){return this.view.fit.apply(this.view,arguments)};Network.prototype.moveTo=function(){return this.view.moveTo.apply(this.view,arguments)};Network.prototype.focus=function(){return this.view.focus.apply(this.view,arguments)};Network.prototype.releaseNode=function(){return this.view.releaseNode.apply(this.view,arguments)};Network.prototype.getOptionsFromConfigurator=function(){var options={};if(this.configurator){options=this.configurator.getOptions.apply(this.configurator)}return options};module.exports=Network},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(7);var Groups=function(){function Groups(){_classCallCheck(this,Groups);this.clear();this.defaultIndex=0;this.groupsArray=[];this.groupIndex=0;this.defaultGroups=[{border:\"#2B7CE9\",background:\"#97C2FC\",highlight:{border:\"#2B7CE9\",background:\"#D2E5FF\"},hover:{border:\"#2B7CE9\",background:\"#D2E5FF\"}},{border:\"#FFA500\",background:\"#FFFF00\",highlight:{border:\"#FFA500\",background:\"#FFFFA3\"},hover:{border:\"#FFA500\",background:\"#FFFFA3\"}},{border:\"#FA0A10\",background:\"#FB7E81\",highlight:{border:\"#FA0A10\",background:\"#FFAFB1\"},hover:{border:\"#FA0A10\",background:\"#FFAFB1\"}},{border:\"#41A906\",background:\"#7BE141\",highlight:{border:\"#41A906\",background:\"#A1EC76\"},hover:{border:\"#41A906\",background:\"#A1EC76\"}},{border:\"#E129F0\",background:\"#EB7DF4\",highlight:{border:\"#E129F0\",background:\"#F0B3F5\"},hover:{border:\"#E129F0\",background:\"#F0B3F5\"}},{border:\"#7C29F0\",background:\"#AD85E4\",highlight:{border:\"#7C29F0\",background:\"#D3BDF0\"},hover:{border:\"#7C29F0\",background:\"#D3BDF0\"}},{border:\"#C37F00\",background:\"#FFA807\",highlight:{border:\"#C37F00\",background:\"#FFCA66\"},hover:{border:\"#C37F00\",background:\"#FFCA66\"}},{border:\"#4220FB\",background:\"#6E6EFD\",highlight:{border:\"#4220FB\",background:\"#9B9BFD\"},hover:{border:\"#4220FB\",background:\"#9B9BFD\"}},{border:\"#FD5A77\",background:\"#FFC0CB\",highlight:{border:\"#FD5A77\",background:\"#FFD1D9\"},hover:{border:\"#FD5A77\",background:\"#FFD1D9\"}},{border:\"#4AD63A\",background:\"#C2FABC\",highlight:{border:\"#4AD63A\",background:\"#E6FFE3\"},hover:{border:\"#4AD63A\",background:\"#E6FFE3\"}},{border:\"#990000\",background:\"#EE0000\",highlight:{border:\"#BB0000\",background:\"#FF3333\"},hover:{border:\"#BB0000\",background:\"#FF3333\"}},{border:\"#FF6000\",background:\"#FF6000\",highlight:{border:\"#FF6000\",background:\"#FF6000\"},hover:{border:\"#FF6000\",background:\"#FF6000\"}},{border:\"#97C2FC\",background:\"#2B7CE9\",highlight:{border:\"#D2E5FF\",background:\"#2B7CE9\"},hover:{border:\"#D2E5FF\",background:\"#2B7CE9\"}},{border:\"#399605\",background:\"#255C03\",highlight:{border:\"#399605\",background:\"#255C03\"},hover:{border:\"#399605\",background:\"#255C03\"}},{border:\"#B70054\",background:\"#FF007E\",highlight:{border:\"#B70054\",background:\"#FF007E\"},hover:{border:\"#B70054\",background:\"#FF007E\"}},{border:\"#AD85E4\",background:\"#7C29F0\",highlight:{border:\"#D3BDF0\",background:\"#7C29F0\"},hover:{border:\"#D3BDF0\",background:\"#7C29F0\"}},{border:\"#4557FA\",background:\"#000EA1\",highlight:{border:\"#6E6EFD\",background:\"#000EA1\"},hover:{border:\"#6E6EFD\",background:\"#000EA1\"}},{border:\"#FFC0CB\",background:\"#FD5A77\",highlight:{border:\"#FFD1D9\",background:\"#FD5A77\"},hover:{border:\"#FFD1D9\",background:\"#FD5A77\"}},{border:\"#C2FABC\",background:\"#74D66A\",highlight:{border:\"#E6FFE3\",background:\"#74D66A\"},hover:{border:\"#E6FFE3\",background:\"#74D66A\"}},{border:\"#EE0000\",background:\"#990000\",highlight:{border:\"#FF3333\",background:\"#BB0000\"},hover:{border:\"#FF3333\",background:\"#BB0000\"}}];this.options={};this.defaultOptions={useDefaultGroups:true};util.extend(this.options,this.defaultOptions)}_createClass(Groups,[{key:\"setOptions\",value:function setOptions(options){var optionFields=[\"useDefaultGroups\"];if(options!==undefined){for(var groupName in options){if(options.hasOwnProperty(groupName)){if(optionFields.indexOf(groupName)===-1){var group=options[groupName];this.add(groupName,group)}}}}}},{key:\"clear\",value:function clear(){this.groups={};this.groupsArray=[]}},{key:\"get\",value:function get(groupname){var group=this.groups[groupname];if(group===undefined){if(this.options.useDefaultGroups===false&&this.groupsArray.length>0){var index=this.groupIndex%this.groupsArray.length;this.groupIndex++;group={};group.color=this.groups[this.groupsArray[index]];this.groups[groupname]=group}else{var index=this.defaultIndex%this.defaultGroups.length;this.defaultIndex++;group={};group.color=this.defaultGroups[index];this.groups[groupname]=group}}return group}},{key:\"add\",value:function add(groupName,style){this.groups[groupName]=style;this.groupsArray.push(groupName);return style}}]);return Groups}();exports[\"default\"]=Groups;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _componentsNode=__webpack_require__(62);var _componentsNode2=_interopRequireDefault(_componentsNode);var _componentsSharedLabel=__webpack_require__(63);var _componentsSharedLabel2=_interopRequireDefault(_componentsSharedLabel);var util=__webpack_require__(7);var DataSet=__webpack_require__(14);var DataView=__webpack_require__(16);var NodesHandler=function(){function NodesHandler(body,images,groups,layoutEngine){var _this=this;_classCallCheck(this,NodesHandler);this.body=body;this.images=images;this.groups=groups;this.layoutEngine=layoutEngine;this.body.functions.createNode=this.create.bind(this);this.nodesListeners={add:function add(event,params){_this.add(params.items)},update:function update(event,params){_this.update(params.items,params.data)},remove:function remove(event,params){_this.remove(params.items)}};this.options={};this.defaultOptions={borderWidth:1,borderWidthSelected:2,brokenImage:undefined,color:{border:\"#2B7CE9\",background:\"#97C2FC\",highlight:{border:\"#2B7CE9\",background:\"#D2E5FF\"},hover:{border:\"#2B7CE9\",background:\"#D2E5FF\"}},fixed:{x:false,y:false},font:{color:\"#343434\",size:14,face:\"arial\",background:\"none\",strokeWidth:0,strokeColor:\"#ffffff\",align:\"horizontal\"},group:undefined,hidden:false,icon:{face:\"FontAwesome\",code:undefined,size:50,color:\"#2B7CE9\"},image:undefined,label:undefined,labelHighlightBold:true,level:undefined,mass:1,physics:true,scaling:{min:10,max:30,label:{enabled:false,min:14,max:30,maxVisible:30,drawThreshold:5},customScalingFunction:function customScalingFunction(min,max,total,value){if(max===min){return.5}else{var scale=1/(max-min);return Math.max(0,(value-min)*scale)}}},shadow:{enabled:false,size:10,x:5,y:5},shape:\"ellipse\",size:25,title:undefined,value:undefined,x:undefined,y:undefined};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(NodesHandler,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this2=this;this.body.emitter.on(\"refreshNodes\",this.refresh.bind(this));this.body.emitter.on(\"refresh\",this.refresh.bind(this));this.body.emitter.on(\"destroy\",function(){delete _this2.body.functions.createNode;delete _this2.nodesListeners.add;delete _this2.nodesListeners.update;delete _this2.nodesListeners.remove;delete _this2.nodesListeners})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){_componentsNode2[\"default\"].parseOptions(this.options,options);if(options.shape!==undefined){for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){this.body.nodes[nodeId].updateShape()}}}if(options.font!==undefined){_componentsSharedLabel2[\"default\"].parseOptions(this.options.font,options);for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){this.body.nodes[nodeId].updateLabelModule();this.body.nodes[nodeId]._reset()}}}if(options.size!==undefined){for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){this.body.nodes[nodeId]._reset()}}}if(options.hidden!==undefined||options.physics!==undefined){this.body.emitter.emit(\"_dataChanged\")}}}},{key:\"setData\",value:function setData(nodes){var _this3=this;var doNotEmit=arguments[1]===undefined?false:arguments[1];var oldNodesData=this.body.data.nodes;if(nodes instanceof DataSet||nodes instanceof DataView){this.body.data.nodes=nodes}else if(Array.isArray(nodes)){this.body.data.nodes=new DataSet;this.body.data.nodes.add(nodes)}else if(!nodes){this.body.data.nodes=new DataSet}else{throw new TypeError(\"Array or DataSet expected\")}if(oldNodesData){util.forEach(this.nodesListeners,function(callback,event){oldNodesData.off(event,callback)})}this.body.nodes={};if(this.body.data.nodes){(function(){var me=_this3;util.forEach(_this3.nodesListeners,function(callback,event){me.body.data.nodes.on(event,callback)});var ids=_this3.body.data.nodes.getIds();_this3.add(ids,true)})()}if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"add\",value:function add(ids){var doNotEmit=arguments[1]===undefined?false:arguments[1];var id=undefined;var newNodes=[];for(var i=0;i<ids.length;i++){id=ids[i];var properties=this.body.data.nodes.get(id);var node=this.create(properties);newNodes.push(node);this.body.nodes[id]=node}this.layoutEngine.positionInitially(newNodes);if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"update\",value:function update(ids,changedData){var nodes=this.body.nodes;var dataChanged=false;for(var i=0;i<ids.length;i++){var id=ids[i];var node=nodes[id];var data=changedData[i];if(node!==undefined){dataChanged=node.setOptions(data)}else{dataChanged=true;node=this.create(data);nodes[id]=node}}if(dataChanged===true){this.body.emitter.emit(\"_dataChanged\")}else{this.body.emitter.emit(\"_dataUpdated\")}}},{key:\"remove\",value:function remove(ids){var nodes=this.body.nodes;for(var i=0;i<ids.length;i++){var id=ids[i];delete nodes[id]}this.body.emitter.emit(\"_dataChanged\")}},{key:\"create\",value:function create(properties){var constructorClass=arguments[1]===undefined?_componentsNode2[\"default\"]:arguments[1];return new constructorClass(properties,this.body,this.images,this.groups,this.options)}},{key:\"refresh\",value:function refresh(){var nodes=this.body.nodes;for(var nodeId in nodes){var node=undefined;if(nodes.hasOwnProperty(nodeId)){node=nodes[nodeId]}var data=this.body.data.nodes._data[nodeId];if(node!==undefined&&data!==undefined){node.setOptions({fixed:false});node.setOptions(data)}}}},{key:\"getPositions\",value:function getPositions(ids){var dataArray={};if(ids!==undefined){if(Array.isArray(ids)===true){for(var i=0;i<ids.length;i++){if(this.body.nodes[ids[i]]!==undefined){var node=this.body.nodes[ids[i]];dataArray[ids[i]]={x:Math.round(node.x),y:Math.round(node.y)}}}}else{if(this.body.nodes[ids]!==undefined){var node=this.body.nodes[ids];dataArray[ids]={x:Math.round(node.x),y:Math.round(node.y)}}}}else{for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){var node=this.body.nodes[nodeId];dataArray[nodeId]={x:Math.round(node.x),y:Math.round(node.y)}}}}return dataArray}},{key:\"storePositions\",value:function storePositions(){var dataArray=[];var dataset=this.body.data.nodes.getDataSet();for(var nodeId in dataset._data){if(dataset._data.hasOwnProperty(nodeId)){var node=this.body.nodes[nodeId];if(dataset._data[nodeId].x!=Math.round(node.x)||dataset._data[nodeId].y!=Math.round(node.y)){dataArray.push({id:nodeId,x:Math.round(node.x),y:Math.round(node.y)})}}}dataset.update(dataArray)}},{key:\"getBoundingBox\",value:function getBoundingBox(nodeId){if(this.body.nodes[nodeId]!==undefined){return this.body.nodes[nodeId].shape.boundingBox}}},{key:\"getConnectedNodes\",value:function getConnectedNodes(nodeId){var nodeList=[];if(this.body.nodes[nodeId]!==undefined){var node=this.body.nodes[nodeId];var nodeObj={};for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];if(edge.toId==nodeId){if(nodeObj[edge.fromId]===undefined){nodeList.push(edge.fromId);nodeObj[edge.fromId]=true}}else if(edge.fromId==nodeId){if(nodeObj[edge.toId]===undefined){nodeList.push(edge.toId);nodeObj[edge.toId]=true}}}}return nodeList}},{key:\"getConnectedEdges\",value:function getConnectedEdges(nodeId){var edgeList=[];if(this.body.nodes[nodeId]!==undefined){var node=this.body.nodes[nodeId];for(var i=0;i<node.edges.length;i++){edgeList.push(node.edges[i].id)}}else{console.log(\"NodeId provided for getConnectedEdges does not exist. Provided: \",nodeId)}return edgeList}}]);return NodesHandler}();exports[\"default\"]=NodesHandler;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _sharedLabel=__webpack_require__(63);var _sharedLabel2=_interopRequireDefault(_sharedLabel);var _nodesShapesBox=__webpack_require__(64);var _nodesShapesBox2=_interopRequireDefault(_nodesShapesBox);var _nodesShapesCircle=__webpack_require__(66);var _nodesShapesCircle2=_interopRequireDefault(_nodesShapesCircle);var _nodesShapesCircularImage=__webpack_require__(68);var _nodesShapesCircularImage2=_interopRequireDefault(_nodesShapesCircularImage);var _nodesShapesDatabase=__webpack_require__(69);var _nodesShapesDatabase2=_interopRequireDefault(_nodesShapesDatabase);var _nodesShapesDiamond=__webpack_require__(70);var _nodesShapesDiamond2=_interopRequireDefault(_nodesShapesDiamond);var _nodesShapesDot=__webpack_require__(72);var _nodesShapesDot2=_interopRequireDefault(_nodesShapesDot);var _nodesShapesEllipse=__webpack_require__(73);var _nodesShapesEllipse2=_interopRequireDefault(_nodesShapesEllipse);var _nodesShapesIcon=__webpack_require__(74);var _nodesShapesIcon2=_interopRequireDefault(_nodesShapesIcon);\n\nvar _nodesShapesImage=__webpack_require__(75);var _nodesShapesImage2=_interopRequireDefault(_nodesShapesImage);var _nodesShapesSquare=__webpack_require__(76);var _nodesShapesSquare2=_interopRequireDefault(_nodesShapesSquare);var _nodesShapesStar=__webpack_require__(77);var _nodesShapesStar2=_interopRequireDefault(_nodesShapesStar);var _nodesShapesText=__webpack_require__(78);var _nodesShapesText2=_interopRequireDefault(_nodesShapesText);var _nodesShapesTriangle=__webpack_require__(79);var _nodesShapesTriangle2=_interopRequireDefault(_nodesShapesTriangle);var _nodesShapesTriangleDown=__webpack_require__(80);var _nodesShapesTriangleDown2=_interopRequireDefault(_nodesShapesTriangleDown);var _sharedValidator=__webpack_require__(47);var _sharedValidator2=_interopRequireDefault(_sharedValidator);var util=__webpack_require__(7);var Node=function(){function Node(options,body,imagelist,grouplist,globalOptions){_classCallCheck(this,Node);this.options=util.bridgeObject(globalOptions);this.body=body;this.edges=[];this.id=undefined;this.imagelist=imagelist;this.grouplist=grouplist;this.x=undefined;this.y=undefined;this.baseSize=this.options.size;this.baseFontSize=this.options.font.size;this.predefinedPosition=false;this.selected=false;this.hover=false;this.labelModule=new _sharedLabel2[\"default\"](this.body,this.options);this.setOptions(options)}_createClass(Node,[{key:\"attachEdge\",value:function attachEdge(edge){if(this.edges.indexOf(edge)===-1){this.edges.push(edge)}}},{key:\"detachEdge\",value:function detachEdge(edge){var index=this.edges.indexOf(edge);if(index!=-1){this.edges.splice(index,1)}}},{key:\"togglePhysics\",value:function togglePhysics(status){this.options.physics=status}},{key:\"setOptions\",value:function setOptions(options){if(!options){return}if(options.id!==undefined){this.id=options.id}if(this.id===undefined){throw\"Node must have an id\"}if(options.x!==undefined){this.x=parseInt(options.x);this.predefinedPosition=true}if(options.y!==undefined){this.y=parseInt(options.y);this.predefinedPosition=true}if(options.size!==undefined){this.baseSize=options.size}if(options.value!==undefined){options.value=parseFloat(options.value)}if(typeof options.group===\"number\"||typeof options.group===\"string\"&&options.group!=\"\"){var groupObj=this.grouplist.get(options.group);util.deepExtend(this.options,groupObj);this.options.color=util.parseColor(this.options.color)}Node.parseOptions(this.options,options,true);if(this.options.image!==undefined){if(this.imagelist){this.imageObj=this.imagelist.load(this.options.image,this.options.brokenImage,this.id)}else{throw\"No imagelist provided\"}}this.updateShape();this.updateLabelModule();this._reset();if(options.hidden!==undefined||options.physics!==undefined){return true}return false}},{key:\"updateLabelModule\",value:function updateLabelModule(){if(this.options.label===undefined||this.options.label===null){this.options.label=\"\"}this.labelModule.setOptions(this.options,true);if(this.labelModule.baseSize!==undefined){this.baseFontSize=this.labelModule.baseSize}}},{key:\"updateShape\",value:function updateShape(){switch(this.options.shape){case\"box\":this.shape=new _nodesShapesBox2[\"default\"](this.options,this.body,this.labelModule);break;case\"circle\":this.shape=new _nodesShapesCircle2[\"default\"](this.options,this.body,this.labelModule);break;case\"circularImage\":this.shape=new _nodesShapesCircularImage2[\"default\"](this.options,this.body,this.labelModule,this.imageObj);break;case\"database\":this.shape=new _nodesShapesDatabase2[\"default\"](this.options,this.body,this.labelModule);break;case\"diamond\":this.shape=new _nodesShapesDiamond2[\"default\"](this.options,this.body,this.labelModule);break;case\"dot\":this.shape=new _nodesShapesDot2[\"default\"](this.options,this.body,this.labelModule);break;case\"ellipse\":this.shape=new _nodesShapesEllipse2[\"default\"](this.options,this.body,this.labelModule);break;case\"icon\":this.shape=new _nodesShapesIcon2[\"default\"](this.options,this.body,this.labelModule);break;case\"image\":this.shape=new _nodesShapesImage2[\"default\"](this.options,this.body,this.labelModule,this.imageObj);break;case\"square\":this.shape=new _nodesShapesSquare2[\"default\"](this.options,this.body,this.labelModule);break;case\"star\":this.shape=new _nodesShapesStar2[\"default\"](this.options,this.body,this.labelModule);break;case\"text\":this.shape=new _nodesShapesText2[\"default\"](this.options,this.body,this.labelModule);break;case\"triangle\":this.shape=new _nodesShapesTriangle2[\"default\"](this.options,this.body,this.labelModule);break;case\"triangleDown\":this.shape=new _nodesShapesTriangleDown2[\"default\"](this.options,this.body,this.labelModule);break;default:this.shape=new _nodesShapesEllipse2[\"default\"](this.options,this.body,this.labelModule);break}this._reset()}},{key:\"select\",value:function select(){this.selected=true;this._reset()}},{key:\"unselect\",value:function unselect(){this.selected=false;this._reset()}},{key:\"_reset\",value:function _reset(){this.shape.width=undefined;this.shape.height=undefined}},{key:\"getTitle\",value:function getTitle(){return this.options.title}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this.shape.distanceToBorder(ctx,angle)}},{key:\"isFixed\",value:function isFixed(){return this.options.fixed.x&&this.options.fixed.y}},{key:\"isSelected\",value:function isSelected(){return this.selected}},{key:\"getValue\",value:function getValue(){return this.options.value}},{key:\"setValueRange\",value:function setValueRange(min,max,total){if(this.options.value!==undefined){var scale=this.options.scaling.customScalingFunction(min,max,total,this.options.value);var sizeDiff=this.options.scaling.max-this.options.scaling.min;if(this.options.scaling.label.enabled===true){var fontDiff=this.options.scaling.label.max-this.options.scaling.label.min;this.options.font.size=this.options.scaling.label.min+scale*fontDiff}this.options.size=this.options.scaling.min+scale*sizeDiff}else{this.options.size=this.baseSize;this.options.font.size=this.baseFontSize}}},{key:\"draw\",value:function draw(ctx){this.shape.draw(ctx,this.x,this.y,this.selected,this.hover)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(ctx){this.shape.updateBoundingBox(this.x,this.y,ctx)}},{key:\"resize\",value:function resize(ctx){this.shape.resize(ctx)}},{key:\"isOverlappingWith\",value:function isOverlappingWith(obj){return this.shape.left<obj.right&&this.shape.left+this.shape.width>obj.left&&this.shape.top<obj.bottom&&this.shape.top+this.shape.height>obj.top}},{key:\"isBoundingBoxOverlappingWith\",value:function isBoundingBoxOverlappingWith(obj){return this.shape.boundingBox.left<obj.right&&this.shape.boundingBox.right>obj.left&&this.shape.boundingBox.top<obj.bottom&&this.shape.boundingBox.bottom>obj.top}}],[{key:\"parseOptions\",value:function parseOptions(parentOptions,newOptions){var allowDeletion=arguments[2]===undefined?false:arguments[2];var fields=[\"color\",\"font\",\"fixed\",\"shadow\"];util.selectiveNotDeepExtend(fields,parentOptions,newOptions,allowDeletion);util.mergeOptions(parentOptions,newOptions,\"shadow\");if(newOptions.color!==undefined&&newOptions.color!==null){var parsedColor=util.parseColor(newOptions.color);util.fillIfDefined(parentOptions.color,parsedColor)}else if(allowDeletion===true&&newOptions.color===null){parentOptions.color=undefined;delete parentOptions.color}if(newOptions.fixed!==undefined&&newOptions.fixed!==null){if(typeof newOptions.fixed===\"boolean\"){parentOptions.fixed.x=newOptions.fixed;parentOptions.fixed.y=newOptions.fixed}else{if(newOptions.fixed.x!==undefined&&typeof newOptions.fixed.x===\"boolean\"){parentOptions.fixed.x=newOptions.fixed.x}if(newOptions.fixed.y!==undefined&&typeof newOptions.fixed.y===\"boolean\"){parentOptions.fixed.y=newOptions.fixed.y}}}if(newOptions.font!==undefined){_sharedLabel2[\"default\"].parseOptions(parentOptions.font,newOptions)}if(newOptions.scaling!==undefined){util.mergeOptions(parentOptions.scaling,newOptions.scaling,\"label\")}}}]);return Node}();exports[\"default\"]=Node;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray=function(){function sliceIterator(arr,i){var _arr=[];var _n=true;var _d=false;var _e=undefined;try{for(var _i=arr[Symbol.iterator](),_s;!(_n=(_s=_i.next()).done);_n=true){_arr.push(_s.value);if(i&&_arr.length===i)break}}catch(err){_d=true;_e=err}finally{try{if(!_n&&_i[\"return\"])_i[\"return\"]()}finally{if(_d)throw _e}}return _arr}return function(arr,i){if(Array.isArray(arr)){return arr}else if(Symbol.iterator in Object(arr)){return sliceIterator(arr,i)}else{throw new TypeError(\"Invalid attempt to destructure non-iterable instance\")}}}();var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(7);var Label=function(){function Label(body,options){_classCallCheck(this,Label);this.body=body;this.pointToSelf=false;this.baseSize=undefined;this.setOptions(options);this.size={top:0,left:0,width:0,height:0,yLine:0}}_createClass(Label,[{key:\"setOptions\",value:function setOptions(options){var allowDeletion=arguments[1]===undefined?false:arguments[1];this.options=options;if(options.label!==undefined){this.labelDirty=true}if(options.font!==undefined){Label.parseOptions(this.options.font,options,allowDeletion);if(typeof options.font===\"string\"){this.baseSize=this.options.font.size}else if(typeof options.font===\"object\"){if(options.font.size!==undefined){this.baseSize=options.font.size}}}}},{key:\"draw\",value:function draw(ctx,x,y,selected){var baseline=arguments[4]===undefined?\"middle\":arguments[4];if(this.options.label===undefined)return;var viewFontSize=this.options.font.size*this.body.view.scale;if(this.options.label&&viewFontSize<this.options.scaling.label.drawThreshold-1)return;this.calculateLabelSize(ctx,selected,x,y,baseline);this._drawBackground(ctx);this._drawText(ctx,selected,x,y,baseline)}},{key:\"_drawBackground\",value:function _drawBackground(ctx){if(this.options.font.background!==undefined&&this.options.font.background!==\"none\"){ctx.fillStyle=this.options.font.background;var lineMargin=2;switch(this.options.font.align){case\"middle\":ctx.fillRect(-this.size.width*.5,-this.size.height*.5,this.size.width,this.size.height);break;case\"top\":ctx.fillRect(-this.size.width*.5,-(this.size.height+lineMargin),this.size.width,this.size.height);break;case\"bottom\":ctx.fillRect(-this.size.width*.5,lineMargin,this.size.width,this.size.height);break;default:ctx.fillRect(this.size.left,this.size.top-.5*lineMargin,this.size.width,this.size.height);break}}}},{key:\"_drawText\",value:function _drawText(ctx,selected,x,y){var baseline=arguments[4]===undefined?\"middle\":arguments[4];var fontSize=this.options.font.size;var viewFontSize=fontSize*this.body.view.scale;if(viewFontSize>=this.options.scaling.label.maxVisible){fontSize=Number(this.options.scaling.label.maxVisible)/this.body.view.scale}var yLine=this.size.yLine;var _getColor2=this._getColor(viewFontSize);var _getColor22=_slicedToArray(_getColor2,2);var fontColor=_getColor22[0];var strokeColor=_getColor22[1];var _setAlignment2=this._setAlignment(ctx,x,yLine,baseline);var _setAlignment22=_slicedToArray(_setAlignment2,2);x=_setAlignment22[0];yLine=_setAlignment22[1];ctx.font=(selected&&this.options.labelHighlightBold?\"bold \":\"\")+fontSize+\"px \"+this.options.font.face;ctx.fillStyle=fontColor;ctx.textAlign=\"center\";if(this.options.font.strokeWidth>0){ctx.lineWidth=this.options.font.strokeWidth;ctx.strokeStyle=strokeColor;ctx.lineJoin=\"round\"}for(var i=0;i<this.lineCount;i++){if(this.options.font.strokeWidth>0){ctx.strokeText(this.lines[i],x,yLine)}ctx.fillText(this.lines[i],x,yLine);yLine+=fontSize}}},{key:\"_setAlignment\",value:function _setAlignment(ctx,x,yLine,baseline){if(this.options.font.align!==\"horizontal\"&&this.pointToSelf===false){x=0;yLine=0;var lineMargin=2;if(this.options.font.align===\"top\"){ctx.textBaseline=\"alphabetic\";yLine-=2*lineMargin}else if(this.options.font.align===\"bottom\"){ctx.textBaseline=\"hanging\";yLine+=2*lineMargin}else{ctx.textBaseline=\"middle\"}}else{ctx.textBaseline=baseline}return[x,yLine]}},{key:\"_getColor\",value:function _getColor(viewFontSize){var fontColor=this.options.font.color||\"#000000\";var strokeColor=this.options.font.strokeColor||\"#ffffff\";if(viewFontSize<=this.options.scaling.label.drawThreshold){var opacity=Math.max(0,Math.min(1,1-(this.options.scaling.label.drawThreshold-viewFontSize)));fontColor=util.overrideOpacity(fontColor,opacity);strokeColor=util.overrideOpacity(strokeColor,opacity)}return[fontColor,strokeColor]}},{key:\"getTextSize\",value:function getTextSize(ctx){var selected=arguments[1]===undefined?false:arguments[1];var size={width:this._processLabel(ctx,selected),height:this.options.font.size*this.lineCount,lineCount:this.lineCount};return size}},{key:\"calculateLabelSize\",value:function calculateLabelSize(ctx,selected){var x=arguments[2]===undefined?0:arguments[2];var y=arguments[3]===undefined?0:arguments[3];var baseline=arguments[4]===undefined?\"middle\":arguments[4];if(this.labelDirty===true){this.size.width=this._processLabel(ctx,selected)}this.size.height=this.options.font.size*this.lineCount;this.size.left=x-this.size.width*.5;this.size.top=y-this.size.height*.5;this.size.yLine=y+(1-this.lineCount)*.5*this.options.font.size;if(baseline===\"hanging\"){this.size.top+=.5*this.options.font.size;this.size.top+=4;this.size.yLine+=4}this.labelDirty=false}},{key:\"_processLabel\",value:function _processLabel(ctx,selected){var width=0;var lines=[\"\"];var lineCount=0;if(this.options.label!==undefined){lines=String(this.options.label).split(\"\\n\");lineCount=lines.length;ctx.font=(selected&&this.options.labelHighlightBold?\"bold \":\"\")+this.options.font.size+\"px \"+this.options.font.face;width=ctx.measureText(lines[0]).width;for(var i=1;i<lineCount;i++){var lineWidth=ctx.measureText(lines[i]).width;width=lineWidth>width?lineWidth:width}}this.lines=lines;this.lineCount=lineCount;return width}}],[{key:\"parseOptions\",value:function parseOptions(parentOptions,newOptions){var allowDeletion=arguments[2]===undefined?false:arguments[2];if(typeof newOptions.font===\"string\"){var newOptionsArray=newOptions.font.split(\" \");parentOptions.size=newOptionsArray[0].replace(\"px\",\"\");parentOptions.face=newOptionsArray[1];parentOptions.color=newOptionsArray[2]}else if(typeof newOptions.font===\"object\"){util.fillIfDefined(parentOptions,newOptions.font,allowDeletion)}parentOptions.size=Number(parentOptions.size)}}]);return Label}();exports[\"default\"]=Label;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var Box=function(_NodeBase){function Box(options,body,labelModule){_classCallCheck(this,Box);_get(Object.getPrototypeOf(Box.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(Box,_NodeBase);_createClass(Box,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var margin=5;var textSize=this.labelModule.getTextSize(ctx,selected);this.width=textSize.width+2*margin;this.height=textSize.height+2*margin;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected);this.left=x-this.width/2;this.top=y-this.height/2;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.lineWidth=selected?selectionLineWidth:borderWidth;ctx.lineWidth/=this.body.view.scale;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;var borderRadius=6;ctx.roundRect(this.left,this.top,this.width,this.height,borderRadius);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.stroke();this.updateBoundingBox(x,y);this.labelModule.draw(ctx,x,y,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.left=x-this.width*.5;this.top=y-this.height*.5;this.boundingBox.left=this.left;this.boundingBox.top=this.top;this.boundingBox.bottom=this.top+this.height;this.boundingBox.right=this.left+this.width}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var a=this.width/2;var b=this.height/2;var w=Math.sin(angle)*a;var h=Math.cos(angle)*b;return a*b/Math.sqrt(w*w+h*h)}}]);return Box}(_utilNodeBase2[\"default\"]);exports[\"default\"]=Box;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var NodeBase=function(){function NodeBase(options,body,labelModule){_classCallCheck(this,NodeBase);this.body=body;this.labelModule=labelModule;this.setOptions(options);this.top=undefined;this.left=undefined;this.height=undefined;this.width=undefined;this.radius=undefined;this.boundingBox={top:0,left:0,right:0,bottom:0}}_createClass(NodeBase,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"_distanceToBorder\",value:function _distanceToBorder(angle){var borderWidth=1;return Math.min(Math.abs(this.width/2/Math.cos(angle)),Math.abs(this.height/2/Math.sin(angle)))+borderWidth}},{key:\"enableShadow\",value:function enableShadow(ctx){if(this.options.shadow.enabled===true){ctx.shadowColor=\"rgba(0,0,0,0.5)\";ctx.shadowBlur=this.options.shadow.size;ctx.shadowOffsetX=this.options.shadow.x;ctx.shadowOffsetY=this.options.shadow.y}}},{key:\"disableShadow\",value:function disableShadow(ctx){if(this.options.shadow.enabled===true){ctx.shadowColor=\"rgba(0,0,0,0)\";ctx.shadowBlur=0;ctx.shadowOffsetX=0;ctx.shadowOffsetY=0}}}]);return NodeBase}();exports[\"default\"]=NodeBase;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilCircleImageBase=__webpack_require__(67);var _utilCircleImageBase2=_interopRequireDefault(_utilCircleImageBase);var Circle=function(_CircleImageBase){function Circle(options,body,labelModule){_classCallCheck(this,Circle);_get(Object.getPrototypeOf(Circle.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(Circle,_CircleImageBase);_createClass(Circle,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var margin=5;var textSize=this.labelModule.getTextSize(ctx,selected);var diameter=Math.max(textSize.width,textSize.height)+2*margin;this.options.size=diameter/2;this.width=diameter;this.height=diameter;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected);this.left=x-this.width/2;this.top=y-this.height/2;this._drawRawCircle(ctx,x,y,selected,hover,this.options.size);this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size;this.updateBoundingBox(x,y);this.labelModule.draw(ctx,x,y,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var a=this.width/2;var b=this.height/2;var w=Math.sin(angle)*a;var h=Math.cos(angle)*b;return a*b/Math.sqrt(w*w+h*h)}}]);return Circle}(_utilCircleImageBase2[\"default\"]);exports[\"default\"]=Circle;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var CircleImageBase=function(_NodeBase){function CircleImageBase(options,body,labelModule){_classCallCheck(this,CircleImageBase);_get(Object.getPrototypeOf(CircleImageBase.prototype),\"constructor\",this).call(this,options,body,labelModule);this.labelOffset=0;this.imageLoaded=false}_inherits(CircleImageBase,_NodeBase);_createClass(CircleImageBase,[{key:\"_resizeImage\",value:function _resizeImage(){var force=false;if(!this.imageObj.width||!this.imageObj.height){this.imageLoaded=false}else if(this.imageLoaded===false){this.imageLoaded=true;force=true}if(!this.width||!this.height||force===true){var width,height,ratio;if(this.imageObj.width&&this.imageObj.height){width=0;height=0}if(this.imageObj.width>this.imageObj.height){ratio=this.imageObj.width/this.imageObj.height;width=this.options.size*2*ratio||this.imageObj.width;height=this.options.size*2||this.imageObj.height}else{if(this.imageObj.width&&this.imageObj.height){ratio=this.imageObj.height/this.imageObj.width}else{ratio=1}width=this.options.size*2||this.imageObj.width;height=this.options.size*2*ratio||this.imageObj.height}this.width=width;this.height=height;this.radius=.5*this.width}}},{key:\"_drawRawCircle\",value:function _drawRawCircle(ctx,x,y,selected,hover,size){var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.lineWidth=selected?selectionLineWidth:borderWidth;ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx.circle(x,y,size);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.stroke()}},{key:\"_drawImageAtPosition\",value:function _drawImageAtPosition(ctx){if(this.imageObj.width!=0){ctx.globalAlpha=1;this.enableShadow(ctx);ctx.drawImage(this.imageObj,this.left,this.top,this.width,this.height);this.disableShadow(ctx)}}},{key:\"_drawImageLabel\",value:function _drawImageLabel(ctx,x,y,selected){var yLabel;var offset=0;if(this.height!==undefined){offset=this.height*.5;var labelDimensions=this.labelModule.getTextSize(ctx);if(labelDimensions.lineCount>=1){offset+=labelDimensions.height/2}}yLabel=y+offset;if(this.options.label){this.labelOffset=offset}this.labelModule.draw(ctx,x,yLabel,selected,\"hanging\")}}]);return CircleImageBase}(_utilNodeBase2[\"default\"]);exports[\"default\"]=CircleImageBase;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilCircleImageBase=__webpack_require__(67);var _utilCircleImageBase2=_interopRequireDefault(_utilCircleImageBase);var CircularImage=function(_CircleImageBase){function CircularImage(options,body,labelModule,imageObj){_classCallCheck(this,CircularImage);_get(Object.getPrototypeOf(CircularImage.prototype),\"constructor\",this).call(this,options,body,labelModule);this.imageObj=imageObj;this._swapToImageResizeWhenImageLoaded=true}_inherits(CircularImage,_CircleImageBase);_createClass(CircularImage,[{key:\"resize\",value:function resize(){if(this.imageObj.src===undefined||this.imageObj.width===undefined||this.imageObj.height===undefined){if(!this.width){var diameter=this.options.size*2;this.width=diameter;this.height=diameter;this._swapToImageResizeWhenImageLoaded=true;this.radius=.5*this.width}}else{if(this._swapToImageResizeWhenImageLoaded){this.width=undefined;this.height=undefined;this._swapToImageResizeWhenImageLoaded=false}this._resizeImage()}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize();this.left=x-this.width/2;this.top=y-this.height/2;var size=Math.min(.5*this.height,.5*this.width);this._drawRawCircle(ctx,x,y,selected,hover,size);ctx.save();ctx.circle(x,y,size);ctx.stroke();ctx.clip();this._drawImageAtPosition(ctx);ctx.restore();this._drawImageLabel(ctx,x,y,selected);this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){\nthis.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size;this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelOffset)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);return this._distanceToBorder(angle)}}]);return CircularImage}(_utilCircleImageBase2[\"default\"]);exports[\"default\"]=CircularImage;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var Database=function(_NodeBase){function Database(options,body,labelModule){_classCallCheck(this,Database);_get(Object.getPrototypeOf(Database.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(Database,_NodeBase);_createClass(Database,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var margin=5;var textSize=this.labelModule.getTextSize(ctx,selected);var size=textSize.width+2*margin;this.width=size;this.height=size;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected);this.left=x-this.width/2;this.top=y-this.height/2;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.lineWidth=this.selected?selectionLineWidth:borderWidth;ctx.lineWidth*=this.networkScaleInv;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx.database(x-this.width/2,y-this.height*.5,this.width,this.height);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.stroke();this.updateBoundingBox(x,y,ctx);this.labelModule.draw(ctx,x,y,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y,ctx){this.resize(ctx);this.left=x-this.width*.5;this.top=y-this.height*.5;this.boundingBox.left=this.left;this.boundingBox.top=this.top;this.boundingBox.bottom=this.top+this.height;this.boundingBox.right=this.left+this.width}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var a=this.width/2;var b=this.height/2;var w=Math.sin(angle)*a;var h=Math.cos(angle)*b;return a*b/Math.sqrt(w*w+h*h)}}]);return Database}(_utilNodeBase2[\"default\"]);exports[\"default\"]=Database;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilShapeBase=__webpack_require__(71);var _utilShapeBase2=_interopRequireDefault(_utilShapeBase);var Diamond=function(_ShapeBase){function Diamond(options,body,labelModule){_classCallCheck(this,Diamond);_get(Object.getPrototypeOf(Diamond.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(Diamond,_ShapeBase);_createClass(Diamond,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"diamond\",4,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(angle)}}]);return Diamond}(_utilShapeBase2[\"default\"]);exports[\"default\"]=Diamond;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var ShapeBase=function(_NodeBase){function ShapeBase(options,body,labelModule){_classCallCheck(this,ShapeBase);_get(Object.getPrototypeOf(ShapeBase.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(ShapeBase,_NodeBase);_createClass(ShapeBase,[{key:\"_resizeShape\",value:function _resizeShape(){if(this.width===undefined){var size=2*this.options.size;this.width=size;this.height=size;this.radius=.5*this.width}}},{key:\"_drawShape\",value:function _drawShape(ctx,shape,sizeMultiplier,x,y,selected,hover){this._resizeShape();this.left=x-this.width/2;this.top=y-this.height/2;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.lineWidth=selected?selectionLineWidth:borderWidth;ctx.lineWidth/=this.body.view.scale;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx[shape](x,y,this.options.size);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.stroke();if(this.options.label!==undefined){var yLabel=y+.5*this.height+3;this.labelModule.draw(ctx,x,yLabel,selected,\"hanging\")}this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.size;this.boundingBox.left=x-this.options.size;this.boundingBox.right=x+this.options.size;this.boundingBox.bottom=y+this.options.size;if(this.options.label!==undefined&&this.labelModule.size.width>0){this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelModule.size.height+3)}}}]);return ShapeBase}(_utilNodeBase2[\"default\"]);exports[\"default\"]=ShapeBase;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilShapeBase=__webpack_require__(71);var _utilShapeBase2=_interopRequireDefault(_utilShapeBase);var Dot=function(_ShapeBase){function Dot(options,body,labelModule){_classCallCheck(this,Dot);_get(Object.getPrototypeOf(Dot.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(Dot,_ShapeBase);_createClass(Dot,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"circle\",2,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this.options.size+this.options.borderWidth}}]);return Dot}(_utilShapeBase2[\"default\"]);exports[\"default\"]=Dot;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var Ellipse=function(_NodeBase){function Ellipse(options,body,labelModule){_classCallCheck(this,Ellipse);_get(Object.getPrototypeOf(Ellipse.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(Ellipse,_NodeBase);_createClass(Ellipse,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var textSize=this.labelModule.getTextSize(ctx,selected);this.width=textSize.width*1.5;this.height=textSize.height*2;if(this.width<this.height){this.width=this.height}this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected);this.left=x-this.width*.5;this.top=y-this.height*.5;var borderWidth=this.options.borderWidth;var selectionLineWidth=this.options.borderWidthSelected||2*this.options.borderWidth;ctx.strokeStyle=selected?this.options.color.highlight.border:hover?this.options.color.hover.border:this.options.color.border;ctx.lineWidth=selected?selectionLineWidth:borderWidth;ctx.lineWidth/=this.body.view.scale;ctx.lineWidth=Math.min(this.width,ctx.lineWidth);ctx.fillStyle=selected?this.options.color.highlight.background:hover?this.options.color.hover.background:this.options.color.background;ctx.ellipse(this.left,this.top,this.width,this.height);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.stroke();this.updateBoundingBox(x,y);this.labelModule.draw(ctx,x,y,selected)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y,ctx){this.resize(ctx,false);this.left=x-this.width*.5;this.top=y-this.height*.5;this.boundingBox.left=this.left;this.boundingBox.top=this.top;this.boundingBox.bottom=this.top+this.height;this.boundingBox.right=this.left+this.width}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var a=this.width*.5;var b=this.height*.5;var w=Math.sin(angle)*a;var h=Math.cos(angle)*b;return a*b/Math.sqrt(w*w+h*h)}}]);return Ellipse}(_utilNodeBase2[\"default\"]);exports[\"default\"]=Ellipse;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var Icon=function(_NodeBase){function Icon(options,body,labelModule){_classCallCheck(this,Icon);_get(Object.getPrototypeOf(Icon.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(Icon,_NodeBase);_createClass(Icon,[{key:\"resize\",value:function resize(ctx){if(this.width===undefined){var margin=5;var iconSize={width:Number(this.options.icon.size),height:Number(this.options.icon.size)};this.width=iconSize.width+2*margin;this.height=iconSize.height+2*margin;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx);this.options.icon.size=this.options.icon.size||50;this.left=x-this.width*.5;this.top=y-this.height*.5;this._icon(ctx,x,y,selected);if(this.options.label!==undefined){var iconTextSpacing=5;this.labelModule.draw(ctx,x,y+this.height*.5+iconTextSpacing,selected)}this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.boundingBox.top=y-this.options.icon.size*.5;this.boundingBox.left=x-this.options.icon.size*.5;this.boundingBox.right=x+this.options.icon.size*.5;this.boundingBox.bottom=y+this.options.icon.size*.5;if(this.options.label!==undefined&&this.labelModule.size.width>0){var iconTextSpacing=5;this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelModule.size.height+iconTextSpacing)}}},{key:\"_icon\",value:function _icon(ctx,x,y,selected){var iconSize=Number(this.options.icon.size);if(this.options.icon.code!==undefined){ctx.font=(selected?\"bold \":\"\")+iconSize+\"px \"+this.options.icon.face;ctx.fillStyle=this.options.icon.color||\"black\";ctx.textAlign=\"center\";ctx.textBaseline=\"middle\";this.enableShadow(ctx);ctx.fillText(this.options.icon.code,x,y);this.disableShadow(ctx)}else{console.error(\"When using the icon shape, you need to define the code in the icon options object. This can be done per node or globally.\")}}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);return this._distanceToBorder(angle)}}]);return Icon}(_utilNodeBase2[\"default\"]);exports[\"default\"]=Icon;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilCircleImageBase=__webpack_require__(67);var _utilCircleImageBase2=_interopRequireDefault(_utilCircleImageBase);var Image=function(_CircleImageBase){function Image(options,body,labelModule,imageObj){_classCallCheck(this,Image);_get(Object.getPrototypeOf(Image.prototype),\"constructor\",this).call(this,options,body,labelModule);this.imageObj=imageObj}_inherits(Image,_CircleImageBase);_createClass(Image,[{key:\"resize\",value:function resize(){this._resizeImage()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize();this.left=x-this.width/2;this.top=y-this.height/2;this._drawImageAtPosition(ctx);this._drawImageLabel(ctx,x,y,selected||hover);this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.resize();this.left=x-this.width/2;this.top=y-this.height/2;this.boundingBox.top=this.top;this.boundingBox.left=this.left;this.boundingBox.right=this.left+this.width;this.boundingBox.bottom=this.top+this.height;if(this.options.label!==undefined&&this.labelModule.size.width>0){this.boundingBox.left=Math.min(this.boundingBox.left,this.labelModule.size.left);this.boundingBox.right=Math.max(this.boundingBox.right,this.labelModule.size.left+this.labelModule.size.width);this.boundingBox.bottom=Math.max(this.boundingBox.bottom,this.boundingBox.bottom+this.labelOffset)}}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);var a=this.width/2;var b=this.height/2;var w=Math.sin(angle)*a;var h=Math.cos(angle)*b;return a*b/Math.sqrt(w*w+h*h)}}]);return Image}(_utilCircleImageBase2[\"default\"]);exports[\"default\"]=Image;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilShapeBase=__webpack_require__(71);var _utilShapeBase2=_interopRequireDefault(_utilShapeBase);var Square=function(_ShapeBase){function Square(options,body,labelModule){_classCallCheck(this,Square);_get(Object.getPrototypeOf(Square.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(Square,_ShapeBase);_createClass(Square,[{key:\"resize\",value:function resize(){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"square\",2,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize();return this._distanceToBorder(angle)}}]);return Square}(_utilShapeBase2[\"default\"]);exports[\"default\"]=Square;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilShapeBase=__webpack_require__(71);var _utilShapeBase2=_interopRequireDefault(_utilShapeBase);var Star=function(_ShapeBase){function Star(options,body,labelModule){_classCallCheck(this,Star);_get(Object.getPrototypeOf(Star.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(Star,_ShapeBase);_createClass(Star,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"star\",4,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(angle)}}]);return Star}(_utilShapeBase2[\"default\"]);exports[\"default\"]=Star;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,\nconfigurable:true}});if(superClass)subClass.__proto__=superClass}var _utilNodeBase=__webpack_require__(65);var _utilNodeBase2=_interopRequireDefault(_utilNodeBase);var Text=function(_NodeBase){function Text(options,body,labelModule){_classCallCheck(this,Text);_get(Object.getPrototypeOf(Text.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(Text,_NodeBase);_createClass(Text,[{key:\"resize\",value:function resize(ctx,selected){if(this.width===undefined){var margin=5;var textSize=this.labelModule.getTextSize(ctx,selected);this.width=textSize.width+2*margin;this.height=textSize.height+2*margin;this.radius=.5*this.width}}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this.resize(ctx,selected||hover);this.left=x-this.width/2;this.top=y-this.height/2;this.enableShadow(ctx);this.labelModule.draw(ctx,x,y,selected||hover);this.disableShadow(ctx);this.updateBoundingBox(x,y)}},{key:\"updateBoundingBox\",value:function updateBoundingBox(x,y){this.resize();this.left=x-this.width/2;this.top=y-this.height/2;this.boundingBox.top=this.top;this.boundingBox.left=this.left;this.boundingBox.right=this.left+this.width;this.boundingBox.bottom=this.top+this.height}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){this.resize(ctx);return this._distanceToBorder(angle)}}]);return Text}(_utilNodeBase2[\"default\"]);exports[\"default\"]=Text;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilShapeBase=__webpack_require__(71);var _utilShapeBase2=_interopRequireDefault(_utilShapeBase);var Triangle=function(_ShapeBase){function Triangle(options,body,labelModule){_classCallCheck(this,Triangle);_get(Object.getPrototypeOf(Triangle.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(Triangle,_ShapeBase);_createClass(Triangle,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"triangle\",3,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(angle)}}]);return Triangle}(_utilShapeBase2[\"default\"]);exports[\"default\"]=Triangle;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilShapeBase=__webpack_require__(71);var _utilShapeBase2=_interopRequireDefault(_utilShapeBase);var TriangleDown=function(_ShapeBase){function TriangleDown(options,body,labelModule){_classCallCheck(this,TriangleDown);_get(Object.getPrototypeOf(TriangleDown.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(TriangleDown,_ShapeBase);_createClass(TriangleDown,[{key:\"resize\",value:function resize(ctx){this._resizeShape()}},{key:\"draw\",value:function draw(ctx,x,y,selected,hover){this._drawShape(ctx,\"triangleDown\",3,x,y,selected,hover)}},{key:\"distanceToBorder\",value:function distanceToBorder(ctx,angle){return this._distanceToBorder(angle)}}]);return TriangleDown}(_utilShapeBase2[\"default\"]);exports[\"default\"]=TriangleDown;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _componentsEdge=__webpack_require__(82);var _componentsEdge2=_interopRequireDefault(_componentsEdge);var _componentsSharedLabel=__webpack_require__(63);var _componentsSharedLabel2=_interopRequireDefault(_componentsSharedLabel);var util=__webpack_require__(7);var DataSet=__webpack_require__(14);var DataView=__webpack_require__(16);var EdgesHandler=function(){function EdgesHandler(body,images,groups){var _this=this;_classCallCheck(this,EdgesHandler);this.body=body;this.images=images;this.groups=groups;this.body.functions.createEdge=this.create.bind(this);this.edgesListeners={add:function add(event,params){_this.add(params.items)},update:function update(event,params){_this.update(params.items)},remove:function remove(event,params){_this.remove(params.items)}};this.options={};this.defaultOptions={arrows:{to:{enabled:false,scaleFactor:1},middle:{enabled:false,scaleFactor:1},from:{enabled:false,scaleFactor:1}},color:{color:\"#848484\",highlight:\"#848484\",hover:\"#848484\",inherit:\"from\",opacity:1},dashes:false,font:{color:\"#343434\",size:14,face:\"arial\",background:\"none\",strokeWidth:2,strokeColor:\"#ffffff\",align:\"horizontal\"},hidden:false,hoverWidth:1.5,label:undefined,labelHighlightBold:true,length:undefined,physics:true,scaling:{min:1,max:15,label:{enabled:true,min:14,max:30,maxVisible:30,drawThreshold:5},customScalingFunction:function customScalingFunction(min,max,total,value){if(max===min){return.5}else{var scale=1/(max-min);return Math.max(0,(value-min)*scale)}}},selectionWidth:1.5,selfReferenceSize:20,shadow:{enabled:false,size:10,x:5,y:5},smooth:{enabled:true,type:\"dynamic\",roundness:.5},title:undefined,width:1,value:undefined};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(EdgesHandler,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this2=this;this.body.emitter.on(\"_forceDisableDynamicCurves\",function(type){if(type===\"dynamic\"){type=\"continuous\"}var emitChange=false;for(var edgeId in _this2.body.edges){if(_this2.body.edges.hasOwnProperty(edgeId)){var edge=_this2.body.edges[edgeId];var edgeData=_this2.body.data.edges._data[edgeId];if(edgeData!==undefined){var edgeOptions=edgeData.smooth;if(edgeOptions!==undefined){if(edgeOptions.enabled===true&&edgeOptions.type===\"dynamic\"){if(type===undefined){edge.setOptions({smooth:false})}else{edge.setOptions({smooth:{type:type}})}emitChange=true}}}}}if(emitChange===true){_this2.body.emitter.emit(\"_dataChanged\")}});this.body.emitter.on(\"_dataUpdated\",function(){_this2.reconnectEdges();_this2.markAllEdgesAsDirty()});this.body.emitter.on(\"refreshEdges\",this.refresh.bind(this));this.body.emitter.on(\"refresh\",this.refresh.bind(this));this.body.emitter.on(\"destroy\",function(){delete _this2.body.functions.createEdge;delete _this2.edgesListeners.add;delete _this2.edgesListeners.update;delete _this2.edgesListeners.remove;delete _this2.edgesListeners})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){_componentsEdge2[\"default\"].parseOptions(this.options,options);if(options.color!==undefined){this.markAllEdgesAsDirty()}var dataChanged=false;if(options.smooth!==undefined){for(var edgeId in this.body.edges){if(this.body.edges.hasOwnProperty(edgeId)){dataChanged=this.body.edges[edgeId].updateEdgeType()||dataChanged}}}if(options.font!==undefined){_componentsSharedLabel2[\"default\"].parseOptions(this.options.font,options);for(var edgeId in this.body.edges){if(this.body.edges.hasOwnProperty(edgeId)){this.body.edges[edgeId].updateLabelModule()}}}if(options.hidden!==undefined||options.physics!==undefined||dataChanged===true){this.body.emitter.emit(\"_dataChanged\")}}}},{key:\"setData\",value:function setData(edges){var _this3=this;var doNotEmit=arguments[1]===undefined?false:arguments[1];var oldEdgesData=this.body.data.edges;if(edges instanceof DataSet||edges instanceof DataView){this.body.data.edges=edges}else if(Array.isArray(edges)){this.body.data.edges=new DataSet;this.body.data.edges.add(edges)}else if(!edges){this.body.data.edges=new DataSet}else{throw new TypeError(\"Array or DataSet expected\")}if(oldEdgesData){util.forEach(this.edgesListeners,function(callback,event){oldEdgesData.off(event,callback)})}this.body.edges={};if(this.body.data.edges){util.forEach(this.edgesListeners,function(callback,event){_this3.body.data.edges.on(event,callback)});var ids=this.body.data.edges.getIds();this.add(ids,true)}if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"add\",value:function add(ids){var doNotEmit=arguments[1]===undefined?false:arguments[1];var edges=this.body.edges;var edgesData=this.body.data.edges;for(var i=0;i<ids.length;i++){var id=ids[i];var oldEdge=edges[id];if(oldEdge){oldEdge.disconnect()}var data=edgesData.get(id,{showInternalIds:true});edges[id]=this.create(data)}if(doNotEmit===false){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"update\",value:function update(ids){var edges=this.body.edges;var edgesData=this.body.data.edges;var dataChanged=false;for(var i=0;i<ids.length;i++){var id=ids[i];var data=edgesData.get(id);var edge=edges[id];if(edge===null){edge.disconnect();dataChanged=edge.setOptions(data)||dataChanged;edge.connect()}else{this.body.edges[id]=this.create(data);dataChanged=true}}if(dataChanged===true){this.body.emitter.emit(\"_dataChanged\")}else{this.body.emitter.emit(\"_dataUpdated\")}}},{key:\"remove\",value:function remove(ids){var edges=this.body.edges;for(var i=0;i<ids.length;i++){var id=ids[i];var edge=edges[id];if(edge!==undefined){edge.edgeType.cleanup();edge.disconnect();delete edges[id]}}this.body.emitter.emit(\"_dataChanged\")}},{key:\"refresh\",value:function refresh(){var edges=this.body.edges;for(var edgeId in edges){var edge=undefined;if(edges.hasOwnProperty(edgeId)){edge=edges[edgeId]}var data=this.body.data.edges._data[edgeId];if(edge!==undefined&&data!==undefined){edge.setOptions(data)}}}},{key:\"create\",value:function create(properties){return new _componentsEdge2[\"default\"](properties,this.body,this.options)}},{key:\"markAllEdgesAsDirty\",value:function markAllEdgesAsDirty(){for(var edgeId in this.body.edges){this.body.edges[edgeId].edgeType.colorDirty=true}}},{key:\"reconnectEdges\",value:function reconnectEdges(){var id;var nodes=this.body.nodes;var edges=this.body.edges;for(id in nodes){if(nodes.hasOwnProperty(id)){nodes[id].edges=[]}}for(id in edges){if(edges.hasOwnProperty(id)){var edge=edges[id];edge.from=null;edge.to=null;edge.connect()}}}},{key:\"getConnectedNodes\",value:function getConnectedNodes(edgeId){var nodeList=[];if(this.body.edges[edgeId]!==undefined){var edge=this.body.edges[edgeId];if(edge.fromId){nodeList.push(edge.fromId)}if(edge.toId){nodeList.push(edge.toId)}}return nodeList}}]);return EdgesHandler}();exports[\"default\"]=EdgesHandler;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _sharedLabel=__webpack_require__(63);var _sharedLabel2=_interopRequireDefault(_sharedLabel);var _edgesBezierEdgeDynamic=__webpack_require__(83);var _edgesBezierEdgeDynamic2=_interopRequireDefault(_edgesBezierEdgeDynamic);var _edgesBezierEdgeStatic=__webpack_require__(86);var _edgesBezierEdgeStatic2=_interopRequireDefault(_edgesBezierEdgeStatic);var _edgesStraightEdge=__webpack_require__(87);var _edgesStraightEdge2=_interopRequireDefault(_edgesStraightEdge);var util=__webpack_require__(7);var Edge=function(){function Edge(options,body,globalOptions){_classCallCheck(this,Edge);if(body===undefined){throw\"No body provided\"}this.options=util.bridgeObject(globalOptions);this.body=body;this.id=undefined;this.fromId=undefined;this.toId=undefined;this.selected=false;this.hover=false;this.labelDirty=true;this.colorDirty=true;this.baseWidth=this.options.width;this.baseFontSize=this.options.font.size;this.from=undefined;this.to=undefined;this.edgeType=undefined;this.connected=false;this.labelModule=new _sharedLabel2[\"default\"](this.body,this.options);this.setOptions(options)}_createClass(Edge,[{key:\"setOptions\",value:function setOptions(options){if(!options){return}this.colorDirty=true;Edge.parseOptions(this.options,options,true);if(options.id!==undefined){this.id=options.id}if(options.from!==undefined){this.fromId=options.from}if(options.to!==undefined){this.toId=options.to}if(options.title!==undefined){this.title=options.title}if(options.value!==undefined){options.value=parseFloat(options.value)}this.updateLabelModule();var dataChanged=this.updateEdgeType();this._setInteractionWidths();this.connect();if(options.hidden!==undefined||options.physics!==undefined){dataChanged=true}return dataChanged}},{key:\"updateLabelModule\",value:function updateLabelModule(){this.labelModule.setOptions(this.options,true);if(this.labelModule.baseSize!==undefined){this.baseFontSize=this.labelModule.baseSize}}},{key:\"updateEdgeType\",value:function updateEdgeType(){var dataChanged=false;var changeInType=true;if(this.edgeType!==undefined){if(this.edgeType instanceof _edgesBezierEdgeDynamic2[\"default\"]&&this.options.smooth.enabled===true&&this.options.smooth.type===\"dynamic\"){changeInType=false}if(this.edgeType instanceof _edgesBezierEdgeStatic2[\"default\"]&&this.options.smooth.enabled===true&&this.options.smooth.type!==\"dynamic\"){changeInType=false}if(this.edgeType instanceof _edgesStraightEdge2[\"default\"]&&this.options.smooth.enabled===false){changeInType=false}if(changeInType===true){dataChanged=this.edgeType.cleanup()}}if(changeInType===true){if(this.options.smooth.enabled===true){if(this.options.smooth.type===\"dynamic\"){dataChanged=true;this.edgeType=new _edgesBezierEdgeDynamic2[\"default\"](this.options,this.body,this.labelModule)}else{this.edgeType=new _edgesBezierEdgeStatic2[\"default\"](this.options,this.body,this.labelModule)}}else{this.edgeType=new _edgesStraightEdge2[\"default\"](this.options,this.body,this.labelModule)}}else{this.edgeType.setOptions(this.options)}return dataChanged}},{key:\"togglePhysics\",value:function togglePhysics(status){this.options.physics=status;this.edgeType.togglePhysics(status)}},{key:\"connect\",value:function connect(){this.disconnect();this.from=this.body.nodes[this.fromId]||undefined;this.to=this.body.nodes[this.toId]||undefined;this.connected=this.from!==undefined&&this.to!==undefined;if(this.connected===true){this.from.attachEdge(this);this.to.attachEdge(this)}else{if(this.from){this.from.detachEdge(this)}if(this.to){this.to.detachEdge(this)}}this.edgeType.connect()}},{key:\"disconnect\",value:function disconnect(){if(this.from){this.from.detachEdge(this);this.from=undefined}if(this.to){this.to.detachEdge(this);this.to=undefined}this.connected=false}},{key:\"getTitle\",value:function getTitle(){return this.title}},{key:\"isSelected\",value:function isSelected(){return this.selected}},{key:\"getValue\",value:function getValue(){return this.options.value}},{key:\"setValueRange\",value:function setValueRange(min,max,total){if(this.options.value!==undefined){var scale=this.options.scaling.customScalingFunction(min,max,total,this.options.value);var widthDiff=this.options.scaling.max-this.options.scaling.min;if(this.options.scaling.label.enabled===true){var fontDiff=this.options.scaling.label.max-this.options.scaling.label.min;this.options.font.size=this.options.scaling.label.min+scale*fontDiff}this.options.width=this.options.scaling.min+scale*widthDiff}else{this.options.width=this.baseWidth;this.options.font.size=this.baseFontSize}this._setInteractionWidths()}},{key:\"_setInteractionWidths\",value:function _setInteractionWidths(){if(typeof this.options.hoverWidth===\"function\"){this.edgeType.hoverWidth=this.options.hoverWidth(this.options.width)}else{this.edgeType.hoverWidth=this.options.hoverWidth+this.options.width}if(typeof this.options.selectionWidth===\"function\"){this.edgeType.selectionWidth=this.options.selectionWidth(this.options.width)}else{this.edgeType.selectionWidth=this.options.selectionWidth+this.options.width}}},{key:\"draw\",value:function draw(ctx){var via=this.edgeType.drawLine(ctx,this.selected,this.hover);this.drawArrows(ctx,via);this.drawLabel(ctx,via)}},{key:\"drawArrows\",value:function drawArrows(ctx,viaNode){if(this.options.arrows.from.enabled===true){this.edgeType.drawArrowHead(ctx,\"from\",viaNode,this.selected,this.hover)}if(this.options.arrows.middle.enabled===true){this.edgeType.drawArrowHead(ctx,\"middle\",viaNode,this.selected,this.hover)}if(this.options.arrows.to.enabled===true){this.edgeType.drawArrowHead(ctx,\"to\",viaNode,this.selected,this.hover)}}},{key:\"drawLabel\",value:function drawLabel(ctx,viaNode){if(this.options.label!==undefined){var node1=this.from;var node2=this.to;var selected=this.from.selected||this.to.selected||this.selected;if(node1.id!=node2.id){this.labelModule.pointToSelf=false;var point=this.edgeType.getPoint(.5,viaNode);ctx.save();if(this.options.font.align!==\"horizontal\"){this.labelModule.calculateLabelSize(ctx,selected,point.x,point.y);ctx.translate(point.x,this.labelModule.size.yLine);this._rotateForLabelAlignment(ctx)}this.labelModule.draw(ctx,point.x,point.y,selected);ctx.restore()}else{this.labelModule.pointToSelf=true;var x,y;var radius=this.options.selfReferenceSize;if(node1.shape.width>node1.shape.height){x=node1.x+node1.shape.width*.5;y=node1.y-radius}else{x=node1.x+radius;y=node1.y-node1.shape.height*.5}point=this._pointOnCircle(x,y,radius,.125);this.labelModule.draw(ctx,point.x,point.y,selected)}}}},{key:\"isOverlappingWith\",value:function isOverlappingWith(obj){if(this.connected){var distMax=10;var xFrom=this.from.x;var yFrom=this.from.y;var xTo=this.to.x;var yTo=this.to.y;var xObj=obj.left;var yObj=obj.top;var dist=this.edgeType.getDistanceToEdge(xFrom,yFrom,xTo,yTo,xObj,yObj);return dist<distMax}else{return false}}},{key:\"_rotateForLabelAlignment\",value:function _rotateForLabelAlignment(ctx){var dy=this.from.y-this.to.y;var dx=this.from.x-this.to.x;var angleInDegrees=Math.atan2(dy,dx);if(angleInDegrees<-1&&dx<0||angleInDegrees>0&&dx<0){angleInDegrees=angleInDegrees+Math.PI}ctx.rotate(angleInDegrees)}},{key:\"_pointOnCircle\",value:function _pointOnCircle(x,y,radius,percentage){var angle=percentage*2*Math.PI;return{x:x+radius*Math.cos(angle),y:y-radius*Math.sin(angle)}}},{key:\"select\",value:function select(){this.selected=true}},{key:\"unselect\",value:function unselect(){this.selected=false}}],[{key:\"parseOptions\",value:function parseOptions(parentOptions,newOptions){var allowDeletion=arguments[2]===undefined?false:arguments[2];var fields=[\"id\",\"from\",\"hidden\",\"hoverWidth\",\"label\",\"labelHighlightBold\",\"length\",\"line\",\"opacity\",\"physics\",\"selectionWidth\",\"selfReferenceSize\",\"to\",\"title\",\"value\",\"width\"];util.selectiveDeepExtend(fields,parentOptions,newOptions,allowDeletion);util.mergeOptions(parentOptions,newOptions,\"smooth\");util.mergeOptions(parentOptions,newOptions,\"shadow\");if(newOptions.dashes!==undefined&&newOptions.dashes!==null){parentOptions.dashes=newOptions.dashes}else if(allowDeletion===true&&newOptions.dashes===null){parentOptions.dashes=undefined;delete parentOptions.dashes}if(newOptions.scaling!==undefined&&newOptions.scaling!==null){if(newOptions.scaling.min!==undefined){parentOptions.scaling.min=newOptions.scaling.min}if(newOptions.scaling.max!==undefined){parentOptions.scaling.max=newOptions.scaling.max}util.mergeOptions(parentOptions.scaling,newOptions.scaling,\"label\")}else if(allowDeletion===true&&newOptions.scaling===null){parentOptions.scaling=undefined;delete parentOptions.scaling}if(newOptions.arrows!==undefined&&newOptions.arrows!==null){if(typeof newOptions.arrows===\"string\"){var arrows=newOptions.arrows.toLowerCase();if(arrows.indexOf(\"to\")!=-1){parentOptions.arrows.to.enabled=true}if(arrows.indexOf(\"middle\")!=-1){parentOptions.arrows.middle.enabled=true}if(arrows.indexOf(\"from\")!=-1){parentOptions.arrows.from.enabled=true}}else if(typeof newOptions.arrows===\"object\"){util.mergeOptions(parentOptions.arrows,newOptions.arrows,\"to\");util.mergeOptions(parentOptions.arrows,newOptions.arrows,\"middle\");util.mergeOptions(parentOptions.arrows,newOptions.arrows,\"from\")}else{throw new Error(\"The arrow newOptions can only be an object or a string. Refer to the documentation. You used:\"+JSON.stringify(newOptions.arrows))}}else if(allowDeletion===true&&newOptions.arrows===null){parentOptions.arrows=undefined;delete parentOptions.arrows}if(newOptions.color!==undefined&&newOptions.color!==null){if(util.isString(newOptions.color)){parentOptions.color.color=newOptions.color;parentOptions.color.highlight=newOptions.color;parentOptions.color.hover=newOptions.color;parentOptions.color.inherit=false}else{var colorsDefined=false;if(newOptions.color.color!==undefined){parentOptions.color.color=newOptions.color.color;colorsDefined=true}if(newOptions.color.highlight!==undefined){parentOptions.color.highlight=newOptions.color.highlight;colorsDefined=true}if(newOptions.color.hover!==undefined){parentOptions.color.hover=newOptions.color.hover;colorsDefined=true}if(newOptions.color.inherit!==undefined){parentOptions.color.inherit=newOptions.color.inherit}if(newOptions.color.opacity!==undefined){parentOptions.color.opacity=Math.min(1,Math.max(0,newOptions.color.opacity))}if(newOptions.color.inherit===undefined&&colorsDefined===true){parentOptions.color.inherit=false}}}else if(allowDeletion===true&&newOptions.color===null){parentOptions.color=undefined;delete parentOptions.color}if(newOptions.font!==undefined){_sharedLabel2[\"default\"].parseOptions(parentOptions.font,newOptions)}}}]);return Edge}();exports[\"default\"]=Edge;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilBezierEdgeBase=__webpack_require__(84);var _utilBezierEdgeBase2=_interopRequireDefault(_utilBezierEdgeBase);var BezierEdgeDynamic=function(_BezierEdgeBase){function BezierEdgeDynamic(options,body,labelModule){_classCallCheck(this,BezierEdgeDynamic);_get(Object.getPrototypeOf(BezierEdgeDynamic.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(BezierEdgeDynamic,_BezierEdgeBase);_createClass(BezierEdgeDynamic,[{key:\"setOptions\",value:function setOptions(options){this.options=options;this.id=this.options.id;this.setupSupportNode();this.connect()}},{key:\"connect\",value:function connect(){this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to];if(this.from===undefined||this.to===undefined||this.options.physics===false){this.via.setOptions({physics:false})}else{if(this.from.id===this.to.id){this.via.setOptions({physics:false})}else{this.via.setOptions({physics:true})}}}},{key:\"cleanup\",value:function cleanup(){if(this.via!==undefined){delete this.body.nodes[this.via.id];this.via=undefined;return true}return false}},{key:\"togglePhysics\",value:function togglePhysics(status){this.via.setOptions({physics:status});this.positionBezierNode()}},{key:\"setupSupportNode\",value:function setupSupportNode(){if(this.via===undefined){var nodeId=\"edgeId:\"+this.id;var node=this.body.functions.createNode({id:nodeId,shape:\"circle\",physics:true,hidden:true});this.body.nodes[nodeId]=node;this.via=node;this.via.parentEdgeId=this.id;this.positionBezierNode()}}},{key:\"positionBezierNode\",value:function positionBezierNode(){if(this.via!==undefined&&this.from!==undefined&&this.to!==undefined){this.via.x=.5*(this.from.x+this.to.x);this.via.y=.5*(this.from.y+this.to.y)}else if(this.via!==undefined){this.via.x=0;this.via.y=0}}},{key:\"_line\",value:function _line(ctx){ctx.beginPath();ctx.moveTo(this.from.x,this.from.y);ctx.quadraticCurveTo(this.via.x,this.via.y,this.to.x,this.to.y);this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx);return this.via}},{key:\"getPoint\",value:function getPoint(percentage){var t=percentage;var x=Math.pow(1-t,2)*this.from.x+2*t*(1-t)*this.via.x+Math.pow(t,2)*this.to.x;var y=Math.pow(1-t,2)*this.from.y+2*t*(1-t)*this.via.y+Math.pow(t,2)*this.to.y;return{x:x,y:y}}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){return this._findBorderPositionBezier(nearNode,ctx,this.via)}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){return this._getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,this.via)}}]);return BezierEdgeDynamic}(_utilBezierEdgeBase2[\"default\"]);exports[\"default\"]=BezierEdgeDynamic;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x2,_x3,_x4){var _again=true;_function:while(_again){var object=_x2,property=_x3,receiver=_x4;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x2=parent;_x3=property;_x4=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _EdgeBase2=__webpack_require__(85);var _EdgeBase3=_interopRequireDefault(_EdgeBase2);\nvar BezierEdgeBase=function(_EdgeBase){function BezierEdgeBase(options,body,labelModule){_classCallCheck(this,BezierEdgeBase);_get(Object.getPrototypeOf(BezierEdgeBase.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(BezierEdgeBase,_EdgeBase);_createClass(BezierEdgeBase,[{key:\"_findBorderPositionBezier\",value:function _findBorderPositionBezier(nearNode,ctx){var viaNode=arguments[2]===undefined?this._getViaCoordinates():arguments[2];var maxIterations=10;var iteration=0;var low=0;var high=1;var pos,angle,distanceToBorder,distanceToPoint,difference;var threshold=.2;var node=this.to;var from=false;if(nearNode.id===this.from.id){node=this.from;from=true}while(low<=high&&iteration<maxIterations){var middle=(low+high)*.5;pos=this.getPoint(middle,viaNode);angle=Math.atan2(node.y-pos.y,node.x-pos.x);distanceToBorder=node.distanceToBorder(ctx,angle);distanceToPoint=Math.sqrt(Math.pow(pos.x-node.x,2)+Math.pow(pos.y-node.y,2));difference=distanceToBorder-distanceToPoint;if(Math.abs(difference)<threshold){break}else if(difference<0){if(from===false){low=middle}else{high=middle}}else{if(from===false){high=middle}else{low=middle}}iteration++}pos.t=middle;return pos}},{key:\"_getDistanceToBezierEdge\",value:function _getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,via){var xVia=undefined,yVia=undefined;xVia=via.x;yVia=via.y;var minDistance=1e9;var distance=undefined;var i=undefined,t=undefined,x=undefined,y=undefined;var lastX=x1;var lastY=y1;for(i=1;i<10;i++){t=.1*i;x=Math.pow(1-t,2)*x1+2*t*(1-t)*xVia+Math.pow(t,2)*x2;y=Math.pow(1-t,2)*y1+2*t*(1-t)*yVia+Math.pow(t,2)*y2;if(i>0){distance=this._getDistanceToLine(lastX,lastY,x,y,x3,y3);minDistance=distance<minDistance?distance:minDistance}lastX=x;lastY=y}return minDistance}}]);return BezierEdgeBase}(_EdgeBase3[\"default\"]);exports[\"default\"]=BezierEdgeBase;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _slicedToArray=function(){function sliceIterator(arr,i){var _arr=[];var _n=true;var _d=false;var _e=undefined;try{for(var _i=arr[Symbol.iterator](),_s;!(_n=(_s=_i.next()).done);_n=true){_arr.push(_s.value);if(i&&_arr.length===i)break}}catch(err){_d=true;_e=err}finally{try{if(!_n&&_i[\"return\"])_i[\"return\"]()}finally{if(_d)throw _e}}return _arr}return function(arr,i){if(Array.isArray(arr)){return arr}else if(Symbol.iterator in Object(arr)){return sliceIterator(arr,i)}else{throw new TypeError(\"Invalid attempt to destructure non-iterable instance\")}}}();var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(7);var EdgeBase=function(){function EdgeBase(options,body,labelModule){_classCallCheck(this,EdgeBase);this.body=body;this.labelModule=labelModule;this.setOptions(options);this.colorDirty=true;this.color={};this.selectionWidth=2;this.hoverWidth=1.5}_createClass(EdgeBase,[{key:\"connect\",value:function connect(){this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to]}},{key:\"cleanup\",value:function cleanup(){return false}},{key:\"setOptions\",value:function setOptions(options){this.options=options;this.from=this.body.nodes[this.options.from];this.to=this.body.nodes[this.options.to];this.id=this.options.id}},{key:\"togglePhysics\",value:function togglePhysics(status){}},{key:\"drawLine\",value:function drawLine(ctx,selected,hover){ctx.strokeStyle=this.getColor(ctx,selected,hover);ctx.lineWidth=this.getLineWidth(selected,hover);var via=undefined;if(this.options.dashes!==false){via=this._drawDashedLine(ctx)}else{via=this._drawLine(ctx)}return via}},{key:\"_drawLine\",value:function _drawLine(ctx){var via=undefined;if(this.from!=this.to){via=this._line(ctx)}else{var _getCircleData2=this._getCircleData(ctx);var _getCircleData22=_slicedToArray(_getCircleData2,3);var x=_getCircleData22[0];var y=_getCircleData22[1];var radius=_getCircleData22[2];this._circle(ctx,x,y,radius)}return via}},{key:\"_drawDashedLine\",value:function _drawDashedLine(ctx){var via=undefined;ctx.lineCap=\"round\";var pattern=[5,5];if(Array.isArray(this.options.dashes)===true){pattern=this.options.dashes}if(ctx.setLineDash!==undefined){ctx.save();ctx.setLineDash(pattern);ctx.lineDashOffset=0;if(this.from!=this.to){via=this._line(ctx)}else{var _getCircleData3=this._getCircleData(ctx);var _getCircleData32=_slicedToArray(_getCircleData3,3);var x=_getCircleData32[0];var y=_getCircleData32[1];var radius=_getCircleData32[2];this._circle(ctx,x,y,radius)}ctx.setLineDash([0]);ctx.lineDashOffset=0;ctx.restore()}else{if(this.from!=this.to){ctx.dashedLine(this.from.x,this.from.y,this.to.x,this.to.y,pattern)}else{var _getCircleData4=this._getCircleData(ctx);var _getCircleData42=_slicedToArray(_getCircleData4,3);var x=_getCircleData42[0];var y=_getCircleData42[1];var radius=_getCircleData42[2];this._circle(ctx,x,y,radius)}this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx)}return via}},{key:\"findBorderPosition\",value:function findBorderPosition(nearNode,ctx,options){if(this.from!=this.to){return this._findBorderPosition(nearNode,ctx,options)}else{return this._findBorderPositionCircle(nearNode,ctx,options)}}},{key:\"findBorderPositions\",value:function findBorderPositions(ctx){var from={};var to={};if(this.from!=this.to){from=this._findBorderPosition(this.from,ctx);to=this._findBorderPosition(this.to,ctx)}else{var _getCircleData5=this._getCircleData(ctx);var _getCircleData52=_slicedToArray(_getCircleData5,3);var x=_getCircleData52[0];var y=_getCircleData52[1];var radius=_getCircleData52[2];from=this._findBorderPositionCircle(this.from,ctx,{x:x,y:y,low:.25,high:.6,direction:-1});to=this._findBorderPositionCircle(this.from,ctx,{x:x,y:y,low:.6,high:.8,direction:1})}return{from:from,to:to}}},{key:\"_getCircleData\",value:function _getCircleData(ctx){var x=undefined,y=undefined;var node=this.from;var radius=this.options.selfReferenceSize;if(ctx!==undefined){if(node.shape.width===undefined){node.shape.resize(ctx)}}if(node.shape.width>node.shape.height){x=node.x+node.shape.width*.5;y=node.y-radius}else{x=node.x+radius;y=node.y-node.shape.height*.5}return[x,y,radius]}},{key:\"_pointOnCircle\",value:function _pointOnCircle(x,y,radius,percentage){var angle=percentage*2*Math.PI;return{x:x+radius*Math.cos(angle),y:y-radius*Math.sin(angle)}}},{key:\"_findBorderPositionCircle\",value:function _findBorderPositionCircle(node,ctx,options){var x=options.x;var y=options.y;var low=options.low;var high=options.high;var direction=options.direction;var maxIterations=10;var iteration=0;var radius=this.options.selfReferenceSize;var pos=undefined,angle=undefined,distanceToBorder=undefined,distanceToPoint=undefined,difference=undefined;var threshold=.05;var middle=(low+high)*.5;while(low<=high&&iteration<maxIterations){middle=(low+high)*.5;pos=this._pointOnCircle(x,y,radius,middle);angle=Math.atan2(node.y-pos.y,node.x-pos.x);distanceToBorder=node.distanceToBorder(ctx,angle);distanceToPoint=Math.sqrt(Math.pow(pos.x-node.x,2)+Math.pow(pos.y-node.y,2));difference=distanceToBorder-distanceToPoint;if(Math.abs(difference)<threshold){break}else if(difference>0){if(direction>0){low=middle}else{high=middle}}else{if(direction>0){high=middle}else{low=middle}}iteration++}pos.t=middle;return pos}},{key:\"getLineWidth\",value:function getLineWidth(selected,hover){if(selected===true){return Math.max(this.selectionWidth,.3/this.body.view.scale)}else{if(hover===true){return Math.max(this.hoverWidth,.3/this.body.view.scale)}else{return Math.max(this.options.width,.3/this.body.view.scale)}}}},{key:\"getColor\",value:function getColor(ctx,selected,hover){var colorOptions=this.options.color;if(colorOptions.inherit!==false){if(colorOptions.inherit===\"both\"&&this.from.id!==this.to.id){var grd=ctx.createLinearGradient(this.from.x,this.from.y,this.to.x,this.to.y);var fromColor=undefined,toColor=undefined;fromColor=this.from.options.color.highlight.border;toColor=this.to.options.color.highlight.border;if(this.from.selected===false&&this.to.selected===false){fromColor=util.overrideOpacity(this.from.options.color.border,this.options.color.opacity);toColor=util.overrideOpacity(this.to.options.color.border,this.options.color.opacity)}else if(this.from.selected===true&&this.to.selected===false){toColor=this.to.options.color.border}else if(this.from.selected===false&&this.to.selected===true){fromColor=this.from.options.color.border}grd.addColorStop(0,fromColor);grd.addColorStop(1,toColor);return grd}if(this.colorDirty===true){if(colorOptions.inherit===\"to\"){this.color.highlight=this.to.options.color.highlight.border;this.color.hover=this.to.options.color.hover.border;this.color.color=util.overrideOpacity(this.to.options.color.border,colorOptions.opacity)}else{this.color.highlight=this.from.options.color.highlight.border;this.color.hover=this.from.options.color.hover.border;this.color.color=util.overrideOpacity(this.from.options.color.border,colorOptions.opacity)}}}else if(this.colorDirty===true){this.color.highlight=colorOptions.highlight;this.color.hover=colorOptions.hover;this.color.color=util.overrideOpacity(colorOptions.color,colorOptions.opacity)}this.colorDirty=false;if(selected===true){return this.color.highlight}else if(hover===true){return this.color.hover}else{return this.color.color}}},{key:\"_circle\",value:function _circle(ctx,x,y,radius){this.enableShadow(ctx);ctx.beginPath();ctx.arc(x,y,radius,0,2*Math.PI,false);ctx.stroke();this.disableShadow(ctx)}},{key:\"getDistanceToEdge\",value:function getDistanceToEdge(x1,y1,x2,y2,x3,y3,via){var returnValue=0;if(this.from!=this.to){returnValue=this._getDistanceToEdge(x1,y1,x2,y2,x3,y3,via)}else{var _getCircleData6=this._getCircleData();var _getCircleData62=_slicedToArray(_getCircleData6,3);var x=_getCircleData62[0];var y=_getCircleData62[1];var radius=_getCircleData62[2];var dx=x-x3;var dy=y-y3;returnValue=Math.abs(Math.sqrt(dx*dx+dy*dy)-radius)}if(this.labelModule.size.left<x3&&this.labelModule.size.left+this.labelModule.size.width>x3&&this.labelModule.size.top<y3&&this.labelModule.size.top+this.labelModule.size.height>y3){return 0}else{return returnValue}}},{key:\"_getDistanceToLine\",value:function _getDistanceToLine(x1,y1,x2,y2,x3,y3){var px=x2-x1;var py=y2-y1;var something=px*px+py*py;var u=((x3-x1)*px+(y3-y1)*py)/something;if(u>1){u=1}else if(u<0){u=0}var x=x1+u*px;var y=y1+u*py;var dx=x-x3;var dy=y-y3;return Math.sqrt(dx*dx+dy*dy)}},{key:\"drawArrowHead\",value:function drawArrowHead(ctx,position,viaNode,selected,hover){ctx.strokeStyle=this.getColor(ctx,selected,hover);ctx.fillStyle=ctx.strokeStyle;ctx.lineWidth=this.getLineWidth(selected,hover);var angle=undefined;var length=undefined;var arrowPos=undefined;var node1=undefined;var node2=undefined;var guideOffset=undefined;var scaleFactor=undefined;if(position===\"from\"){node1=this.from;node2=this.to;guideOffset=.1;scaleFactor=this.options.arrows.from.scaleFactor}else if(position===\"to\"){node1=this.to;node2=this.from;guideOffset=-.1;scaleFactor=this.options.arrows.to.scaleFactor}else{node1=this.to;node2=this.from;scaleFactor=this.options.arrows.middle.scaleFactor}if(node1!=node2){if(position!==\"middle\"){if(this.options.smooth.enabled===true){arrowPos=this.findBorderPosition(node1,ctx,{via:viaNode});var guidePos=this.getPoint(Math.max(0,Math.min(1,arrowPos.t+guideOffset)),viaNode);angle=Math.atan2(arrowPos.y-guidePos.y,arrowPos.x-guidePos.x)}else{angle=Math.atan2(node1.y-node2.y,node1.x-node2.x);arrowPos=this.findBorderPosition(node1,ctx)}}else{angle=Math.atan2(node1.y-node2.y,node1.x-node2.x);arrowPos=this.getPoint(.6,viaNode)}length=(10+5*this.options.width)*scaleFactor;ctx.arrow(arrowPos.x,arrowPos.y,angle,length);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.stroke()}else{var _angle=undefined,point=undefined;var _getCircleData7=this._getCircleData(ctx);var _getCircleData72=_slicedToArray(_getCircleData7,3);var x=_getCircleData72[0];var y=_getCircleData72[1];var radius=_getCircleData72[2];if(position===\"from\"){point=this.findBorderPosition(this.from,ctx,{x:x,y:y,low:.25,high:.6,direction:-1});_angle=point.t*-2*Math.PI+1.5*Math.PI+.1*Math.PI}else if(position===\"to\"){point=this.findBorderPosition(this.from,ctx,{x:x,y:y,low:.6,high:1,direction:1});_angle=point.t*-2*Math.PI+1.5*Math.PI-1.1*Math.PI}else{point=this._pointOnCircle(x,y,radius,.175);_angle=3.9269908169872414}var _length=(10+5*this.options.width)*scaleFactor;ctx.arrow(point.x,point.y,_angle,_length);this.enableShadow(ctx);ctx.fill();this.disableShadow(ctx);ctx.stroke()}}},{key:\"enableShadow\",value:function enableShadow(ctx){if(this.options.shadow.enabled===true){ctx.shadowColor=\"rgba(0,0,0,0.5)\";ctx.shadowBlur=this.options.shadow.size;ctx.shadowOffsetX=this.options.shadow.x;ctx.shadowOffsetY=this.options.shadow.y}}},{key:\"disableShadow\",value:function disableShadow(ctx){if(this.options.shadow.enabled===true){ctx.shadowColor=\"rgba(0,0,0,0)\";ctx.shadowBlur=0;ctx.shadowOffsetX=0;ctx.shadowOffsetY=0}}}]);return EdgeBase}();exports[\"default\"]=EdgeBase;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x4,_x5,_x6){var _again=true;_function:while(_again){var object=_x4,property=_x5,receiver=_x6;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x4=parent;_x5=property;_x6=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilBezierEdgeBase=__webpack_require__(84);var _utilBezierEdgeBase2=_interopRequireDefault(_utilBezierEdgeBase);var BezierEdgeStatic=function(_BezierEdgeBase){function BezierEdgeStatic(options,body,labelModule){_classCallCheck(this,BezierEdgeStatic);_get(Object.getPrototypeOf(BezierEdgeStatic.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(BezierEdgeStatic,_BezierEdgeBase);_createClass(BezierEdgeStatic,[{key:\"_line\",value:function _line(ctx){ctx.beginPath();ctx.moveTo(this.from.x,this.from.y);var via=this._getViaCoordinates();var returnValue=via;if(via.x===undefined){ctx.lineTo(this.to.x,this.to.y);returnValue=undefined}else{ctx.quadraticCurveTo(via.x,via.y,this.to.x,this.to.y)}this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx);return returnValue}},{key:\"_getViaCoordinates\",value:function _getViaCoordinates(){var xVia=undefined;var yVia=undefined;var factor=this.options.smooth.roundness;var type=this.options.smooth.type;var dx=Math.abs(this.from.x-this.to.x);var dy=Math.abs(this.from.y-this.to.y);if(type===\"discrete\"||type===\"diagonalCross\"){if(Math.abs(this.from.x-this.to.x)<=Math.abs(this.from.y-this.to.y)){if(this.from.y>=this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y-factor*dy}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y-factor*dy}}else if(this.from.y<this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y+factor*dy}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y+factor*dy}}if(type===\"discrete\"){xVia=dx<factor*dy?this.from.x:xVia}}else if(Math.abs(this.from.x-this.to.x)>Math.abs(this.from.y-this.to.y)){if(this.from.y>=this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y-factor*dx}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y-factor*dx}}else if(this.from.y<this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y+factor*dx}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y+factor*dx}}if(type===\"discrete\"){yVia=dy<factor*dx?this.from.y:yVia}}}else if(type===\"straightCross\"){if(Math.abs(this.from.x-this.to.x)<=Math.abs(this.from.y-this.to.y)){xVia=this.from.x;if(this.from.y<this.to.y){yVia=this.to.y-(1-factor)*dy}else{yVia=this.to.y+(1-factor)*dy}}else if(Math.abs(this.from.x-this.to.x)>Math.abs(this.from.y-this.to.y)){if(this.from.x<this.to.x){xVia=this.to.x-(1-factor)*dx}else{xVia=this.to.x+(1-factor)*dx}yVia=this.from.y}}else if(type===\"horizontal\"){if(this.from.x<this.to.x){xVia=this.to.x-(1-factor)*dx}else{xVia=this.to.x+(1-factor)*dx}yVia=this.from.y}else if(type===\"vertical\"){xVia=this.from.x;if(this.from.y<this.to.y){yVia=this.to.y-(1-factor)*dy}else{yVia=this.to.y+(1-factor)*dy}}else if(type===\"curvedCW\"){dx=this.to.x-this.from.x;dy=this.from.y-this.to.y;var radius=Math.sqrt(dx*dx+dy*dy);var pi=Math.PI;var originalAngle=Math.atan2(dy,dx);var myAngle=(originalAngle+(factor*.5+.5)*pi)%(2*pi);xVia=this.from.x+(factor*.5+.5)*radius*Math.sin(myAngle);yVia=this.from.y+(factor*.5+.5)*radius*Math.cos(myAngle)}else if(type===\"curvedCCW\"){dx=this.to.x-this.from.x;dy=this.from.y-this.to.y;var radius=Math.sqrt(dx*dx+dy*dy);var pi=Math.PI;var originalAngle=Math.atan2(dy,dx);var myAngle=(originalAngle+(-factor*.5+.5)*pi)%(2*pi);xVia=this.from.x+(factor*.5+.5)*radius*Math.sin(myAngle);yVia=this.from.y+(factor*.5+.5)*radius*Math.cos(myAngle)}else{if(Math.abs(this.from.x-this.to.x)<=Math.abs(this.from.y-this.to.y)){if(this.from.y>=this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y-factor*dy;xVia=this.to.x<xVia?this.to.x:xVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y-factor*dy;xVia=this.to.x>xVia?this.to.x:xVia}}else if(this.from.y<this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dy;yVia=this.from.y+factor*dy;xVia=this.to.x<xVia?this.to.x:xVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dy;yVia=this.from.y+factor*dy;xVia=this.to.x>xVia?this.to.x:xVia}}}else if(Math.abs(this.from.x-this.to.x)>Math.abs(this.from.y-this.to.y)){if(this.from.y>=this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y-factor*dx;yVia=this.to.y>yVia?this.to.y:yVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y-factor*dx;yVia=this.to.y>yVia?this.to.y:yVia}}else if(this.from.y<this.to.y){if(this.from.x<=this.to.x){xVia=this.from.x+factor*dx;yVia=this.from.y+factor*dx;yVia=this.to.y<yVia?this.to.y:yVia}else if(this.from.x>this.to.x){xVia=this.from.x-factor*dx;yVia=this.from.y+factor*dx;yVia=this.to.y<yVia?this.to.y:yVia}}}}return{x:xVia,y:yVia}}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){var options=arguments[2]===undefined?{}:arguments[2];return this._findBorderPositionBezier(nearNode,ctx,options.via)}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){var via=arguments[6]===undefined?this._getViaCoordinates():arguments[6];return this._getDistanceToBezierEdge(x1,y1,x2,y2,x3,y3,via)}},{key:\"getPoint\",value:function getPoint(percentage){var via=arguments[1]===undefined?this._getViaCoordinates():arguments[1];var t=percentage;var x=Math.pow(1-t,2)*this.from.x+2*t*(1-t)*via.x+Math.pow(t,2)*this.to.x;var y=Math.pow(1-t,2)*this.from.y+2*t*(1-t)*via.y+Math.pow(t,2)*this.to.y;return{x:x,y:y}}}]);return BezierEdgeStatic}(_utilBezierEdgeBase2[\"default\"]);exports[\"default\"]=BezierEdgeStatic;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _utilEdgeBase=__webpack_require__(85);var _utilEdgeBase2=_interopRequireDefault(_utilEdgeBase);var StraightEdge=function(_EdgeBase){function StraightEdge(options,body,labelModule){_classCallCheck(this,StraightEdge);_get(Object.getPrototypeOf(StraightEdge.prototype),\"constructor\",this).call(this,options,body,labelModule)}_inherits(StraightEdge,_EdgeBase);_createClass(StraightEdge,[{key:\"_line\",value:function _line(ctx){ctx.beginPath();ctx.moveTo(this.from.x,this.from.y);ctx.lineTo(this.to.x,this.to.y);this.enableShadow(ctx);ctx.stroke();this.disableShadow(ctx);return undefined}},{key:\"getPoint\",value:function getPoint(percentage){return{x:(1-percentage)*this.from.x+percentage*this.to.x,y:(1-percentage)*this.from.y+percentage*this.to.y}}},{key:\"_findBorderPosition\",value:function _findBorderPosition(nearNode,ctx){var node1=this.to;var node2=this.from;if(nearNode.id===this.from.id){node1=this.from;node2=this.to}var angle=Math.atan2(node1.y-node2.y,node1.x-node2.x);var dx=node1.x-node2.x;var dy=node1.y-node2.y;var edgeSegmentLength=Math.sqrt(dx*dx+dy*dy);var toBorderDist=nearNode.distanceToBorder(ctx,angle);var toBorderPoint=(edgeSegmentLength-toBorderDist)/edgeSegmentLength;var borderPos={};borderPos.x=(1-toBorderPoint)*node2.x+toBorderPoint*node1.x;borderPos.y=(1-toBorderPoint)*node2.y+toBorderPoint*node1.y;return borderPos}},{key:\"_getDistanceToEdge\",value:function _getDistanceToEdge(x1,y1,x2,y2,x3,y3){return this._getDistanceToLine(x1,y1,x2,y2,x3,y3)}}]);return StraightEdge}(_utilEdgeBase2[\"default\"]);exports[\"default\"]=StraightEdge;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _componentsPhysicsBarnesHutSolver=__webpack_require__(89);var _componentsPhysicsBarnesHutSolver2=_interopRequireDefault(_componentsPhysicsBarnesHutSolver);var _componentsPhysicsRepulsionSolver=__webpack_require__(90);var _componentsPhysicsRepulsionSolver2=_interopRequireDefault(_componentsPhysicsRepulsionSolver);var _componentsPhysicsHierarchicalRepulsionSolver=__webpack_require__(91);var _componentsPhysicsHierarchicalRepulsionSolver2=_interopRequireDefault(_componentsPhysicsHierarchicalRepulsionSolver);var _componentsPhysicsSpringSolver=__webpack_require__(92);var _componentsPhysicsSpringSolver2=_interopRequireDefault(_componentsPhysicsSpringSolver);var _componentsPhysicsHierarchicalSpringSolver=__webpack_require__(93);var _componentsPhysicsHierarchicalSpringSolver2=_interopRequireDefault(_componentsPhysicsHierarchicalSpringSolver);var _componentsPhysicsCentralGravitySolver=__webpack_require__(94);var _componentsPhysicsCentralGravitySolver2=_interopRequireDefault(_componentsPhysicsCentralGravitySolver);var _componentsPhysicsFA2BasedRepulsionSolver=__webpack_require__(95);var _componentsPhysicsFA2BasedRepulsionSolver2=_interopRequireDefault(_componentsPhysicsFA2BasedRepulsionSolver);var _componentsPhysicsFA2BasedCentralGravitySolver=__webpack_require__(96);var _componentsPhysicsFA2BasedCentralGravitySolver2=_interopRequireDefault(_componentsPhysicsFA2BasedCentralGravitySolver);var util=__webpack_require__(7);var PhysicsEngine=function(){function PhysicsEngine(body){_classCallCheck(this,PhysicsEngine);this.body=body;this.physicsBody={physicsNodeIndices:[],physicsEdgeIndices:[],forces:{},velocities:{}};this.physicsEnabled=true;this.simulationInterval=1e3/60;this.requiresTimeout=true;this.previousStates={};this.freezeCache={};this.renderTimer=undefined;this.initialStabilizationEmitted=false;this.stabilized=false;this.startedStabilization=false;this.stabilizationIterations=0;this.ready=false;this.options={};this.defaultOptions={enabled:true,barnesHut:{theta:.5,gravitationalConstant:-2e3,centralGravity:.3,springLength:95,springConstant:.04,damping:.09,avoidOverlap:0},forceAtlas2Based:{theta:.5,gravitationalConstant:-50,centralGravity:.01,springConstant:.08,springLength:100,damping:.4,avoidOverlap:0},repulsion:{centralGravity:.2,springLength:200,springConstant:.05,nodeDistance:100,damping:.09,avoidOverlap:0},hierarchicalRepulsion:{centralGravity:0,springLength:100,springConstant:.01,nodeDistance:120,damping:.09},maxVelocity:50,minVelocity:.1,solver:\"barnesHut\",stabilization:{enabled:true,iterations:1e3,updateInterval:50,onlyDynamicEdges:false,fit:true},timestep:.5};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(PhysicsEngine,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"initPhysics\",function(){_this.initPhysics()});this.body.emitter.on(\"resetPhysics\",function(){_this.stopSimulation();_this.ready=false});this.body.emitter.on(\"disablePhysics\",function(){_this.physicsEnabled=false;_this.stopSimulation()});this.body.emitter.on(\"restorePhysics\",function(){_this.setOptions(_this.options);if(_this.ready===true){_this.startSimulation()}});this.body.emitter.on(\"startSimulation\",function(){if(_this.ready===true){_this.startSimulation()}});this.body.emitter.on(\"stopSimulation\",function(){_this.stopSimulation()});this.body.emitter.on(\"destroy\",function(){_this.stopSimulation(false);_this.body.emitter.off()})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){if(options===false){this.options.enabled=false;this.physicsEnabled=false;this.stopSimulation()}else{this.physicsEnabled=true;util.selectiveNotDeepExtend([\"stabilization\"],this.options,options);util.mergeOptions(this.options,options,\"stabilization\");if(options.enabled===undefined){this.options.enabled=true}if(this.options.enabled===false){this.physicsEnabled=false;this.stopSimulation()}}}this.init()}},{key:\"init\",value:function init(){var options;if(this.options.solver===\"forceAtlas2Based\"){options=this.options.forceAtlas2Based;this.nodesSolver=new _componentsPhysicsFA2BasedRepulsionSolver2[\"default\"](this.body,this.physicsBody,options);this.edgesSolver=new _componentsPhysicsSpringSolver2[\"default\"](this.body,this.physicsBody,options);this.gravitySolver=new _componentsPhysicsFA2BasedCentralGravitySolver2[\"default\"](this.body,this.physicsBody,options)}else if(this.options.solver===\"repulsion\"){options=this.options.repulsion;this.nodesSolver=new _componentsPhysicsRepulsionSolver2[\"default\"](this.body,this.physicsBody,options);this.edgesSolver=new _componentsPhysicsSpringSolver2[\"default\"](this.body,this.physicsBody,options);this.gravitySolver=new _componentsPhysicsCentralGravitySolver2[\"default\"](this.body,this.physicsBody,options)}else if(this.options.solver===\"hierarchicalRepulsion\"){options=this.options.hierarchicalRepulsion;this.nodesSolver=new _componentsPhysicsHierarchicalRepulsionSolver2[\"default\"](this.body,this.physicsBody,options);this.edgesSolver=new _componentsPhysicsHierarchicalSpringSolver2[\"default\"](this.body,this.physicsBody,options);this.gravitySolver=new _componentsPhysicsCentralGravitySolver2[\"default\"](this.body,this.physicsBody,options)}else{options=this.options.barnesHut;this.nodesSolver=new _componentsPhysicsBarnesHutSolver2[\"default\"](this.body,this.physicsBody,options);this.edgesSolver=new _componentsPhysicsSpringSolver2[\"default\"](this.body,this.physicsBody,options);this.gravitySolver=new _componentsPhysicsCentralGravitySolver2[\"default\"](this.body,this.physicsBody,options)}this.modelOptions=options}},{key:\"initPhysics\",value:function initPhysics(){if(this.physicsEnabled===true&&this.options.enabled===true){if(this.options.stabilization.enabled===true){this.stabilize()}else{this.stabilized=false;this.ready=true;this.body.emitter.emit(\"fit\",{},true);this.startSimulation()}}else{this.ready=true;this.body.emitter.emit(\"fit\")}}},{key:\"startSimulation\",value:function startSimulation(){if(this.physicsEnabled===true&&this.options.enabled===true){this.stabilized=false;this.body.emitter.emit(\"_resizeNodes\");if(this.viewFunction===undefined){this.viewFunction=this.simulationStep.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction);this.body.emitter.emit(\"_startRendering\")}}else{this.body.emitter.emit(\"_redraw\")}}},{key:\"stopSimulation\",value:function stopSimulation(){var emit=arguments[0]===undefined?true:arguments[0];this.stabilized=true;if(emit===true){this._emitStabilized()}if(this.viewFunction!==undefined){this.body.emitter.off(\"initRedraw\",this.viewFunction);this.viewFunction=undefined;if(emit===true){this.body.emitter.emit(\"_stopRendering\")}}}},{key:\"simulationStep\",value:function simulationStep(){var startTime=Date.now();this.physicsTick();var physicsTime=Date.now()-startTime;if((physicsTime<.4*this.simulationInterval||this.runDoubleSpeed===true)&&this.stabilized===false){\nthis.physicsTick();this.runDoubleSpeed=true}if(this.stabilized===true){if(this.stabilizationIterations>1){this.startedStabilization=false}this.stopSimulation()}}},{key:\"_emitStabilized\",value:function _emitStabilized(){var _this2=this;if(this.stabilizationIterations>1||this.initialStabilizationEmitted===false){this.initialStabilizationEmitted=true;setTimeout(function(){_this2.body.emitter.emit(\"stabilized\",{iterations:_this2.stabilizationIterations});_this2.stabilizationIterations=0},0)}}},{key:\"physicsTick\",value:function physicsTick(){if(this.stabilized===false){this.calculateForces();this.stabilized=this.moveNodes();if(this.stabilized===true){this.revert()}else{if(this.startedStabilization===false){this.body.emitter.emit(\"startStabilizing\");this.startedStabilization=true}}this.stabilizationIterations++}}},{key:\"updatePhysicsData\",value:function updatePhysicsData(){this.physicsBody.forces={};this.physicsBody.physicsNodeIndices=[];this.physicsBody.physicsEdgeIndices=[];var nodes=this.body.nodes;var edges=this.body.edges;for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){if(nodes[nodeId].options.physics===true){this.physicsBody.physicsNodeIndices.push(nodeId)}}}for(var edgeId in edges){if(edges.hasOwnProperty(edgeId)){if(edges[edgeId].options.physics===true){this.physicsBody.physicsEdgeIndices.push(edgeId)}}}for(var i=0;i<this.physicsBody.physicsNodeIndices.length;i++){var nodeId=this.physicsBody.physicsNodeIndices[i];this.physicsBody.forces[nodeId]={x:0,y:0};if(this.physicsBody.velocities[nodeId]===undefined){this.physicsBody.velocities[nodeId]={x:0,y:0}}}for(var nodeId in this.physicsBody.velocities){if(nodes[nodeId]===undefined){delete this.physicsBody.velocities[nodeId]}}}},{key:\"revert\",value:function revert(){var nodeIds=Object.keys(this.previousStates);var nodes=this.body.nodes;var velocities=this.physicsBody.velocities;for(var i=0;i<nodeIds.length;i++){var nodeId=nodeIds[i];if(nodes[nodeId]!==undefined){if(nodes[nodeId].options.physics===true){velocities[nodeId].x=this.previousStates[nodeId].vx;velocities[nodeId].y=this.previousStates[nodeId].vy;nodes[nodeId].x=this.previousStates[nodeId].x;nodes[nodeId].y=this.previousStates[nodeId].y}}else{delete this.previousStates[nodeId]}}}},{key:\"moveNodes\",value:function moveNodes(){var nodesPresent=false;var nodeIndices=this.physicsBody.physicsNodeIndices;var maxVelocity=this.options.maxVelocity?this.options.maxVelocity:1e9;var stabilized=true;var vminCorrected=this.options.minVelocity/Math.max(this.body.view.scale,.05);for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];var nodeVelocity=this._performStep(nodeId,maxVelocity);stabilized=nodeVelocity<vminCorrected&&stabilized===true;nodesPresent=true}if(nodesPresent===true){if(vminCorrected>.5*this.options.maxVelocity){return false}else{return stabilized}}return true}},{key:\"_performStep\",value:function _performStep(nodeId,maxVelocity){var node=this.body.nodes[nodeId];var timestep=this.options.timestep;var forces=this.physicsBody.forces;var velocities=this.physicsBody.velocities;this.previousStates[nodeId]={x:node.x,y:node.y,vx:velocities[nodeId].x,vy:velocities[nodeId].y};if(node.options.fixed.x===false){var dx=this.modelOptions.damping*velocities[nodeId].x;var ax=(forces[nodeId].x-dx)/node.options.mass;velocities[nodeId].x+=ax*timestep;velocities[nodeId].x=Math.abs(velocities[nodeId].x)>maxVelocity?velocities[nodeId].x>0?maxVelocity:-maxVelocity:velocities[nodeId].x;node.x+=velocities[nodeId].x*timestep}else{forces[nodeId].x=0;velocities[nodeId].x=0}if(node.options.fixed.y===false){var dy=this.modelOptions.damping*velocities[nodeId].y;var ay=(forces[nodeId].y-dy)/node.options.mass;velocities[nodeId].y+=ay*timestep;velocities[nodeId].y=Math.abs(velocities[nodeId].y)>maxVelocity?velocities[nodeId].y>0?maxVelocity:-maxVelocity:velocities[nodeId].y;node.y+=velocities[nodeId].y*timestep}else{forces[nodeId].y=0;velocities[nodeId].y=0}var totalVelocity=Math.sqrt(Math.pow(velocities[nodeId].x,2)+Math.pow(velocities[nodeId].y,2));return totalVelocity}},{key:\"calculateForces\",value:function calculateForces(){this.gravitySolver.solve();this.nodesSolver.solve();this.edgesSolver.solve()}},{key:\"_freezeNodes\",value:function _freezeNodes(){var nodes=this.body.nodes;for(var id in nodes){if(nodes.hasOwnProperty(id)){if(nodes[id].x&&nodes[id].y){this.freezeCache[id]={x:nodes[id].options.fixed.x,y:nodes[id].options.fixed.y};nodes[id].options.fixed.x=true;nodes[id].options.fixed.y=true}}}}},{key:\"_restoreFrozenNodes\",value:function _restoreFrozenNodes(){var nodes=this.body.nodes;for(var id in nodes){if(nodes.hasOwnProperty(id)){if(this.freezeCache[id]!==undefined){nodes[id].options.fixed.x=this.freezeCache[id].x;nodes[id].options.fixed.y=this.freezeCache[id].y}}}this.freezeCache={}}},{key:\"stabilize\",value:function stabilize(){var _this3=this;var iterations=arguments[0]===undefined?this.options.stabilization.iterations:arguments[0];if(typeof iterations!==\"number\"){console.log(\"The stabilize method needs a numeric amount of iterations. Switching to default: \",this.options.stabilization.iterations);iterations=this.options.stabilization.iterations}if(this.physicsBody.physicsNodeIndices.length===0){this.ready=true;return}this.body.emitter.emit(\"_resizeNodes\");this.stopSimulation();this.stabilized=false;this.body.emitter.emit(\"_blockRedraw\");this.targetIterations=iterations;if(this.options.stabilization.onlyDynamicEdges===true){this._freezeNodes()}this.stabilizationIterations=0;setTimeout(function(){return _this3._stabilizationBatch()},0)}},{key:\"_stabilizationBatch\",value:function _stabilizationBatch(){var count=0;while(this.stabilized===false&&count<this.options.stabilization.updateInterval&&this.stabilizationIterations<this.targetIterations){this.physicsTick();this.stabilizationIterations++;count++}if(this.stabilized===false&&this.stabilizationIterations<this.targetIterations){this.body.emitter.emit(\"stabilizationProgress\",{iterations:this.stabilizationIterations,total:this.targetIterations});setTimeout(this._stabilizationBatch.bind(this),0)}else{this._finalizeStabilization()}}},{key:\"_finalizeStabilization\",value:function _finalizeStabilization(){this.body.emitter.emit(\"_allowRedraw\");if(this.options.stabilization.fit===true){this.body.emitter.emit(\"fit\")}if(this.options.stabilization.onlyDynamicEdges===true){this._restoreFrozenNodes()}this.body.emitter.emit(\"stabilizationIterationsDone\");this.body.emitter.emit(\"_requestRedraw\");if(this.stabilized===true){this._emitStabilized()}else{this.startSimulation()}this.ready=true}}]);return PhysicsEngine}();exports[\"default\"]=PhysicsEngine;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var BarnesHutSolver=function(){function BarnesHutSolver(body,physicsBody,options){_classCallCheck(this,BarnesHutSolver);this.body=body;this.physicsBody=physicsBody;this.barnesHutTree;this.setOptions(options);this.randomSeed=5}_createClass(BarnesHutSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options;this.thetaInversed=1/this.options.theta;this.overlapAvoidanceFactor=1-Math.max(0,Math.min(1,this.options.avoidOverlap))}},{key:\"seededRandom\",value:function seededRandom(){var x=Math.sin(this.randomSeed++)*1e4;return x-Math.floor(x)}},{key:\"solve\",value:function solve(){if(this.options.gravitationalConstant!==0&&this.physicsBody.physicsNodeIndices.length>0){var node=undefined;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var nodeCount=nodeIndices.length;var barnesHutTree=this._formBarnesHutTree(nodes,nodeIndices);this.barnesHutTree=barnesHutTree;for(var i=0;i<nodeCount;i++){node=nodes[nodeIndices[i]];if(node.options.mass>0){this._getForceContribution(barnesHutTree.root.children.NW,node);this._getForceContribution(barnesHutTree.root.children.NE,node);this._getForceContribution(barnesHutTree.root.children.SW,node);this._getForceContribution(barnesHutTree.root.children.SE,node)}}}}},{key:\"_getForceContribution\",value:function _getForceContribution(parentBranch,node){if(parentBranch.childrenCount>0){var dx=undefined,dy=undefined,distance=undefined;dx=parentBranch.centerOfMass.x-node.x;dy=parentBranch.centerOfMass.y-node.y;distance=Math.sqrt(dx*dx+dy*dy);if(distance*parentBranch.calcSize>this.thetaInversed){this._calculateForces(distance,dx,dy,node,parentBranch)}else{if(parentBranch.childrenCount===4){this._getForceContribution(parentBranch.children.NW,node);this._getForceContribution(parentBranch.children.NE,node);this._getForceContribution(parentBranch.children.SW,node);this._getForceContribution(parentBranch.children.SE,node)}else{if(parentBranch.children.data.id!=node.id){this._calculateForces(distance,dx,dy,node,parentBranch)}}}}}},{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,node,parentBranch){if(distance===0){distance=.1;dx=distance}if(this.overlapAvoidanceFactor<1){distance=Math.max(.1+this.overlapAvoidanceFactor*node.shape.radius,distance-node.shape.radius)}var gravityForce=this.options.gravitationalConstant*parentBranch.mass*node.options.mass/Math.pow(distance,3);var fx=dx*gravityForce;var fy=dy*gravityForce;this.physicsBody.forces[node.id].x+=fx;this.physicsBody.forces[node.id].y+=fy}},{key:\"_formBarnesHutTree\",value:function _formBarnesHutTree(nodes,nodeIndices){var node=undefined;var nodeCount=nodeIndices.length;var minX=nodes[nodeIndices[0]].x;var minY=nodes[nodeIndices[0]].y;var maxX=nodes[nodeIndices[0]].x;var maxY=nodes[nodeIndices[0]].y;for(var i=1;i<nodeCount;i++){var x=nodes[nodeIndices[i]].x;var y=nodes[nodeIndices[i]].y;if(nodes[nodeIndices[i]].options.mass>0){if(x<minX){minX=x}if(x>maxX){maxX=x}if(y<minY){minY=y}if(y>maxY){maxY=y}}}var sizeDiff=Math.abs(maxX-minX)-Math.abs(maxY-minY);if(sizeDiff>0){minY-=.5*sizeDiff;maxY+=.5*sizeDiff}else{minX+=.5*sizeDiff;maxX-=.5*sizeDiff}var minimumTreeSize=1e-5;var rootSize=Math.max(minimumTreeSize,Math.abs(maxX-minX));var halfRootSize=.5*rootSize;var centerX=.5*(minX+maxX),centerY=.5*(minY+maxY);var barnesHutTree={root:{centerOfMass:{x:0,y:0},mass:0,range:{minX:centerX-halfRootSize,maxX:centerX+halfRootSize,minY:centerY-halfRootSize,maxY:centerY+halfRootSize},size:rootSize,calcSize:1/rootSize,children:{data:null},maxWidth:0,level:0,childrenCount:4}};this._splitBranch(barnesHutTree.root);for(var i=0;i<nodeCount;i++){node=nodes[nodeIndices[i]];if(node.options.mass>0){this._placeInTree(barnesHutTree.root,node)}}return barnesHutTree}},{key:\"_updateBranchMass\",value:function _updateBranchMass(parentBranch,node){var totalMass=parentBranch.mass+node.options.mass;var totalMassInv=1/totalMass;parentBranch.centerOfMass.x=parentBranch.centerOfMass.x*parentBranch.mass+node.x*node.options.mass;parentBranch.centerOfMass.x*=totalMassInv;parentBranch.centerOfMass.y=parentBranch.centerOfMass.y*parentBranch.mass+node.y*node.options.mass;parentBranch.centerOfMass.y*=totalMassInv;parentBranch.mass=totalMass;var biggestSize=Math.max(Math.max(node.height,node.radius),node.width);parentBranch.maxWidth=parentBranch.maxWidth<biggestSize?biggestSize:parentBranch.maxWidth}},{key:\"_placeInTree\",value:function _placeInTree(parentBranch,node,skipMassUpdate){if(skipMassUpdate!=true||skipMassUpdate===undefined){this._updateBranchMass(parentBranch,node)}if(parentBranch.children.NW.range.maxX>node.x){if(parentBranch.children.NW.range.maxY>node.y){this._placeInRegion(parentBranch,node,\"NW\")}else{this._placeInRegion(parentBranch,node,\"SW\")}}else{if(parentBranch.children.NW.range.maxY>node.y){this._placeInRegion(parentBranch,node,\"NE\")}else{this._placeInRegion(parentBranch,node,\"SE\")}}}},{key:\"_placeInRegion\",value:function _placeInRegion(parentBranch,node,region){switch(parentBranch.children[region].childrenCount){case 0:parentBranch.children[region].children.data=node;parentBranch.children[region].childrenCount=1;this._updateBranchMass(parentBranch.children[region],node);break;case 1:if(parentBranch.children[region].children.data.x===node.x&&parentBranch.children[region].children.data.y===node.y){node.x+=this.seededRandom();node.y+=this.seededRandom()}else{this._splitBranch(parentBranch.children[region]);this._placeInTree(parentBranch.children[region],node)}break;case 4:this._placeInTree(parentBranch.children[region],node);break}}},{key:\"_splitBranch\",value:function _splitBranch(parentBranch){var containedNode=null;if(parentBranch.childrenCount===1){containedNode=parentBranch.children.data;parentBranch.mass=0;parentBranch.centerOfMass.x=0;parentBranch.centerOfMass.y=0}parentBranch.childrenCount=4;parentBranch.children.data=null;this._insertRegion(parentBranch,\"NW\");this._insertRegion(parentBranch,\"NE\");this._insertRegion(parentBranch,\"SW\");this._insertRegion(parentBranch,\"SE\");if(containedNode!=null){this._placeInTree(parentBranch,containedNode)}}},{key:\"_insertRegion\",value:function _insertRegion(parentBranch,region){var minX=undefined,maxX=undefined,minY=undefined,maxY=undefined;var childSize=.5*parentBranch.size;switch(region){case\"NW\":minX=parentBranch.range.minX;maxX=parentBranch.range.minX+childSize;minY=parentBranch.range.minY;maxY=parentBranch.range.minY+childSize;break;case\"NE\":minX=parentBranch.range.minX+childSize;maxX=parentBranch.range.maxX;minY=parentBranch.range.minY;maxY=parentBranch.range.minY+childSize;break;case\"SW\":minX=parentBranch.range.minX;maxX=parentBranch.range.minX+childSize;minY=parentBranch.range.minY+childSize;maxY=parentBranch.range.maxY;break;case\"SE\":minX=parentBranch.range.minX+childSize;maxX=parentBranch.range.maxX;minY=parentBranch.range.minY+childSize;maxY=parentBranch.range.maxY;break}parentBranch.children[region]={centerOfMass:{x:0,y:0},mass:0,range:{minX:minX,maxX:maxX,minY:minY,maxY:maxY},size:.5*parentBranch.size,calcSize:2*parentBranch.calcSize,children:{data:null},maxWidth:0,level:parentBranch.level+1,childrenCount:0}}},{key:\"_debug\",value:function _debug(ctx,color){if(this.barnesHutTree!==undefined){ctx.lineWidth=1;this._drawBranch(this.barnesHutTree.root,ctx,color)}}},{key:\"_drawBranch\",value:function _drawBranch(branch,ctx,color){if(color===undefined){color=\"#FF0000\"}if(branch.childrenCount===4){this._drawBranch(branch.children.NW,ctx);this._drawBranch(branch.children.NE,ctx);this._drawBranch(branch.children.SE,ctx);this._drawBranch(branch.children.SW,ctx)}ctx.strokeStyle=color;ctx.beginPath();ctx.moveTo(branch.range.minX,branch.range.minY);ctx.lineTo(branch.range.maxX,branch.range.minY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.maxX,branch.range.minY);ctx.lineTo(branch.range.maxX,branch.range.maxY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.maxX,branch.range.maxY);ctx.lineTo(branch.range.minX,branch.range.maxY);ctx.stroke();ctx.beginPath();ctx.moveTo(branch.range.minX,branch.range.maxY);ctx.lineTo(branch.range.minX,branch.range.minY);ctx.stroke()}}]);return BarnesHutSolver}();exports[\"default\"]=BarnesHutSolver;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var RepulsionSolver=function(){function RepulsionSolver(body,physicsBody,options){_classCallCheck(this,RepulsionSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(RepulsionSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var dx,dy,distance,fx,fy,repulsingForce,node1,node2;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;var nodeDistance=this.options.nodeDistance;var a=-2/3/nodeDistance;var b=4/3;for(var i=0;i<nodeIndices.length-1;i++){node1=nodes[nodeIndices[i]];for(var j=i+1;j<nodeIndices.length;j++){node2=nodes[nodeIndices[j]];dx=node2.x-node1.x;dy=node2.y-node1.y;distance=Math.sqrt(dx*dx+dy*dy);if(distance===0){distance=.1*Math.random();dx=distance}if(distance<2*nodeDistance){if(distance<.5*nodeDistance){repulsingForce=1}else{repulsingForce=a*distance+b}repulsingForce=repulsingForce/distance;fx=dx*repulsingForce;fy=dy*repulsingForce;forces[node1.id].x-=fx;forces[node1.id].y-=fy;forces[node2.id].x+=fx;forces[node2.id].y+=fy}}}}}]);return RepulsionSolver}();exports[\"default\"]=RepulsionSolver;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var HierarchicalRepulsionSolver=function(){function HierarchicalRepulsionSolver(body,physicsBody,options){_classCallCheck(this,HierarchicalRepulsionSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(HierarchicalRepulsionSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var dx,dy,distance,fx,fy,repulsingForce,node1,node2,i,j;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;var nodeDistance=this.options.nodeDistance;for(i=0;i<nodeIndices.length-1;i++){node1=nodes[nodeIndices[i]];for(j=i+1;j<nodeIndices.length;j++){node2=nodes[nodeIndices[j]];if(node1.level===node2.level){dx=node2.x-node1.x;dy=node2.y-node1.y;distance=Math.sqrt(dx*dx+dy*dy);var steepness=.05;if(distance<nodeDistance){repulsingForce=-Math.pow(steepness*distance,2)+Math.pow(steepness*nodeDistance,2)}else{repulsingForce=0}if(distance===0){distance=.01}else{repulsingForce=repulsingForce/distance}fx=dx*repulsingForce;fy=dy*repulsingForce;forces[node1.id].x-=fx;forces[node1.id].y-=fy;forces[node2.id].x+=fx;forces[node2.id].y+=fy}}}}}]);return HierarchicalRepulsionSolver}();exports[\"default\"]=HierarchicalRepulsionSolver;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var SpringSolver=function(){function SpringSolver(body,physicsBody,options){_classCallCheck(this,SpringSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(SpringSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var edgeLength=undefined,edge=undefined;var edgeIndices=this.physicsBody.physicsEdgeIndices;var edges=this.body.edges;var node1=undefined,node2=undefined,node3=undefined;for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];if(edge.connected===true&&edge.toId!==edge.fromId){if(this.body.nodes[edge.toId]!==undefined&&this.body.nodes[edge.fromId]!==undefined){if(edge.edgeType.via!==undefined){edgeLength=edge.options.length===undefined?this.options.springLength:edge.options.length;node1=edge.to;node2=edge.edgeType.via;node3=edge.from;this._calculateSpringForce(node1,node2,.5*edgeLength);this._calculateSpringForce(node2,node3,.5*edgeLength)}else{edgeLength=edge.options.length===undefined?this.options.springLength*1.5:edge.options.length;this._calculateSpringForce(edge.from,edge.to,edgeLength)}}}}}},{key:\"_calculateSpringForce\",value:function _calculateSpringForce(node1,node2,edgeLength){var dx=node1.x-node2.x;var dy=node1.y-node2.y;var distance=Math.max(Math.sqrt(dx*dx+dy*dy),.01);var springForce=this.options.springConstant*(edgeLength-distance)/distance;var fx=dx*springForce;var fy=dy*springForce;if(this.physicsBody.forces[node1.id]!==undefined){this.physicsBody.forces[node1.id].x+=fx;this.physicsBody.forces[node1.id].y+=fy}if(this.physicsBody.forces[node2.id]!==undefined){this.physicsBody.forces[node2.id].x-=fx;this.physicsBody.forces[node2.id].y-=fy}}}]);return SpringSolver}();exports[\"default\"]=SpringSolver;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var HierarchicalSpringSolver=function(){function HierarchicalSpringSolver(body,physicsBody,options){_classCallCheck(this,HierarchicalSpringSolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(HierarchicalSpringSolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var edgeLength,edge;var dx,dy,fx,fy,springForce,distance;var edges=this.body.edges;var factor=.5;var edgeIndices=this.physicsBody.physicsEdgeIndices;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];forces[nodeId].springFx=0;forces[nodeId].springFy=0}for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];if(edge.connected===true){edgeLength=edge.options.length===undefined?this.options.springLength:edge.options.length;dx=edge.from.x-edge.to.x;dy=edge.from.y-edge.to.y;distance=Math.sqrt(dx*dx+dy*dy);distance=distance===0?.01:distance;springForce=this.options.springConstant*(edgeLength-distance)/distance;fx=dx*springForce;fy=dy*springForce;if(edge.to.level!=edge.from.level){if(forces[edge.toId]!==undefined){forces[edge.toId].springFx-=fx;forces[edge.toId].springFy-=fy}if(forces[edge.fromId]!==undefined){forces[edge.fromId].springFx+=fx;forces[edge.fromId].springFy+=fy}}else{if(forces[edge.toId]!==undefined){forces[edge.toId].x-=factor*fx;forces[edge.toId].y-=factor*fy}if(forces[edge.fromId]!==undefined){forces[edge.fromId].x+=factor*fx;forces[edge.fromId].y+=factor*fy}}}}var springForce=1;var springFx,springFy;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];springFx=Math.min(springForce,Math.max(-springForce,forces[nodeId].springFx));springFy=Math.min(springForce,Math.max(-springForce,forces[nodeId].springFy));forces[nodeId].x+=springFx;forces[nodeId].y+=springFy}var totalFx=0;var totalFy=0;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];totalFx+=forces[nodeId].x;totalFy+=forces[nodeId].y}var correctionFx=totalFx/nodeIndices.length;var correctionFy=totalFy/nodeIndices.length;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];forces[nodeId].x-=correctionFx;forces[nodeId].y-=correctionFy}}}]);return HierarchicalSpringSolver}();exports[\"default\"]=HierarchicalSpringSolver;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var CentralGravitySolver=function(){function CentralGravitySolver(body,physicsBody,options){_classCallCheck(this,CentralGravitySolver);this.body=body;this.physicsBody=physicsBody;this.setOptions(options)}_createClass(CentralGravitySolver,[{key:\"setOptions\",value:function setOptions(options){this.options=options}},{key:\"solve\",value:function solve(){var dx=undefined,dy=undefined,distance=undefined,node=undefined;var nodes=this.body.nodes;var nodeIndices=this.physicsBody.physicsNodeIndices;var forces=this.physicsBody.forces;for(var i=0;i<nodeIndices.length;i++){var nodeId=nodeIndices[i];node=nodes[nodeId];dx=-node.x;dy=-node.y;distance=Math.sqrt(dx*dx+dy*dy);this._calculateForces(distance,dx,dy,forces,node)}}},{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,forces,node){var gravityForce=distance===0?0:this.options.centralGravity/distance;forces[node.id].x=dx*gravityForce;forces[node.id].y=dy*gravityForce}}]);return CentralGravitySolver}();exports[\"default\"]=CentralGravitySolver;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _BarnesHutSolver2=__webpack_require__(89);var _BarnesHutSolver3=_interopRequireDefault(_BarnesHutSolver2);var ForceAtlas2BasedRepulsionSolver=function(_BarnesHutSolver){function ForceAtlas2BasedRepulsionSolver(body,physicsBody,options){_classCallCheck(this,ForceAtlas2BasedRepulsionSolver);_get(Object.getPrototypeOf(ForceAtlas2BasedRepulsionSolver.prototype),\"constructor\",this).call(this,body,physicsBody,options)}_inherits(ForceAtlas2BasedRepulsionSolver,_BarnesHutSolver);_createClass(ForceAtlas2BasedRepulsionSolver,[{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,node,parentBranch){if(distance===0){distance=.1*Math.random();dx=distance}if(this.overlapAvoidanceFactor<1){distance=Math.max(.1+this.overlapAvoidanceFactor*node.shape.radius,distance-node.shape.radius)}var degree=node.edges.length+1;var gravityForce=this.options.gravitationalConstant*parentBranch.mass*node.options.mass*degree/Math.pow(distance,2);var fx=dx*gravityForce;var fy=dy*gravityForce;this.physicsBody.forces[node.id].x+=fx;this.physicsBody.forces[node.id].y+=fy}}]);return ForceAtlas2BasedRepulsionSolver}(_BarnesHutSolver3[\"default\"]);exports[\"default\"]=ForceAtlas2BasedRepulsionSolver;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _CentralGravitySolver2=__webpack_require__(94);var _CentralGravitySolver3=_interopRequireDefault(_CentralGravitySolver2);var ForceAtlas2BasedCentralGravitySolver=function(_CentralGravitySolver){\nfunction ForceAtlas2BasedCentralGravitySolver(body,physicsBody,options){_classCallCheck(this,ForceAtlas2BasedCentralGravitySolver);_get(Object.getPrototypeOf(ForceAtlas2BasedCentralGravitySolver.prototype),\"constructor\",this).call(this,body,physicsBody,options)}_inherits(ForceAtlas2BasedCentralGravitySolver,_CentralGravitySolver);_createClass(ForceAtlas2BasedCentralGravitySolver,[{key:\"_calculateForces\",value:function _calculateForces(distance,dx,dy,forces,node){if(distance>0){var degree=node.edges.length+1;var gravityForce=this.options.centralGravity*degree*node.options.mass;forces[node.id].x=dx*gravityForce;forces[node.id].y=dy*gravityForce}}}]);return ForceAtlas2BasedCentralGravitySolver}(_CentralGravitySolver3[\"default\"]);exports[\"default\"]=ForceAtlas2BasedCentralGravitySolver;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _componentsNodesCluster=__webpack_require__(98);var _componentsNodesCluster2=_interopRequireDefault(_componentsNodesCluster);var util=__webpack_require__(7);var ClusterEngine=function(){function ClusterEngine(body){var _this=this;_classCallCheck(this,ClusterEngine);this.body=body;this.clusteredNodes={};this.options={};this.defaultOptions={};util.extend(this.options,this.defaultOptions);this.body.emitter.on(\"_resetData\",function(){_this.clusteredNodes={}})}_createClass(ClusterEngine,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){}}},{key:\"clusterByHubsize\",value:function clusterByHubsize(hubsize,options){if(hubsize===undefined){hubsize=this._getHubSize()}else if(typeof hubsize===\"object\"){options=this._checkOptions(hubsize);hubsize=this._getHubSize()}var nodesToCluster=[];for(var i=0;i<this.body.nodeIndices.length;i++){var node=this.body.nodes[this.body.nodeIndices[i]];if(node.edges.length>=hubsize){nodesToCluster.push(node.id)}}for(var i=0;i<nodesToCluster.length;i++){this.clusterByConnection(nodesToCluster[i],options,false)}this.body.emitter.emit(\"_dataChanged\")}},{key:\"cluster\",value:function cluster(){var options=arguments[0]===undefined?{}:arguments[0];var refreshData=arguments[1]===undefined?true:arguments[1];if(options.joinCondition===undefined){throw new Error(\"Cannot call clusterByNodeData without a joinCondition function in the options.\")}options=this._checkOptions(options);var childNodesObj={};var childEdgesObj={};for(var i=0;i<this.body.nodeIndices.length;i++){var nodeId=this.body.nodeIndices[i];var node=this.body.nodes[nodeId];var clonedOptions=this._cloneOptions(node);if(options.joinCondition(clonedOptions)===true){childNodesObj[nodeId]=this.body.nodes[nodeId];for(var _i=0;_i<node.edges.length;_i++){var edge=node.edges[_i];childEdgesObj[edge.id]=edge}}}this._cluster(childNodesObj,childEdgesObj,options,refreshData)}},{key:\"clusterOutliers\",value:function clusterOutliers(options){var refreshData=arguments[1]===undefined?true:arguments[1];options=this._checkOptions(options);var clusters=[];for(var i=0;i<this.body.nodeIndices.length;i++){var childNodesObj={};var childEdgesObj={};var nodeId=this.body.nodeIndices[i];var visibleEdges=0;var edge=undefined;for(var j=0;j<this.body.nodes[nodeId].edges.length;j++){if(this.body.nodes[nodeId].edges[j].options.hidden===false){visibleEdges++;edge=this.body.nodes[nodeId].edges[j]}}if(visibleEdges===1){var childNodeId=this._getConnectedId(edge,nodeId);if(childNodeId!==nodeId){if(options.joinCondition===undefined){if(this._checkIfUsed(clusters,nodeId,edge.id)===false&&this._checkIfUsed(clusters,childNodeId,edge.id)===false){childEdgesObj[edge.id]=edge;childNodesObj[nodeId]=this.body.nodes[nodeId];childNodesObj[childNodeId]=this.body.nodes[childNodeId]}}else{var clonedOptions=this._cloneOptions(this.body.nodes[nodeId]);if(options.joinCondition(clonedOptions)===true&&this._checkIfUsed(clusters,nodeId,edge.id)===false){childEdgesObj[edge.id]=edge;childNodesObj[nodeId]=this.body.nodes[nodeId]}clonedOptions=this._cloneOptions(this.body.nodes[childNodeId]);if(options.joinCondition(clonedOptions)===true&&this._checkIfUsed(clusters,nodeId,edge.id)===false){childEdgesObj[edge.id]=edge;childNodesObj[childNodeId]=this.body.nodes[childNodeId]}}if(Object.keys(childNodesObj).length>0&&Object.keys(childEdgesObj).length>0){clusters.push({nodes:childNodesObj,edges:childEdgesObj})}}}}for(var i=0;i<clusters.length;i++){this._cluster(clusters[i].nodes,clusters[i].edges,options,false)}if(refreshData===true){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"_checkIfUsed\",value:function _checkIfUsed(clusters,nodeId,edgeId){for(var i=0;i<clusters.length;i++){var cluster=clusters[i];if(cluster.nodes[nodeId]!==undefined||cluster.edges[edgeId]!==undefined){return true}}return false}},{key:\"clusterByConnection\",value:function clusterByConnection(nodeId,options){var refreshData=arguments[2]===undefined?true:arguments[2];if(nodeId===undefined){throw new Error(\"No nodeId supplied to clusterByConnection!\")}if(this.body.nodes[nodeId]===undefined){throw new Error(\"The nodeId given to clusterByConnection does not exist!\")}var node=this.body.nodes[nodeId];options=this._checkOptions(options,node);if(options.clusterNodeProperties.x===undefined){options.clusterNodeProperties.x=node.x}if(options.clusterNodeProperties.y===undefined){options.clusterNodeProperties.y=node.y}if(options.clusterNodeProperties.fixed===undefined){options.clusterNodeProperties.fixed={};options.clusterNodeProperties.fixed.x=node.options.fixed.x;options.clusterNodeProperties.fixed.y=node.options.fixed.y}var childNodesObj={};var childEdgesObj={};var parentNodeId=node.id;var parentClonedOptions=this._cloneOptions(node);childNodesObj[parentNodeId]=node;for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];var childNodeId=this._getConnectedId(edge,parentNodeId);if(childNodeId!==parentNodeId){if(options.joinCondition===undefined){childEdgesObj[edge.id]=edge;childNodesObj[childNodeId]=this.body.nodes[childNodeId]}else{var childClonedOptions=this._cloneOptions(this.body.nodes[childNodeId]);if(options.joinCondition(parentClonedOptions,childClonedOptions)===true){childEdgesObj[edge.id]=edge;childNodesObj[childNodeId]=this.body.nodes[childNodeId]}}}else{childEdgesObj[edge.id]=edge}}this._cluster(childNodesObj,childEdgesObj,options,refreshData)}},{key:\"_cloneOptions\",value:function _cloneOptions(item,type){var clonedOptions={};if(type===undefined||type===\"node\"){util.deepExtend(clonedOptions,item.options,true);clonedOptions.x=item.x;clonedOptions.y=item.y;clonedOptions.amountOfConnections=item.edges.length}else{util.deepExtend(clonedOptions,item.options,true)}return clonedOptions}},{key:\"_createClusterEdges\",value:function _createClusterEdges(childNodesObj,childEdgesObj,newEdges,clusterNodeProperties,clusterEdgeProperties){var edge=undefined,childNodeId=undefined,childNode=undefined,toId=undefined,fromId=undefined,otherNodeId=undefined;var childKeys=Object.keys(childNodesObj);for(var i=0;i<childKeys.length;i++){childNodeId=childKeys[i];childNode=childNodesObj[childNodeId];for(var j=0;j<childNode.edges.length;j++){edge=childNode.edges[j];childEdgesObj[edge.id]=edge;if(edge.toId==childNodeId){toId=clusterNodeProperties.id;fromId=edge.fromId;otherNodeId=fromId}else{toId=edge.toId;fromId=clusterNodeProperties.id;otherNodeId=toId}if(childNodesObj[otherNodeId]===undefined){var clonedOptions=this._cloneOptions(edge,\"edge\");util.deepExtend(clonedOptions,clusterEdgeProperties);clonedOptions.from=fromId;clonedOptions.to=toId;clonedOptions.id=\"clusterEdge:\"+util.randomUUID();newEdges.push(this.body.functions.createEdge(clonedOptions))}}}}},{key:\"_checkOptions\",value:function _checkOptions(){var options=arguments[0]===undefined?{}:arguments[0];if(options.clusterEdgeProperties===undefined){options.clusterEdgeProperties={}}if(options.clusterNodeProperties===undefined){options.clusterNodeProperties={}}return options}},{key:\"_cluster\",value:function _cluster(childNodesObj,childEdgesObj,options){var refreshData=arguments[3]===undefined?true:arguments[3];if(Object.keys(childNodesObj).length===0){return}var clusterNodeProperties=util.deepExtend({},options.clusterNodeProperties);if(options.processProperties!==undefined){var childNodesOptions=[];for(var nodeId in childNodesObj){var clonedOptions=this._cloneOptions(childNodesObj[nodeId]);childNodesOptions.push(clonedOptions)}var childEdgesOptions=[];for(var edgeId in childEdgesObj){if(edgeId.substr(0,12)!==\"clusterEdge:\"){var clonedOptions=this._cloneOptions(childEdgesObj[edgeId],\"edge\");childEdgesOptions.push(clonedOptions)}}clusterNodeProperties=options.processProperties(clusterNodeProperties,childNodesOptions,childEdgesOptions);if(!clusterNodeProperties){throw new Error(\"The processProperties function does not return properties!\")}}if(clusterNodeProperties.id===undefined){clusterNodeProperties.id=\"cluster:\"+util.randomUUID()}var clusterId=clusterNodeProperties.id;if(clusterNodeProperties.label===undefined){clusterNodeProperties.label=\"cluster\"}var pos=undefined;if(clusterNodeProperties.x===undefined){pos=this._getClusterPosition(childNodesObj);clusterNodeProperties.x=pos.x}if(clusterNodeProperties.y===undefined){if(pos===undefined){pos=this._getClusterPosition(childNodesObj)}clusterNodeProperties.y=pos.y}clusterNodeProperties.id=clusterId;var clusterNode=this.body.functions.createNode(clusterNodeProperties,_componentsNodesCluster2[\"default\"]);clusterNode.isCluster=true;clusterNode.containedNodes=childNodesObj;clusterNode.containedEdges=childEdgesObj;clusterNode.clusterEdgeProperties=options.clusterEdgeProperties;this.body.nodes[clusterNodeProperties.id]=clusterNode;var newEdges=[];this._createClusterEdges(childNodesObj,childEdgesObj,newEdges,clusterNodeProperties,options.clusterEdgeProperties);for(var edgeId in childEdgesObj){if(childEdgesObj.hasOwnProperty(edgeId)){if(this.body.edges[edgeId]!==undefined){var edge=this.body.edges[edgeId];if(edgeId.substr(0,12)===\"clusterEdge:\"){edge.edgeType.cleanup();edge.disconnect();delete childEdgesObj[edgeId];delete this.body.edges[edgeId]}else{edge.togglePhysics(false);edge.options.hidden=true}}}}for(var nodeId in childNodesObj){if(childNodesObj.hasOwnProperty(nodeId)){this.clusteredNodes[nodeId]={clusterId:clusterNodeProperties.id,node:this.body.nodes[nodeId]};this.body.nodes[nodeId].togglePhysics(false);this.body.nodes[nodeId].options.hidden=true}}for(var i=0;i<newEdges.length;i++){this.body.edges[newEdges[i].id]=newEdges[i];this.body.edges[newEdges[i].id].connect()}clusterNodeProperties.id=undefined;if(refreshData===true){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"isCluster\",value:function isCluster(nodeId){if(this.body.nodes[nodeId]!==undefined){return this.body.nodes[nodeId].isCluster===true}else{console.log(\"Node does not exist.\");return false}}},{key:\"_getClusterPosition\",value:function _getClusterPosition(childNodesObj){var childKeys=Object.keys(childNodesObj);var minX=childNodesObj[childKeys[0]].x;var maxX=childNodesObj[childKeys[0]].x;var minY=childNodesObj[childKeys[0]].y;var maxY=childNodesObj[childKeys[0]].y;var node=undefined;for(var i=1;i<childKeys.length;i++){node=childNodesObj[childKeys[i]];minX=node.x<minX?node.x:minX;maxX=node.x>maxX?node.x:maxX;minY=node.y<minY?node.y:minY;maxY=node.y>maxY?node.y:maxY}return{x:.5*(minX+maxX),y:.5*(minY+maxY)}}},{key:\"openCluster\",value:function openCluster(clusterNodeId,options){var refreshData=arguments[2]===undefined?true:arguments[2];if(clusterNodeId===undefined){throw new Error(\"No clusterNodeId supplied to openCluster.\")}if(this.body.nodes[clusterNodeId]===undefined){throw new Error(\"The clusterNodeId supplied to openCluster does not exist.\")}if(this.body.nodes[clusterNodeId].containedNodes===undefined){console.log(\"The node:\"+clusterNodeId+\" is not a cluster.\");return}var clusterNode=this.body.nodes[clusterNodeId];var containedNodes=clusterNode.containedNodes;var containedEdges=clusterNode.containedEdges;if(options!==undefined&&options.releaseFunction!==undefined&&typeof options.releaseFunction===\"function\"){var positions={};var clusterPosition={x:clusterNode.x,y:clusterNode.y};for(var nodeId in containedNodes){if(containedNodes.hasOwnProperty(nodeId)){var containedNode=this.body.nodes[nodeId];positions[nodeId]={x:containedNode.x,y:containedNode.y}}}var newPositions=options.releaseFunction(clusterPosition,positions);for(var nodeId in containedNodes){if(containedNodes.hasOwnProperty(nodeId)){var containedNode=this.body.nodes[nodeId];if(newPositions[nodeId]!==undefined){containedNode.x=newPositions[nodeId].x||clusterNode.x;containedNode.y=newPositions[nodeId].y||clusterNode.y}}}}else{for(var nodeId in containedNodes){if(containedNodes.hasOwnProperty(nodeId)){var containedNode=this.body.nodes[nodeId];containedNode=containedNodes[nodeId];containedNode.x=clusterNode.x;containedNode.y=clusterNode.y}}}for(var nodeId in containedNodes){if(containedNodes.hasOwnProperty(nodeId)){var containedNode=this.body.nodes[nodeId];containedNode.vx=clusterNode.vx;containedNode.vy=clusterNode.vy;containedNode.options.hidden=false;containedNode.togglePhysics(true);delete this.clusteredNodes[nodeId]}}for(var edgeId in containedEdges){if(containedEdges.hasOwnProperty(edgeId)){var edge=containedEdges[edgeId];if(this.body.nodes[edge.fromId]===undefined||this.body.nodes[edge.toId]===undefined||edge.toId==clusterNodeId||edge.fromId==clusterNodeId){edge.edgeType.cleanup();edge.disconnect();delete this.body.edges[edgeId]}else{if(this.clusteredNodes[edge.fromId]!==undefined||this.clusteredNodes[edge.toId]!==undefined){var fromId=undefined,toId=undefined;var clusteredNode=this.clusteredNodes[edge.fromId]||this.clusteredNodes[edge.toId];var clusterId=clusteredNode.clusterId;var _clusterNode=this.body.nodes[clusterId];_clusterNode.containedEdges[edgeId]=edge;if(this.clusteredNodes[edge.fromId]!==undefined){fromId=clusterId;toId=edge.toId}else{fromId=edge.fromId;toId=clusterId}if(this.body.nodes[fromId].options.hidden!==true&&this.body.nodes[toId].options.hidden!==true){var clonedOptions=this._cloneOptions(edge,\"edge\");var id=\"clusterEdge:\"+util.randomUUID();util.deepExtend(clonedOptions,_clusterNode.clusterEdgeProperties);util.deepExtend(clonedOptions,{from:fromId,to:toId,hidden:false,physics:true,id:id});var newEdge=this.body.functions.createEdge(clonedOptions);this.body.edges[id]=newEdge;this.body.edges[id].connect()}}else{edge.options.hidden=false;edge.togglePhysics(true)}}}}var removeIds=[];for(var i=0;i<clusterNode.edges.length;i++){var edgeId=clusterNode.edges[i].id;removeIds.push(edgeId)}for(var i=0;i<removeIds.length;i++){var edgeId=removeIds[i];this.body.edges[edgeId].edgeType.cleanup();this.body.edges[edgeId].disconnect();delete this.body.edges[edgeId]}delete this.body.nodes[clusterNodeId];if(refreshData===true){this.body.emitter.emit(\"_dataChanged\")}}},{key:\"getNodesInCluster\",value:function getNodesInCluster(clusterId){var nodesArray=[];if(this.isCluster(clusterId)===true){var containedNodes=this.body.nodes[clusterId].containedNodes;for(var nodeId in containedNodes){if(containedNodes.hasOwnProperty(nodeId)){nodesArray.push(nodeId)}}}return nodesArray}},{key:\"findNode\",value:function findNode(nodeId){var stack=[];var max=100;var counter=0;while(this.clusteredNodes[nodeId]!==undefined&&counter<max){stack.push(this.clusteredNodes[nodeId].node);nodeId=this.clusteredNodes[nodeId].clusterId;counter++}stack.push(this.body.nodes[nodeId]);return stack}},{key:\"_getConnectedId\",value:function _getConnectedId(edge,nodeId){if(edge.toId!=nodeId){return edge.toId}else if(edge.fromId!=nodeId){return edge.fromId}else{return edge.fromId}}},{key:\"_getHubSize\",value:function _getHubSize(){var average=0;var averageSquared=0;var hubCounter=0;var largestHub=0;for(var i=0;i<this.body.nodeIndices.length;i++){var node=this.body.nodes[this.body.nodeIndices[i]];if(node.edges.length>largestHub){largestHub=node.edges.length}average+=node.edges.length;averageSquared+=Math.pow(node.edges.length,2);hubCounter+=1}average=average/hubCounter;averageSquared=averageSquared/hubCounter;var letiance=averageSquared-Math.pow(average,2);var standardDeviation=Math.sqrt(letiance);var hubThreshold=Math.floor(average+2*standardDeviation);if(hubThreshold>largestHub){hubThreshold=largestHub}return hubThreshold}}]);return ClusterEngine}();exports[\"default\"]=ClusterEngine;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _get=function get(_x,_x2,_x3){var _again=true;_function:while(_again){var object=_x,property=_x2,receiver=_x3;desc=parent=getter=undefined;_again=false;if(object===null)object=Function.prototype;var desc=Object.getOwnPropertyDescriptor(object,property);if(desc===undefined){var parent=Object.getPrototypeOf(object);if(parent===null){return undefined}else{_x=parent;_x2=property;_x3=receiver;_again=true;continue _function}}else if(\"value\"in desc){return desc.value}else{var getter=desc.get;if(getter===undefined){return undefined}return getter.call(receiver)}}};function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}function _inherits(subClass,superClass){if(typeof superClass!==\"function\"&&superClass!==null){throw new TypeError(\"Super expression must either be null or a function, not \"+typeof superClass)}subClass.prototype=Object.create(superClass&&superClass.prototype,{constructor:{value:subClass,enumerable:false,writable:true,configurable:true}});if(superClass)subClass.__proto__=superClass}var _Node2=__webpack_require__(62);var _Node3=_interopRequireDefault(_Node2);var Cluster=function(_Node){function Cluster(options,body,imagelist,grouplist,globalOptions){_classCallCheck(this,Cluster);_get(Object.getPrototypeOf(Cluster.prototype),\"constructor\",this).call(this,options,body,imagelist,grouplist,globalOptions);this.isCluster=true;this.containedNodes={};this.containedEdges={}}_inherits(Cluster,_Node);return Cluster}(_Node3[\"default\"]);exports[\"default\"]=Cluster;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}if(typeof window!==\"undefined\"){window.requestAnimationFrame=window.requestAnimationFrame||window.mozRequestAnimationFrame||window.webkitRequestAnimationFrame||window.msRequestAnimationFrame}var util=__webpack_require__(7);var CanvasRenderer=function(){function CanvasRenderer(body,canvas){_classCallCheck(this,CanvasRenderer);this.body=body;this.canvas=canvas;this.redrawRequested=false;this.renderTimer=undefined;this.requiresTimeout=true;this.renderingActive=false;this.renderRequests=0;this.pixelRatio=undefined;this.allowRedraw=true;this.dragging=false;this.options={};this.defaultOptions={hideEdgesOnDrag:false,hideNodesOnDrag:false};util.extend(this.options,this.defaultOptions);this._determineBrowserMethod();this.bindEventListeners()}_createClass(CanvasRenderer,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"dragStart\",function(){_this.dragging=true});this.body.emitter.on(\"dragEnd\",function(){return _this.dragging=false});this.body.emitter.on(\"_resizeNodes\",function(){return _this._resizeNodes()});this.body.emitter.on(\"_redraw\",function(){if(_this.renderingActive===false){_this._redraw()}});this.body.emitter.on(\"_blockRedraw\",function(){_this.allowRedraw=false});this.body.emitter.on(\"_allowRedraw\",function(){_this.allowRedraw=true;_this.redrawRequested=false});this.body.emitter.on(\"_requestRedraw\",this._requestRedraw.bind(this));this.body.emitter.on(\"_startRendering\",function(){_this.renderRequests+=1;_this.renderingActive=true;_this._startRendering()});this.body.emitter.on(\"_stopRendering\",function(){_this.renderRequests-=1;_this.renderingActive=_this.renderRequests>0;_this.renderTimer=undefined});this.body.emitter.on(\"destroy\",function(){_this.renderRequests=0;_this.renderingActive=false;if(_this.requiresTimeout===true){clearTimeout(_this.renderTimer)}else{cancelAnimationFrame(_this.renderTimer)}_this.body.emitter.off()})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){var fields=[\"hideEdgesOnDrag\",\"hideNodesOnDrag\"];util.selectiveDeepExtend(fields,this.options,options)}}},{key:\"_startRendering\",value:function _startRendering(){if(this.renderingActive===true){if(this.renderTimer===undefined){if(this.requiresTimeout===true){this.renderTimer=window.setTimeout(this._renderStep.bind(this),this.simulationInterval)}else{this.renderTimer=window.requestAnimationFrame(this._renderStep.bind(this))}}}}},{key:\"_renderStep\",value:function _renderStep(){if(this.renderingActive===true){this.renderTimer=undefined;if(this.requiresTimeout===true){this._startRendering()}this._redraw();if(this.requiresTimeout===false){this._startRendering()}}}},{key:\"redraw\",value:function redraw(){this.body.emitter.emit(\"setSize\");this._redraw()}},{key:\"_requestRedraw\",value:function _requestRedraw(){var _this2=this;if(this.redrawRequested!==true&&this.renderingActive===false&&this.allowRedraw===true){this.redrawRequested=true;if(this.requiresTimeout===true){window.setTimeout(function(){_this2._redraw(false)},0)}else{window.requestAnimationFrame(function(){_this2._redraw(false)})}}}},{key:\"_redraw\",value:function _redraw(){var hidden=arguments[0]===undefined?false:arguments[0];if(this.allowRedraw===true){this.body.emitter.emit(\"initRedraw\");this.redrawRequested=false;var ctx=this.canvas.frame.canvas.getContext(\"2d\");if(this.canvas.frame.canvas.width===0||this.canvas.frame.canvas.height===0){this.canvas.setSize()}if(this.pixelRatio===undefined){this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1)}ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);var w=this.canvas.frame.canvas.clientWidth;var h=this.canvas.frame.canvas.clientHeight;ctx.clearRect(0,0,w,h);ctx.save();ctx.translate(this.body.view.translation.x,this.body.view.translation.y);ctx.scale(this.body.view.scale,this.body.view.scale);ctx.beginPath();this.body.emitter.emit(\"beforeDrawing\",ctx);ctx.closePath();if(hidden===false){if(this.dragging===false||this.dragging===true&&this.options.hideEdgesOnDrag===false){this._drawEdges(ctx)}}if(this.dragging===false||this.dragging===true&&this.options.hideNodesOnDrag===false){this._drawNodes(ctx,hidden)}if(this.controlNodesActive===true){this._drawControlNodes(ctx)}ctx.beginPath();this.body.emitter.emit(\"afterDrawing\",ctx);ctx.closePath();ctx.restore();if(hidden===true){ctx.clearRect(0,0,w,h)}}}},{key:\"_resizeNodes\",value:function _resizeNodes(){var ctx=this.canvas.frame.canvas.getContext(\"2d\");if(this.pixelRatio===undefined){this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1)}ctx.setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0);ctx.save();ctx.translate(this.body.view.translation.x,this.body.view.translation.y);ctx.scale(this.body.view.scale,this.body.view.scale);var nodes=this.body.nodes;var node=undefined;for(var nodeId in nodes){if(nodes.hasOwnProperty(nodeId)){node=nodes[nodeId];node.resize(ctx);node.updateBoundingBox(ctx)}}ctx.restore()}},{key:\"_drawNodes\",value:function _drawNodes(ctx){var alwaysShow=arguments[1]===undefined?false:arguments[1];var nodes=this.body.nodes;var nodeIndices=this.body.nodeIndices;var node=undefined;var selected=[];var margin=20;var topLeft=this.canvas.DOMtoCanvas({x:-margin,y:-margin});var bottomRight=this.canvas.DOMtoCanvas({x:this.canvas.frame.canvas.clientWidth+margin,y:this.canvas.frame.canvas.clientHeight+margin});var viewableArea={top:topLeft.y,left:topLeft.x,bottom:bottomRight.y,right:bottomRight.x};for(var i=0;i<nodeIndices.length;i++){node=nodes[nodeIndices[i]];if(node.isSelected()){selected.push(nodeIndices[i])}else{if(alwaysShow===true){node.draw(ctx)}else if(node.isBoundingBoxOverlappingWith(viewableArea)===true){node.draw(ctx)}else{node.updateBoundingBox(ctx)}}}for(var i=0;i<selected.length;i++){node=nodes[selected[i]];node.draw(ctx)}}},{key:\"_drawEdges\",value:function _drawEdges(ctx){var edges=this.body.edges;var edgeIndices=this.body.edgeIndices;var edge=undefined;for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];if(edge.connected===true){edge.draw(ctx)}}}},{key:\"_drawControlNodes\",value:function _drawControlNodes(ctx){var edges=this.body.edges;var edgeIndices=this.body.edgeIndices;var edge=undefined;for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];edge._drawControlNodes(ctx)}}},{key:\"_determineBrowserMethod\",value:function _determineBrowserMethod(){if(typeof window!==\"undefined\"){var browserType=navigator.userAgent.toLowerCase();this.requiresTimeout=false;if(browserType.indexOf(\"msie 9.0\")!=-1){this.requiresTimeout=true}else if(browserType.indexOf(\"safari\")!=-1){if(browserType.indexOf(\"chrome\")<=-1){this.requiresTimeout=true}}}else{this.requiresTimeout=true}}}]);return CanvasRenderer}();exports[\"default\"]=CanvasRenderer;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var Hammer=__webpack_require__(3);var hammerUtil=__webpack_require__(30);var util=__webpack_require__(7);var Canvas=function(){function Canvas(body){_classCallCheck(this,Canvas);this.body=body;this.pixelRatio=1;this.resizeTimer=undefined;this.resizeFunction=this._onResize.bind(this);this.options={};this.defaultOptions={autoResize:true,height:\"100%\",width:\"100%\"};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(Canvas,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.once(\"resize\",function(obj){if(obj.width!==0){_this.body.view.translation.x=obj.width*.5}if(obj.height!==0){_this.body.view.translation.y=obj.height*.5}});this.body.emitter.on(\"setSize\",this.setSize.bind(this));this.body.emitter.on(\"destroy\",function(){_this.hammerFrame.destroy();_this.hammer.destroy();_this._cleanUp()})}},{key:\"setOptions\",value:function setOptions(options){var _this2=this;if(options!==undefined){var fields=[\"width\",\"height\",\"autoResize\"];util.selectiveDeepExtend(fields,this.options,options)}if(this.options.autoResize===true){this._cleanUp();this.resizeTimer=setInterval(function(){var changed=_this2.setSize();if(changed===true){_this2.body.emitter.emit(\"_requestRedraw\")}},1e3);this.resizeFunction=this._onResize.bind(this);util.addEventListener(window,\"resize\",this.resizeFunction)}}},{key:\"_cleanUp\",value:function _cleanUp(){if(this.resizeTimer!==undefined){clearInterval(this.resizeTimer)}util.removeEventListener(window,\"resize\",this.resizeFunction);this.resizeFunction=undefined}},{key:\"_onResize\",value:function _onResize(){this.setSize();this.body.emitter.emit(\"_redraw\")}},{key:\"_prepareValue\",value:function _prepareValue(value){if(typeof value===\"number\"){return value+\"px\"}else if(typeof value===\"string\"){if(value.indexOf(\"%\")!==-1||value.indexOf(\"px\")!==-1){return value}else if(value.indexOf(\"%\")===-1){return value+\"px\"}}throw new Error(\"Could not use the value supplie for width or height:\"+value)}},{key:\"_create\",value:function _create(){while(this.body.container.hasChildNodes()){this.body.container.removeChild(this.body.container.firstChild)}this.frame=document.createElement(\"div\");this.frame.className=\"vis-network\";this.frame.style.position=\"relative\";this.frame.style.overflow=\"hidden\";this.frame.tabIndex=900;this.frame.canvas=document.createElement(\"canvas\");this.frame.canvas.style.position=\"relative\";this.frame.appendChild(this.frame.canvas);if(!this.frame.canvas.getContext){var noCanvas=document.createElement(\"DIV\");noCanvas.style.color=\"red\";noCanvas.style.fontWeight=\"bold\";noCanvas.style.padding=\"10px\";noCanvas.innerHTML=\"Error: your browser does not support HTML canvas\";this.frame.canvas.appendChild(noCanvas)}else{var ctx=this.frame.canvas.getContext(\"2d\");this.pixelRatio=(window.devicePixelRatio||1)/(ctx.webkitBackingStorePixelRatio||ctx.mozBackingStorePixelRatio||ctx.msBackingStorePixelRatio||ctx.oBackingStorePixelRatio||ctx.backingStorePixelRatio||1);this.frame.canvas.getContext(\"2d\").setTransform(this.pixelRatio,0,0,this.pixelRatio,0,0)}this.body.container.appendChild(this.frame);this.body.view.scale=1;this.body.view.translation={x:.5*this.frame.canvas.clientWidth,y:.5*this.frame.canvas.clientHeight};this._bindHammer()}},{key:\"_bindHammer\",value:function _bindHammer(){var _this3=this;if(this.hammer!==undefined){this.hammer.destroy()}this.drag={};this.pinch={};this.hammer=new Hammer(this.frame.canvas);this.hammer.get(\"pinch\").set({enable:true});this.hammer.get(\"pan\").set({threshold:5,direction:30});hammerUtil.onTouch(this.hammer,function(event){_this3.body.eventListeners.onTouch(event)});this.hammer.on(\"tap\",function(event){_this3.body.eventListeners.onTap(event)});this.hammer.on(\"doubletap\",function(event){_this3.body.eventListeners.onDoubleTap(event)});this.hammer.on(\"press\",function(event){_this3.body.eventListeners.onHold(event)});this.hammer.on(\"panstart\",function(event){_this3.body.eventListeners.onDragStart(event)});this.hammer.on(\"panmove\",function(event){_this3.body.eventListeners.onDrag(event)});this.hammer.on(\"panend\",function(event){_this3.body.eventListeners.onDragEnd(event)});this.hammer.on(\"pinch\",function(event){_this3.body.eventListeners.onPinch(event)});this.frame.canvas.addEventListener(\"mousewheel\",function(event){_this3.body.eventListeners.onMouseWheel(event)});this.frame.canvas.addEventListener(\"DOMMouseScroll\",function(event){_this3.body.eventListeners.onMouseWheel(event)});this.frame.canvas.addEventListener(\"mousemove\",function(event){_this3.body.eventListeners.onMouseMove(event)});this.frame.canvas.addEventListener(\"contextmenu\",function(event){\n_this3.body.eventListeners.onContext(event)});this.hammerFrame=new Hammer(this.frame);hammerUtil.onRelease(this.hammerFrame,function(event){_this3.body.eventListeners.onRelease(event)})}},{key:\"setSize\",value:function setSize(){var width=arguments[0]===undefined?this.options.width:arguments[0];var height=arguments[1]===undefined?this.options.height:arguments[1];width=this._prepareValue(width);height=this._prepareValue(height);var emitEvent=false;var oldWidth=this.frame.canvas.width;var oldHeight=this.frame.canvas.height;if(width!=this.options.width||height!=this.options.height||this.frame.style.width!=width||this.frame.style.height!=height){this.frame.style.width=width;this.frame.style.height=height;this.frame.canvas.style.width=\"100%\";this.frame.canvas.style.height=\"100%\";this.frame.canvas.width=Math.round(this.frame.canvas.clientWidth*this.pixelRatio);this.frame.canvas.height=Math.round(this.frame.canvas.clientHeight*this.pixelRatio);this.options.width=width;this.options.height=height;emitEvent=true}else{if(this.frame.canvas.width!=Math.round(this.frame.canvas.clientWidth*this.pixelRatio)){this.frame.canvas.width=Math.round(this.frame.canvas.clientWidth*this.pixelRatio);emitEvent=true}if(this.frame.canvas.height!=Math.round(this.frame.canvas.clientHeight*this.pixelRatio)){this.frame.canvas.height=Math.round(this.frame.canvas.clientHeight*this.pixelRatio);emitEvent=true}}if(emitEvent===true){this.body.emitter.emit(\"resize\",{width:Math.round(this.frame.canvas.width/this.pixelRatio),height:Math.round(this.frame.canvas.height/this.pixelRatio),oldWidth:Math.round(oldWidth/this.pixelRatio),oldHeight:Math.round(oldHeight/this.pixelRatio)})}return emitEvent}},{key:\"_XconvertDOMtoCanvas\",value:function _XconvertDOMtoCanvas(x){return(x-this.body.view.translation.x)/this.body.view.scale}},{key:\"_XconvertCanvasToDOM\",value:function _XconvertCanvasToDOM(x){return x*this.body.view.scale+this.body.view.translation.x}},{key:\"_YconvertDOMtoCanvas\",value:function _YconvertDOMtoCanvas(y){return(y-this.body.view.translation.y)/this.body.view.scale}},{key:\"_YconvertCanvasToDOM\",value:function _YconvertCanvasToDOM(y){return y*this.body.view.scale+this.body.view.translation.y}},{key:\"canvasToDOM\",value:function canvasToDOM(pos){return{x:this._XconvertCanvasToDOM(pos.x),y:this._YconvertCanvasToDOM(pos.y)}}},{key:\"DOMtoCanvas\",value:function DOMtoCanvas(pos){return{x:this._XconvertDOMtoCanvas(pos.x),y:this._YconvertDOMtoCanvas(pos.y)}}}]);return Canvas}();exports[\"default\"]=Canvas;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(7);var View=function(){function View(body,canvas){var _this=this;_classCallCheck(this,View);this.body=body;this.canvas=canvas;this.animationSpeed=1/this.renderRefreshRate;this.animationEasingFunction=\"easeInOutQuint\";this.easingTime=0;this.sourceScale=0;this.targetScale=0;this.sourceTranslation=0;this.targetTranslation=0;this.lockedOnNodeId=undefined;this.lockedOnNodeOffset=undefined;this.touchTime=0;this.viewFunction=undefined;this.body.emitter.on(\"fit\",this.fit.bind(this));this.body.emitter.on(\"animationFinished\",function(){_this.body.emitter.emit(\"_stopRendering\")});this.body.emitter.on(\"unlockNode\",this.releaseNode.bind(this))}_createClass(View,[{key:\"setOptions\",value:function setOptions(){var options=arguments[0]===undefined?{}:arguments[0];this.options=options}},{key:\"_getRange\",value:function _getRange(){var specificNodes=arguments[0]===undefined?[]:arguments[0];var minY=1e9,maxY=-1e9,minX=1e9,maxX=-1e9,node;if(specificNodes.length>0){for(var i=0;i<specificNodes.length;i++){node=this.body.nodes[specificNodes[i]];if(minX>node.shape.boundingBox.left){minX=node.shape.boundingBox.left}if(maxX<node.shape.boundingBox.right){maxX=node.shape.boundingBox.right}if(minY>node.shape.boundingBox.top){minY=node.shape.boundingBox.top}if(maxY<node.shape.boundingBox.bottom){maxY=node.shape.boundingBox.bottom}}}else{for(var i=0;i<this.body.nodeIndices.length;i++){node=this.body.nodes[this.body.nodeIndices[i]];if(minX>node.shape.boundingBox.left){minX=node.shape.boundingBox.left}if(maxX<node.shape.boundingBox.right){maxX=node.shape.boundingBox.right}if(minY>node.shape.boundingBox.top){minY=node.shape.boundingBox.top}if(maxY<node.shape.boundingBox.bottom){maxY=node.shape.boundingBox.bottom}}}if(minX===1e9&&maxX===-1e9&&minY===1e9&&maxY===-1e9){minY=0,maxY=0,minX=0,maxX=0}return{minX:minX,maxX:maxX,minY:minY,maxY:maxY}}},{key:\"_findCenter\",value:function _findCenter(range){return{x:.5*(range.maxX+range.minX),y:.5*(range.maxY+range.minY)}}},{key:\"fit\",value:function fit(){var options=arguments[0]===undefined?{nodes:[]}:arguments[0];var initialZoom=arguments[1]===undefined?false:arguments[1];var range;var zoomLevel;if(initialZoom===true){var positionDefined=0;for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){var node=this.body.nodes[nodeId];if(node.predefinedPosition===true){positionDefined+=1}}}if(positionDefined>.5*this.body.nodeIndices.length){this.fit(options,false);return}range=this._getRange(options.nodes);var numberOfNodes=this.body.nodeIndices.length;zoomLevel=12.662/(numberOfNodes+7.4147)+.0964822;var factor=Math.min(this.canvas.frame.canvas.clientWidth/600,this.canvas.frame.canvas.clientHeight/600);zoomLevel*=factor}else{this.body.emitter.emit(\"_resizeNodes\");range=this._getRange(options.nodes);var xDistance=Math.abs(range.maxX-range.minX)*1.1;var yDistance=Math.abs(range.maxY-range.minY)*1.1;var xZoomLevel=this.canvas.frame.canvas.clientWidth/xDistance;var yZoomLevel=this.canvas.frame.canvas.clientHeight/yDistance;zoomLevel=xZoomLevel<=yZoomLevel?xZoomLevel:yZoomLevel}if(zoomLevel>1){zoomLevel=1}else if(zoomLevel===0){zoomLevel=1}var center=this._findCenter(range);var animationOptions={position:center,scale:zoomLevel,animation:options.animation};this.moveTo(animationOptions)}},{key:\"focus\",value:function focus(nodeId){var options=arguments[1]===undefined?{}:arguments[1];if(this.body.nodes[nodeId]!==undefined){var nodePosition={x:this.body.nodes[nodeId].x,y:this.body.nodes[nodeId].y};options.position=nodePosition;options.lockedOnNode=nodeId;this.moveTo(options)}else{console.log(\"Node: \"+nodeId+\" cannot be found.\")}}},{key:\"moveTo\",value:function moveTo(options){if(options===undefined){options={};return}if(options.offset===undefined){options.offset={x:0,y:0}}if(options.offset.x===undefined){options.offset.x=0}if(options.offset.y===undefined){options.offset.y=0}if(options.scale===undefined){options.scale=this.body.view.scale}if(options.position===undefined){options.position=this.getViewPosition()}if(options.animation===undefined){options.animation={duration:0}}if(options.animation===false){options.animation={duration:0}}if(options.animation===true){options.animation={}}if(options.animation.duration===undefined){options.animation.duration=1e3}if(options.animation.easingFunction===undefined){options.animation.easingFunction=\"easeInOutQuad\"}this.animateView(options)}},{key:\"animateView\",value:function animateView(options){if(options===undefined){return}this.animationEasingFunction=options.animation.easingFunction;this.releaseNode();if(options.locked===true){this.lockedOnNodeId=options.lockedOnNode;this.lockedOnNodeOffset=options.offset}if(this.easingTime!=0){this._transitionRedraw(true)}this.sourceScale=this.body.view.scale;this.sourceTranslation=this.body.view.translation;this.targetScale=options.scale;this.body.view.scale=this.targetScale;var viewCenter=this.canvas.DOMtoCanvas({x:.5*this.canvas.frame.canvas.clientWidth,y:.5*this.canvas.frame.canvas.clientHeight});var distanceFromCenter={x:viewCenter.x-options.position.x,y:viewCenter.y-options.position.y};this.targetTranslation={x:this.sourceTranslation.x+distanceFromCenter.x*this.targetScale+options.offset.x,y:this.sourceTranslation.y+distanceFromCenter.y*this.targetScale+options.offset.y};if(options.animation.duration===0){if(this.lockedOnNodeId!=undefined){this.viewFunction=this._lockedRedraw.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction)}else{this.body.view.scale=this.targetScale;this.body.view.translation=this.targetTranslation;this.body.emitter.emit(\"_requestRedraw\")}}else{this.animationSpeed=1/(60*options.animation.duration*.001)||1/60;this.animationEasingFunction=options.animation.easingFunction;this.viewFunction=this._transitionRedraw.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction);this.body.emitter.emit(\"_startRendering\")}}},{key:\"_lockedRedraw\",value:function _lockedRedraw(){var nodePosition={x:this.body.nodes[this.lockedOnNodeId].x,y:this.body.nodes[this.lockedOnNodeId].y};var viewCenter=this.canvas.DOMtoCanvas({x:.5*this.frame.canvas.clientWidth,y:.5*this.frame.canvas.clientHeight});var distanceFromCenter={x:viewCenter.x-nodePosition.x,y:viewCenter.y-nodePosition.y};var sourceTranslation=this.body.view.translation;var targetTranslation={x:sourceTranslation.x+distanceFromCenter.x*this.body.view.scale+this.lockedOnNodeOffset.x,y:sourceTranslation.y+distanceFromCenter.y*this.body.view.scale+this.lockedOnNodeOffset.y};this.body.view.translation=targetTranslation}},{key:\"releaseNode\",value:function releaseNode(){if(this.lockedOnNodeId!==undefined&&this.viewFunction!==undefined){this.body.emitter.off(\"initRedraw\",this.viewFunction);this.lockedOnNodeId=undefined;this.lockedOnNodeOffset=undefined}}},{key:\"_transitionRedraw\",value:function _transitionRedraw(){var finished=arguments[0]===undefined?false:arguments[0];this.easingTime+=this.animationSpeed;this.easingTime=finished===true?1:this.easingTime;var progress=util.easingFunctions[this.animationEasingFunction](this.easingTime);this.body.view.scale=this.sourceScale+(this.targetScale-this.sourceScale)*progress;this.body.view.translation={x:this.sourceTranslation.x+(this.targetTranslation.x-this.sourceTranslation.x)*progress,y:this.sourceTranslation.y+(this.targetTranslation.y-this.sourceTranslation.y)*progress};if(this.easingTime>=1){this.body.emitter.off(\"initRedraw\",this.viewFunction);this.easingTime=0;if(this.lockedOnNodeId!=undefined){this.viewFunction=this._lockedRedraw.bind(this);this.body.emitter.on(\"initRedraw\",this.viewFunction)}this.body.emitter.emit(\"animationFinished\")}}},{key:\"getScale\",value:function getScale(){return this.body.view.scale}},{key:\"getViewPosition\",value:function getViewPosition(){return this.canvas.DOMtoCanvas({x:.5*this.canvas.frame.canvas.clientWidth,y:.5*this.canvas.frame.canvas.clientHeight})}}]);return View}();exports[\"default\"]=View;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _interopRequireDefault(obj){return obj&&obj.__esModule?obj:{\"default\":obj}}function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var _componentsNavigationHandler=__webpack_require__(103);var _componentsNavigationHandler2=_interopRequireDefault(_componentsNavigationHandler);var _componentsPopup=__webpack_require__(104);var _componentsPopup2=_interopRequireDefault(_componentsPopup);var util=__webpack_require__(7);var InteractionHandler=function(){function InteractionHandler(body,canvas,selectionHandler){_classCallCheck(this,InteractionHandler);this.body=body;this.canvas=canvas;this.selectionHandler=selectionHandler;this.navigationHandler=new _componentsNavigationHandler2[\"default\"](body,canvas);this.body.eventListeners.onTap=this.onTap.bind(this);this.body.eventListeners.onTouch=this.onTouch.bind(this);this.body.eventListeners.onDoubleTap=this.onDoubleTap.bind(this);this.body.eventListeners.onHold=this.onHold.bind(this);this.body.eventListeners.onDragStart=this.onDragStart.bind(this);this.body.eventListeners.onDrag=this.onDrag.bind(this);this.body.eventListeners.onDragEnd=this.onDragEnd.bind(this);this.body.eventListeners.onMouseWheel=this.onMouseWheel.bind(this);this.body.eventListeners.onPinch=this.onPinch.bind(this);this.body.eventListeners.onMouseMove=this.onMouseMove.bind(this);this.body.eventListeners.onRelease=this.onRelease.bind(this);this.body.eventListeners.onContext=this.onContext.bind(this);this.touchTime=0;this.drag={};this.pinch={};this.popup=undefined;this.popupObj=undefined;this.popupTimer=undefined;this.body.functions.getPointer=this.getPointer.bind(this);this.options={};this.defaultOptions={dragNodes:true,dragView:true,hover:false,keyboard:{enabled:false,speed:{x:10,y:10,zoom:.02},bindToWindow:true},navigationButtons:false,tooltipDelay:300,zoomView:true};util.extend(this.options,this.defaultOptions);this.bindEventListeners()}_createClass(InteractionHandler,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"destroy\",function(){clearTimeout(_this.popupTimer);delete _this.body.functions.getPointer})}},{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){var fields=[\"hideEdgesOnDrag\",\"hideNodesOnDrag\",\"keyboard\",\"multiselect\",\"selectable\",\"selectConnectedEdges\"];util.selectiveNotDeepExtend(fields,this.options,options);util.mergeOptions(this.options,options,\"keyboard\");if(options.tooltip){util.extend(this.options.tooltip,options.tooltip);if(options.tooltip.color){this.options.tooltip.color=util.parseColor(options.tooltip.color)}}}this.navigationHandler.setOptions(this.options)}},{key:\"getPointer\",value:function getPointer(touch){return{x:touch.x-util.getAbsoluteLeft(this.canvas.frame.canvas),y:touch.y-util.getAbsoluteTop(this.canvas.frame.canvas)}}},{key:\"onTouch\",value:function onTouch(event){if((new Date).valueOf()-this.touchTime>50){this.drag.pointer=this.getPointer(event.center);this.drag.pinched=false;this.pinch.scale=this.body.view.scale;this.touchTime=(new Date).valueOf()}}},{key:\"onTap\",value:function onTap(event){var pointer=this.getPointer(event.center);var multiselect=this.selectionHandler.options.multiselect&&(event.changedPointers[0].ctrlKey||event.changedPointers[0].metaKey);this.checkSelectionChanges(pointer,event,multiselect);this.selectionHandler._generateClickEvent(\"click\",event,pointer)}},{key:\"onDoubleTap\",value:function onDoubleTap(event){var pointer=this.getPointer(event.center);this.selectionHandler._generateClickEvent(\"doubleClick\",event,pointer)}},{key:\"onHold\",value:function onHold(event){var pointer=this.getPointer(event.center);var multiselect=this.selectionHandler.options.multiselect;this.checkSelectionChanges(pointer,event,multiselect);this.selectionHandler._generateClickEvent(\"click\",event,pointer);this.selectionHandler._generateClickEvent(\"hold\",event,pointer)}},{key:\"onRelease\",value:function onRelease(event){if((new Date).valueOf()-this.touchTime>10){var pointer=this.getPointer(event.center);this.selectionHandler._generateClickEvent(\"release\",event,pointer);this.touchTime=(new Date).valueOf()}}},{key:\"onContext\",value:function onContext(event){var pointer=this.getPointer({x:event.clientX,y:event.clientY});this.selectionHandler._generateClickEvent(\"oncontext\",event,pointer)}},{key:\"checkSelectionChanges\",value:function checkSelectionChanges(pointer,event){var add=arguments[2]===undefined?false:arguments[2];var previouslySelectedEdgeCount=this.selectionHandler._getSelectedEdgeCount();var previouslySelectedNodeCount=this.selectionHandler._getSelectedNodeCount();var previousSelection=this.selectionHandler.getSelection();var selected=undefined;if(add===true){selected=this.selectionHandler.selectAdditionalOnPoint(pointer)}else{selected=this.selectionHandler.selectOnPoint(pointer)}var selectedEdgesCount=this.selectionHandler._getSelectedEdgeCount();var selectedNodesCount=this.selectionHandler._getSelectedNodeCount();var currentSelection=this.selectionHandler.getSelection();var _determineIfDifferent2=this._determineIfDifferent(previousSelection,currentSelection);var nodesChanges=_determineIfDifferent2.nodesChanges;var edgesChanges=_determineIfDifferent2.edgesChanges;if(selectedNodesCount-previouslySelectedNodeCount>0){this.selectionHandler._generateClickEvent(\"selectNode\",event,pointer);selected=true}else if(selectedNodesCount-previouslySelectedNodeCount<0){this.selectionHandler._generateClickEvent(\"deselectNode\",event,pointer,previousSelection);selected=true}else if(selectedNodesCount===previouslySelectedNodeCount&&nodesChanges===true){this.selectionHandler._generateClickEvent(\"deselectNode\",event,pointer,previousSelection);this.selectionHandler._generateClickEvent(\"selectNode\",event,pointer);selected=true}if(selectedEdgesCount-previouslySelectedEdgeCount>0){this.selectionHandler._generateClickEvent(\"selectEdge\",event,pointer);selected=true}else if(selectedEdgesCount-previouslySelectedEdgeCount<0){this.selectionHandler._generateClickEvent(\"deselectEdge\",event,pointer,previousSelection);selected=true}else if(selectedEdgesCount===previouslySelectedEdgeCount&&edgesChanges===true){this.selectionHandler._generateClickEvent(\"deselectEdge\",event,pointer,previousSelection);this.selectionHandler._generateClickEvent(\"selectEdge\",event,pointer);selected=true}if(selected===true){this.selectionHandler._generateClickEvent(\"select\",event,pointer)}}},{key:\"_determineIfDifferent\",value:function _determineIfDifferent(previousSelection,currentSelection){var nodesChanges=false;var edgesChanges=false;for(var i=0;i<previousSelection.nodes.length;i++){if(currentSelection.nodes.indexOf(previousSelection.nodes[i])===-1){nodesChanges=true}}for(var i=0;i<currentSelection.nodes.length;i++){if(previousSelection.nodes.indexOf(previousSelection.nodes[i])===-1){nodesChanges=true}}for(var i=0;i<previousSelection.edges.length;i++){if(currentSelection.edges.indexOf(previousSelection.edges[i])===-1){edgesChanges=true}}for(var i=0;i<currentSelection.edges.length;i++){if(previousSelection.edges.indexOf(previousSelection.edges[i])===-1){edgesChanges=true}}return{nodesChanges:nodesChanges,edgesChanges:edgesChanges}}},{key:\"onDragStart\",value:function onDragStart(event){if(this.drag.pointer===undefined){this.onTouch(event)}var node=this.selectionHandler.getNodeAt(this.drag.pointer);this.drag.dragging=true;this.drag.selection=[];this.drag.translation=util.extend({},this.body.view.translation);this.drag.nodeId=undefined;if(node!==undefined&&this.options.dragNodes===true){this.drag.nodeId=node.id;if(node.isSelected()===false){this.selectionHandler.unselectAll();this.selectionHandler.selectObject(node)}this.selectionHandler._generateClickEvent(\"dragStart\",event,this.drag.pointer);var selection=this.selectionHandler.selectionObj.nodes;for(var nodeId in selection){if(selection.hasOwnProperty(nodeId)){var object=selection[nodeId];var s={id:object.id,node:object,x:object.x,y:object.y,xFixed:object.options.fixed.x,yFixed:object.options.fixed.y};object.options.fixed.x=true;object.options.fixed.y=true;this.drag.selection.push(s)}}}else{this.selectionHandler._generateClickEvent(\"dragStart\",event,this.drag.pointer,undefined,true)}}},{key:\"onDrag\",value:function onDrag(event){var _this2=this;if(this.drag.pinched===true){return}this.body.emitter.emit(\"unlockNode\");var pointer=this.getPointer(event.center);var selection=this.drag.selection;if(selection&&selection.length&&this.options.dragNodes===true){(function(){_this2.selectionHandler._generateClickEvent(\"dragging\",event,pointer);var deltaX=pointer.x-_this2.drag.pointer.x;var deltaY=pointer.y-_this2.drag.pointer.y;selection.forEach(function(selection){var node=selection.node;if(selection.xFixed===false){node.x=_this2.canvas._XconvertDOMtoCanvas(_this2.canvas._XconvertCanvasToDOM(selection.x)+deltaX)}if(selection.yFixed===false){node.y=_this2.canvas._YconvertDOMtoCanvas(_this2.canvas._YconvertCanvasToDOM(selection.y)+deltaY)}});_this2.body.emitter.emit(\"startSimulation\")})()}else{if(this.options.dragView===true){this.selectionHandler._generateClickEvent(\"dragging\",event,pointer,undefined,true);if(this.drag.pointer===undefined){this._handleDragStart(event);return}var diffX=pointer.x-this.drag.pointer.x;var diffY=pointer.y-this.drag.pointer.y;this.body.view.translation={x:this.drag.translation.x+diffX,y:this.drag.translation.y+diffY};this.body.emitter.emit(\"_redraw\")}}}},{key:\"onDragEnd\",value:function onDragEnd(event){this.drag.dragging=false;var selection=this.drag.selection;if(selection&&selection.length){selection.forEach(function(s){s.node.options.fixed.x=s.xFixed;s.node.options.fixed.y=s.yFixed});this.selectionHandler._generateClickEvent(\"dragEnd\",event,this.getPointer(event.center));this.body.emitter.emit(\"startSimulation\")}else{this.selectionHandler._generateClickEvent(\"dragEnd\",event,this.getPointer(event.center),undefined,true);this.body.emitter.emit(\"_requestRedraw\")}}},{key:\"onPinch\",value:function onPinch(event){var pointer=this.getPointer(event.center);this.drag.pinched=true;if(this.pinch[\"scale\"]===undefined){this.pinch.scale=1}var scale=this.pinch.scale*event.scale;this.zoom(scale,pointer)}},{key:\"zoom\",value:function zoom(scale,pointer){if(this.options.zoomView===true){var scaleOld=this.body.view.scale;if(scale<1e-5){scale=1e-5}if(scale>10){scale=10}var preScaleDragPointer=undefined;if(this.drag!==undefined){if(this.drag.dragging===true){preScaleDragPointer=this.canvas.DOMtoCanvas(this.drag.pointer)}}var translation=this.body.view.translation;var scaleFrac=scale/scaleOld;var tx=(1-scaleFrac)*pointer.x+translation.x*scaleFrac;var ty=(1-scaleFrac)*pointer.y+translation.y*scaleFrac;this.body.view.scale=scale;this.body.view.translation={x:tx,y:ty};if(preScaleDragPointer!=undefined){var postScaleDragPointer=this.canvas.canvasToDOM(preScaleDragPointer);this.drag.pointer.x=postScaleDragPointer.x;this.drag.pointer.y=postScaleDragPointer.y}this.body.emitter.emit(\"_requestRedraw\");if(scaleOld<scale){this.body.emitter.emit(\"zoom\",{direction:\"+\",scale:this.body.view.scale})}else{this.body.emitter.emit(\"zoom\",{direction:\"-\",scale:this.body.view.scale})}}}},{key:\"onMouseWheel\",value:function onMouseWheel(event){var delta=0;if(event.wheelDelta){delta=event.wheelDelta/120}else if(event.detail){delta=-event.detail/3}if(delta!==0){var scale=this.body.view.scale;var zoom=delta/10;if(delta<0){zoom=zoom/(1-zoom)}scale*=1+zoom;var pointer=this.getPointer({x:event.clientX,y:event.clientY});this.zoom(scale,pointer)}event.preventDefault()}},{key:\"onMouseMove\",value:function onMouseMove(event){var _this3=this;var pointer=this.getPointer({x:event.clientX,y:event.clientY});var popupVisible=false;if(this.popup!==undefined){if(this.popup.hidden===false){this._checkHidePopup(pointer)}if(this.popup.hidden===false){popupVisible=true;this.popup.setPosition(pointer.x+3,pointer.y-5);this.popup.show()}}if(this.options.keyboard.bindToWindow===false&&this.options.keyboard.enabled===true){this.canvas.frame.focus()}if(popupVisible===false){if(this.popupTimer!==undefined){clearInterval(this.popupTimer);this.popupTimer=undefined}if(!this.drag.dragging){this.popupTimer=setTimeout(function(){return _this3._checkShowPopup(pointer)},this.options.tooltipDelay)}}if(this.options.hover===true){var obj=this.selectionHandler.getNodeAt(pointer);if(obj===undefined){obj=this.selectionHandler.getEdgeAt(pointer)}this.selectionHandler.hoverObject(obj)}}},{key:\"_checkShowPopup\",value:function _checkShowPopup(pointer){var x=this.canvas._XconvertDOMtoCanvas(pointer.x);var y=this.canvas._YconvertDOMtoCanvas(pointer.y);var pointerObj={left:x,top:y,right:x,bottom:y};var previousPopupObjId=this.popupObj===undefined?undefined:this.popupObj.id;var nodeUnderCursor=false;var popupType=\"node\";if(this.popupObj===undefined){var nodeIndices=this.body.nodeIndices;var nodes=this.body.nodes;var node=undefined;var overlappingNodes=[];for(var i=0;i<nodeIndices.length;i++){node=nodes[nodeIndices[i]];if(node.isOverlappingWith(pointerObj)===true){if(node.getTitle()!==undefined){overlappingNodes.push(nodeIndices[i])}}}if(overlappingNodes.length>0){this.popupObj=nodes[overlappingNodes[overlappingNodes.length-1]];nodeUnderCursor=true}}if(this.popupObj===undefined&&nodeUnderCursor===false){var edgeIndices=this.body.edgeIndices;var edges=this.body.edges;var edge=undefined;var overlappingEdges=[];for(var i=0;i<edgeIndices.length;i++){edge=edges[edgeIndices[i]];if(edge.isOverlappingWith(pointerObj)===true){if(edge.connected===true&&edge.getTitle()!==undefined){overlappingEdges.push(edgeIndices[i])}}}if(overlappingEdges.length>0){this.popupObj=edges[overlappingEdges[overlappingEdges.length-1]];popupType=\"edge\"}}if(this.popupObj!==undefined){if(this.popupObj.id!==previousPopupObjId){if(this.popup===undefined){this.popup=new _componentsPopup2[\"default\"](this.canvas.frame)}this.popup.popupTargetType=popupType;this.popup.popupTargetId=this.popupObj.id;this.popup.setPosition(pointer.x+3,pointer.y-5);this.popup.setText(this.popupObj.getTitle());this.popup.show();this.body.emitter.emit(\"showPopup\",this.popupObj.id)}}else{if(this.popup!==undefined){this.popup.hide();this.body.emitter.emit(\"hidePopup\")}}}},{key:\"_checkHidePopup\",value:function _checkHidePopup(pointer){var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var stillOnObj=false;if(this.popup.popupTargetType===\"node\"){if(this.body.nodes[this.popup.popupTargetId]!==undefined){stillOnObj=this.body.nodes[this.popup.popupTargetId].isOverlappingWith(pointerObj);if(stillOnObj===true){var overNode=this.selectionHandler.getNodeAt(pointer);stillOnObj=overNode.id===this.popup.popupTargetId}}}else{if(this.selectionHandler.getNodeAt(pointer)===undefined){if(this.body.edges[this.popup.popupTargetId]!==undefined){stillOnObj=this.body.edges[this.popup.popupTargetId].isOverlappingWith(pointerObj)}}}if(stillOnObj===false){this.popupObj=undefined;this.popup.hide();this.body.emitter.emit(\"hidePopup\")}}}]);return InteractionHandler}();exports[\"default\"]=InteractionHandler;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(7);var Hammer=__webpack_require__(3);var hammerUtil=__webpack_require__(30);var keycharm=__webpack_require__(43);var NavigationHandler=function(){function NavigationHandler(body,canvas){var _this=this;_classCallCheck(this,NavigationHandler);this.body=body;this.canvas=canvas;this.iconsCreated=false;this.navigationHammers=[];this.boundFunctions={};this.touchTime=0;this.activated=false;this.body.emitter.on(\"activate\",function(){_this.activated=true;_this.configureKeyboardBindings()});this.body.emitter.on(\"deactivate\",function(){_this.activated=false;_this.configureKeyboardBindings()});this.body.emitter.on(\"destroy\",function(){if(_this.keycharm!==undefined){_this.keycharm.destroy()}});this.options={}}_createClass(NavigationHandler,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){this.options=options;this.create()}}},{key:\"create\",value:function create(){if(this.options.navigationButtons===true){if(this.iconsCreated===false){this.loadNavigationElements()}}else if(this.iconsCreated===true){this.cleanNavigation()}this.configureKeyboardBindings()}},{key:\"cleanNavigation\",value:function cleanNavigation(){if(this.navigationHammers.length!=0){for(var i=0;i<this.navigationHammers.length;i++){this.navigationHammers[i].destroy()}this.navigationHammers=[]}if(this.navigationDOM&&this.navigationDOM[\"wrapper\"]&&this.navigationDOM[\"wrapper\"].parentNode){this.navigationDOM[\"wrapper\"].parentNode.removeChild(this.navigationDOM[\"wrapper\"])}this.iconsCreated=false}},{key:\"loadNavigationElements\",value:function loadNavigationElements(){var _this2=this;this.cleanNavigation();this.navigationDOM={};var navigationDivs=[\"up\",\"down\",\"left\",\"right\",\"zoomIn\",\"zoomOut\",\"zoomExtends\"];var navigationDivActions=[\"_moveUp\",\"_moveDown\",\"_moveLeft\",\"_moveRight\",\"_zoomIn\",\"_zoomOut\",\"_fit\"];this.navigationDOM[\"wrapper\"]=document.createElement(\"div\");this.navigationDOM[\"wrapper\"].className=\"vis-navigation\";this.canvas.frame.appendChild(this.navigationDOM[\"wrapper\"]);for(var i=0;i<navigationDivs.length;i++){this.navigationDOM[navigationDivs[i]]=document.createElement(\"div\");this.navigationDOM[navigationDivs[i]].className=\"vis-button vis-\"+navigationDivs[i];this.navigationDOM[\"wrapper\"].appendChild(this.navigationDOM[navigationDivs[i]]);var hammer=new Hammer(this.navigationDOM[navigationDivs[i]]);if(navigationDivActions[i]===\"_fit\"){hammerUtil.onTouch(hammer,this._fit.bind(this))}else{hammerUtil.onTouch(hammer,this.bindToRedraw.bind(this,navigationDivActions[i]))}this.navigationHammers.push(hammer)}var hammerFrame=new Hammer(this.canvas.frame);hammerUtil.onRelease(hammerFrame,function(){_this2._stopMovement()});this.navigationHammers.push(hammerFrame);this.iconsCreated=true}},{key:\"bindToRedraw\",value:function bindToRedraw(action){if(this.boundFunctions[action]===undefined){this.boundFunctions[action]=this[action].bind(this);this.body.emitter.on(\"initRedraw\",this.boundFunctions[action]);this.body.emitter.emit(\"_startRendering\")}}},{key:\"unbindFromRedraw\",value:function unbindFromRedraw(action){if(this.boundFunctions[action]!==undefined){this.body.emitter.off(\"initRedraw\",this.boundFunctions[action]);this.body.emitter.emit(\"_stopRendering\");delete this.boundFunctions[action]}}},{key:\"_fit\",value:function _fit(){if((new Date).valueOf()-this.touchTime>700){this.body.emitter.emit(\"fit\",{duration:700});this.touchTime=(new Date).valueOf()}}},{key:\"_stopMovement\",value:function _stopMovement(){for(var boundAction in this.boundFunctions){if(this.boundFunctions.hasOwnProperty(boundAction)){this.body.emitter.off(\"initRedraw\",this.boundFunctions[boundAction]);this.body.emitter.emit(\"_stopRendering\")}}this.boundFunctions={}}},{key:\"_moveUp\",value:function _moveUp(){this.body.view.translation.y+=this.options.keyboard.speed.y}},{key:\"_moveDown\",value:function _moveDown(){this.body.view.translation.y-=this.options.keyboard.speed.y}},{key:\"_moveLeft\",value:function _moveLeft(){this.body.view.translation.x+=this.options.keyboard.speed.x}},{key:\"_moveRight\",value:function _moveRight(){this.body.view.translation.x-=this.options.keyboard.speed.x}},{key:\"_zoomIn\",value:function _zoomIn(){this.body.view.scale*=1+this.options.keyboard.speed.zoom;this.body.emitter.emit(\"zoom\",{direction:\"+\",scale:this.body.view.scale})}},{key:\"_zoomOut\",\nvalue:function _zoomOut(){this.body.view.scale/=1+this.options.keyboard.speed.zoom;this.body.emitter.emit(\"zoom\",{direction:\"-\",scale:this.body.view.scale})}},{key:\"configureKeyboardBindings\",value:function configureKeyboardBindings(){var _this3=this;if(this.keycharm!==undefined){this.keycharm.destroy()}if(this.options.keyboard.enabled===true){if(this.options.keyboard.bindToWindow===true){this.keycharm=keycharm({container:window,preventDefault:true})}else{this.keycharm=keycharm({container:this.canvas.frame,preventDefault:true})}this.keycharm.reset();if(this.activated===true){this.keycharm.bind(\"up\",function(){_this3.bindToRedraw(\"_moveUp\")},\"keydown\");this.keycharm.bind(\"down\",function(){_this3.bindToRedraw(\"_moveDown\")},\"keydown\");this.keycharm.bind(\"left\",function(){_this3.bindToRedraw(\"_moveLeft\")},\"keydown\");this.keycharm.bind(\"right\",function(){_this3.bindToRedraw(\"_moveRight\")},\"keydown\");this.keycharm.bind(\"=\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"num+\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"num-\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"-\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"[\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"]\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"pageup\",function(){_this3.bindToRedraw(\"_zoomIn\")},\"keydown\");this.keycharm.bind(\"pagedown\",function(){_this3.bindToRedraw(\"_zoomOut\")},\"keydown\");this.keycharm.bind(\"up\",function(){_this3.unbindFromRedraw(\"_moveUp\")},\"keyup\");this.keycharm.bind(\"down\",function(){_this3.unbindFromRedraw(\"_moveDown\")},\"keyup\");this.keycharm.bind(\"left\",function(){_this3.unbindFromRedraw(\"_moveLeft\")},\"keyup\");this.keycharm.bind(\"right\",function(){_this3.unbindFromRedraw(\"_moveRight\")},\"keyup\");this.keycharm.bind(\"=\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"num+\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"num-\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\");this.keycharm.bind(\"-\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\");this.keycharm.bind(\"[\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\");this.keycharm.bind(\"]\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"pageup\",function(){_this3.unbindFromRedraw(\"_zoomIn\")},\"keyup\");this.keycharm.bind(\"pagedown\",function(){_this3.unbindFromRedraw(\"_zoomOut\")},\"keyup\")}}}}]);return NavigationHandler}();exports[\"default\"]=NavigationHandler;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var Popup=function(){function Popup(container){_classCallCheck(this,Popup);this.container=container;this.x=0;this.y=0;this.padding=5;this.hidden=false;this.frame=document.createElement(\"div\");this.frame.className=\"vis-network-tooltip\";this.container.appendChild(this.frame)}_createClass(Popup,[{key:\"setPosition\",value:function setPosition(x,y){this.x=parseInt(x);this.y=parseInt(y)}},{key:\"setText\",value:function setText(content){if(content instanceof Element){this.frame.innerHTML=\"\";this.frame.appendChild(content)}else{this.frame.innerHTML=content}}},{key:\"show\",value:function show(doShow){if(doShow===undefined){doShow=true}if(doShow===true){var height=this.frame.clientHeight;var width=this.frame.clientWidth;var maxHeight=this.frame.parentNode.clientHeight;var maxWidth=this.frame.parentNode.clientWidth;var top=this.y-height;if(top+height+this.padding>maxHeight){top=maxHeight-height-this.padding}if(top<this.padding){top=this.padding}var left=this.x;if(left+width+this.padding>maxWidth){left=maxWidth-width-this.padding}if(left<this.padding){left=this.padding}this.frame.style.left=left+\"px\";this.frame.style.top=top+\"px\";this.frame.style.visibility=\"visible\";this.hidden=false}else{this.hide()}}},{key:\"hide\",value:function hide(){this.hidden=true;this.frame.style.visibility=\"hidden\"}}]);return Popup}();exports[\"default\"]=Popup;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var Node=__webpack_require__(62);var Edge=__webpack_require__(82);var util=__webpack_require__(7);var SelectionHandler=function(){function SelectionHandler(body,canvas){var _this=this;_classCallCheck(this,SelectionHandler);this.body=body;this.canvas=canvas;this.selectionObj={nodes:[],edges:[]};this.hoverObj={nodes:{},edges:{}};this.options={};this.defaultOptions={multiselect:false,selectable:true,selectConnectedEdges:true,hoverConnectedEdges:true};util.extend(this.options,this.defaultOptions);this.body.emitter.on(\"_dataChanged\",function(){_this.updateSelection()})}_createClass(SelectionHandler,[{key:\"setOptions\",value:function setOptions(options){if(options!==undefined){var fields=[\"multiselect\",\"hoverConnectedEdges\",\"selectable\",\"selectConnectedEdges\"];util.selectiveDeepExtend(fields,this.options,options)}}},{key:\"selectOnPoint\",value:function selectOnPoint(pointer){var selected=false;if(this.options.selectable===true){var obj=this.getNodeAt(pointer)||this.getEdgeAt(pointer);this.unselectAll();if(obj!==undefined){selected=this.selectObject(obj)}this.body.emitter.emit(\"_requestRedraw\")}return selected}},{key:\"selectAdditionalOnPoint\",value:function selectAdditionalOnPoint(pointer){var selectionChanged=false;if(this.options.selectable===true){var obj=this.getNodeAt(pointer)||this.getEdgeAt(pointer);if(obj!==undefined){selectionChanged=true;if(obj.isSelected()===true){this.deselectObject(obj)}else{this.selectObject(obj)}this.body.emitter.emit(\"_requestRedraw\")}}return selectionChanged}},{key:\"_generateClickEvent\",value:function _generateClickEvent(eventType,event,pointer,oldSelection){var emptySelection=arguments[4]===undefined?false:arguments[4];var properties=undefined;if(emptySelection===true){properties={nodes:[],edges:[]}}else{properties=this.getSelection()}properties[\"pointer\"]={DOM:{x:pointer.x,y:pointer.y},canvas:this.canvas.DOMtoCanvas(pointer)};properties[\"event\"]=event;if(oldSelection!==undefined){properties[\"previousSelection\"]=oldSelection}this.body.emitter.emit(eventType,properties)}},{key:\"selectObject\",value:function selectObject(obj){var highlightEdges=arguments[1]===undefined?this.options.selectConnectedEdges:arguments[1];if(obj!==undefined){if(obj instanceof Node){if(highlightEdges===true){this._selectConnectedEdges(obj)}}obj.select();this._addToSelection(obj);return true}return false}},{key:\"deselectObject\",value:function deselectObject(obj){if(obj.isSelected()===true){obj.selected=false;this._removeFromSelection(obj)}}},{key:\"_getAllNodesOverlappingWith\",value:function _getAllNodesOverlappingWith(object){var overlappingNodes=[];var nodes=this.body.nodes;for(var i=0;i<this.body.nodeIndices.length;i++){var nodeId=this.body.nodeIndices[i];if(nodes[nodeId].isOverlappingWith(object)){overlappingNodes.push(nodeId)}}return overlappingNodes}},{key:\"_pointerToPositionObject\",value:function _pointerToPositionObject(pointer){var canvasPos=this.canvas.DOMtoCanvas(pointer);return{left:canvasPos.x-1,top:canvasPos.y+1,right:canvasPos.x+1,bottom:canvasPos.y-1}}},{key:\"getNodeAt\",value:function getNodeAt(pointer){var returnNode=arguments[1]===undefined?true:arguments[1];var positionObject=this._pointerToPositionObject(pointer);var overlappingNodes=this._getAllNodesOverlappingWith(positionObject);if(overlappingNodes.length>0){if(returnNode===true){return this.body.nodes[overlappingNodes[overlappingNodes.length-1]]}else{return overlappingNodes[overlappingNodes.length-1]}}else{return undefined}}},{key:\"_getEdgesOverlappingWith\",value:function _getEdgesOverlappingWith(object,overlappingEdges){var edges=this.body.edges;for(var i=0;i<this.body.edgeIndices.length;i++){var edgeId=this.body.edgeIndices[i];if(edges[edgeId].isOverlappingWith(object)){overlappingEdges.push(edgeId)}}}},{key:\"_getAllEdgesOverlappingWith\",value:function _getAllEdgesOverlappingWith(object){var overlappingEdges=[];this._getEdgesOverlappingWith(object,overlappingEdges);return overlappingEdges}},{key:\"getEdgeAt\",value:function getEdgeAt(pointer){var returnEdge=arguments[1]===undefined?true:arguments[1];var positionObject=this._pointerToPositionObject(pointer);var overlappingEdges=this._getAllEdgesOverlappingWith(positionObject);if(overlappingEdges.length>0){if(returnEdge===true){return this.body.edges[overlappingEdges[overlappingEdges.length-1]]}else{return overlappingEdges[overlappingEdges.length-1]}}else{return undefined}}},{key:\"_addToSelection\",value:function _addToSelection(obj){if(obj instanceof Node){this.selectionObj.nodes[obj.id]=obj}else{this.selectionObj.edges[obj.id]=obj}}},{key:\"_addToHover\",value:function _addToHover(obj){if(obj instanceof Node){this.hoverObj.nodes[obj.id]=obj}else{this.hoverObj.edges[obj.id]=obj}}},{key:\"_removeFromSelection\",value:function _removeFromSelection(obj){if(obj instanceof Node){delete this.selectionObj.nodes[obj.id]}else{delete this.selectionObj.edges[obj.id]}}},{key:\"unselectAll\",value:function unselectAll(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){this.selectionObj.nodes[nodeId].unselect()}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){this.selectionObj.edges[edgeId].unselect()}}this.selectionObj={nodes:{},edges:{}}}},{key:\"_getSelectedNodeCount\",value:function _getSelectedNodeCount(){var count=0;for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){count+=1}}return count}},{key:\"_getSelectedNode\",value:function _getSelectedNode(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){return this.selectionObj.nodes[nodeId]}}return undefined}},{key:\"_getSelectedEdge\",value:function _getSelectedEdge(){for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){return this.selectionObj.edges[edgeId]}}return undefined}},{key:\"_getSelectedEdgeCount\",value:function _getSelectedEdgeCount(){var count=0;for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){count+=1}}return count}},{key:\"_getSelectedObjectCount\",value:function _getSelectedObjectCount(){var count=0;for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){count+=1}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){count+=1}}return count}},{key:\"_selectionIsEmpty\",value:function _selectionIsEmpty(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){return false}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){return false}}return true}},{key:\"_clusterInSelection\",value:function _clusterInSelection(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){if(this.selectionObj.nodes[nodeId].clusterSize>1){return true}}}return false}},{key:\"_selectConnectedEdges\",value:function _selectConnectedEdges(node){for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];edge.select();this._addToSelection(edge)}}},{key:\"_hoverConnectedEdges\",value:function _hoverConnectedEdges(node){for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];edge.hover=true;this._addToHover(edge)}}},{key:\"_unselectConnectedEdges\",value:function _unselectConnectedEdges(node){for(var i=0;i<node.edges.length;i++){var edge=node.edges[i];edge.unselect();this._removeFromSelection(edge)}}},{key:\"blurObject\",value:function blurObject(object){if(object.hover===true){object.hover=false;if(object instanceof Node){this.body.emitter.emit(\"blurNode\",{node:object.id})}else{this.body.emitter.emit(\"blurEdge\",{edge:object.id})}}}},{key:\"hoverObject\",value:function hoverObject(object){var hoverChanged=false;for(var nodeId in this.hoverObj.nodes){if(this.hoverObj.nodes.hasOwnProperty(nodeId)){if(object===undefined){this.blurObject(this.hoverObj.nodes[nodeId]);hoverChanged=true}else if(object instanceof Node&&object.id!=nodeId||object instanceof Edge||object===undefined){this.blurObject(this.hoverObj.nodes[nodeId]);hoverChanged=true;delete this.hoverObj.nodes[nodeId]}}}for(var edgeId in this.hoverObj.edges){if(this.hoverObj.edges.hasOwnProperty(edgeId)){this.hoverObj.edges[edgeId].hover=false;delete this.hoverObj.edges[edgeId]}}if(object!==undefined){if(object.hover===false){object.hover=true;this._addToHover(object);hoverChanged=true;if(object instanceof Node){this.body.emitter.emit(\"hoverNode\",{node:object.id})}else{this.body.emitter.emit(\"hoverEdge\",{edge:object.id})}}if(object instanceof Node&&this.options.hoverConnectedEdges===true){this._hoverConnectedEdges(object)}}if(hoverChanged===true){this.body.emitter.emit(\"_requestRedraw\")}}},{key:\"getSelection\",value:function getSelection(){var nodeIds=this.getSelectedNodes();var edgeIds=this.getSelectedEdges();return{nodes:nodeIds,edges:edgeIds}}},{key:\"getSelectedNodes\",value:function getSelectedNodes(){var idArray=[];if(this.options.selectable===true){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){idArray.push(nodeId)}}}return idArray}},{key:\"getSelectedEdges\",value:function getSelectedEdges(){var idArray=[];if(this.options.selectable===true){for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){idArray.push(edgeId)}}}return idArray}},{key:\"selectNodes\",value:function selectNodes(selection){var highlightEdges=arguments[1]===undefined?true:arguments[1];var i=undefined,id=undefined;if(!selection||selection.length===undefined)throw\"Selection must be an array with ids\";this.unselectAll();for(i=0;i<selection.length;i++){id=selection[i];var node=this.body.nodes[id];if(!node){throw new RangeError('Node with id \"'+id+'\" not found')}this.selectObject(node,highlightEdges)}this.body.emitter.emit(\"_requestRedraw\")}},{key:\"selectEdges\",value:function selectEdges(selection){var i=undefined,id=undefined;if(!selection||selection.length===undefined)throw\"Selection must be an array with ids\";this.unselectAll();for(i=0;i<selection.length;i++){id=selection[i];var edge=this.body.edges[id];if(!edge){throw new RangeError('Edge with id \"'+id+'\" not found')}this.selectObject(edge)}this.body.emitter.emit(\"_requestRedraw\")}},{key:\"updateSelection\",value:function updateSelection(){for(var nodeId in this.selectionObj.nodes){if(this.selectionObj.nodes.hasOwnProperty(nodeId)){if(!this.body.nodes.hasOwnProperty(nodeId)){delete this.selectionObj.nodes[nodeId]}}}for(var edgeId in this.selectionObj.edges){if(this.selectionObj.edges.hasOwnProperty(edgeId)){if(!this.body.edges.hasOwnProperty(edgeId)){delete this.selectionObj.edges[edgeId]}}}}}]);return SelectionHandler}();exports[\"default\"]=SelectionHandler;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(7);var LayoutEngine=function(){function LayoutEngine(body){_classCallCheck(this,LayoutEngine);this.body=body;this.initialRandomSeed=Math.round(Math.random()*1e6);this.randomSeed=this.initialRandomSeed;this.options={};this.optionsBackup={};this.defaultOptions={randomSeed:undefined,hierarchical:{enabled:false,levelSeparation:150,direction:\"UD\",sortMethod:\"hubsize\"}};util.extend(this.options,this.defaultOptions);this.hierarchicalLevels={};this.bindEventListeners()}_createClass(LayoutEngine,[{key:\"bindEventListeners\",value:function bindEventListeners(){var _this=this;this.body.emitter.on(\"_dataChanged\",function(){_this.setupHierarchicalLayout()});this.body.emitter.on(\"_resetHierarchicalLayout\",function(){_this.setupHierarchicalLayout()})}},{key:\"setOptions\",value:function setOptions(options,allOptions){if(options!==undefined){var prevHierarchicalState=this.options.hierarchical.enabled;util.mergeOptions(this.options,options,\"hierarchical\");if(options.randomSeed!==undefined){this.initialRandomSeed=options.randomSeed}if(this.options.hierarchical.enabled===true){if(this.options.hierarchical.direction===\"RL\"||this.options.hierarchical.direction===\"DU\"){if(this.options.hierarchical.levelSeparation>0){this.options.hierarchical.levelSeparation*=-1}}else{if(this.options.hierarchical.levelSeparation<0){this.options.hierarchical.levelSeparation*=-1}}this.body.emitter.emit(\"_resetHierarchicalLayout\");return this.adaptAllOptions(allOptions)}else{if(prevHierarchicalState===true){this.body.emitter.emit(\"refresh\");return util.deepExtend(allOptions,this.optionsBackup)}}}return allOptions}},{key:\"adaptAllOptions\",value:function adaptAllOptions(allOptions){if(this.options.hierarchical.enabled===true){if(allOptions.physics===undefined||allOptions.physics===true){allOptions.physics={solver:\"hierarchicalRepulsion\"};this.optionsBackup.physics={solver:\"barnesHut\"}}else if(typeof allOptions.physics===\"object\"){this.optionsBackup.physics={solver:\"barnesHut\"};if(allOptions.physics.solver!==undefined){this.optionsBackup.physics={solver:allOptions.physics.solver}}allOptions.physics[\"solver\"]=\"hierarchicalRepulsion\"}else if(allOptions.physics!==false){this.optionsBackup.physics={solver:\"barnesHut\"};allOptions.physics[\"solver\"]=\"hierarchicalRepulsion\"}var type=\"horizontal\";if(this.options.hierarchical.direction===\"RL\"||this.options.hierarchical.direction===\"LR\"){type=\"vertical\"}if(allOptions.edges===undefined){this.optionsBackup.edges={smooth:{enabled:true,type:\"dynamic\"}};allOptions.edges={smooth:false}}else if(allOptions.edges.smooth===undefined){this.optionsBackup.edges={smooth:{enabled:true,type:\"dynamic\"}};allOptions.edges.smooth=false}else{if(typeof allOptions.edges.smooth===\"boolean\"){this.optionsBackup.edges={smooth:allOptions.edges.smooth};allOptions.edges.smooth={enabled:allOptions.edges.smooth,type:type}}else{if(allOptions.edges.smooth.type!==undefined&&allOptions.edges.smooth.type!==\"dynamic\"){type=allOptions.edges.smooth.type}this.optionsBackup.edges={smooth:allOptions.edges.smooth.enabled===undefined?true:allOptions.edges.smooth.enabled,type:allOptions.edges.smooth.type===undefined?\"dynamic\":allOptions.edges.smooth.type,roundness:allOptions.edges.smooth.roundness===undefined?.5:allOptions.edges.smooth.roundness};allOptions.edges.smooth={enabled:allOptions.edges.smooth.enabled===undefined?true:allOptions.edges.smooth.enabled,type:type,roundness:allOptions.edges.smooth.roundness===undefined?.5:allOptions.edges.smooth.roundness}}}this.body.emitter.emit(\"_forceDisableDynamicCurves\",type)}return allOptions}},{key:\"seededRandom\",value:function seededRandom(){var x=Math.sin(this.randomSeed++)*1e4;return x-Math.floor(x)}},{key:\"positionInitially\",value:function positionInitially(nodesArray){if(this.options.hierarchical.enabled!==true){this.randomSeed=this.initialRandomSeed;for(var i=0;i<nodesArray.length;i++){var node=nodesArray[i];var radius=10*.1*nodesArray.length+10;var angle=2*Math.PI*this.seededRandom();if(node.x===undefined){node.x=radius*Math.cos(angle)}if(node.y===undefined){node.y=radius*Math.sin(angle)}}}}},{key:\"getSeed\",value:function getSeed(){return this.initialRandomSeed}},{key:\"setupHierarchicalLayout\",value:function setupHierarchicalLayout(){if(this.options.hierarchical.enabled===true&&this.body.nodeIndices.length>0){var node=undefined,nodeId=undefined;var definedLevel=false;var undefinedLevel=false;this.hierarchicalLevels={};this.nodeSpacing=100;for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){node=this.body.nodes[nodeId];if(node.options.level!==undefined){definedLevel=true;this.hierarchicalLevels[nodeId]=node.options.level}else{undefinedLevel=true}}}if(undefinedLevel===true&&definedLevel===true){throw new Error(\"To use the hierarchical layout, nodes require either no predefined levels or levels have to be defined for all nodes.\");return}else{if(undefinedLevel===true){if(this.options.hierarchical.sortMethod===\"hubsize\"){this._determineLevelsByHubsize()}else if(this.options.hierarchical.sortMethod===\"directed\"||\"direction\"){this._determineLevelsDirected()}}var distribution=this._getDistribution();this._placeNodesByHierarchy(distribution)}}}},{key:\"_placeNodesByHierarchy\",value:function _placeNodesByHierarchy(distribution){var nodeId=undefined,node=undefined;this.positionedNodes={};for(var level in distribution){if(distribution.hasOwnProperty(level)){for(nodeId in distribution[level].nodes){if(distribution[level].nodes.hasOwnProperty(nodeId)){node=distribution[level].nodes[nodeId];if(this.options.hierarchical.direction===\"UD\"||this.options.hierarchical.direction===\"DU\"){if(node.x===undefined){node.x=distribution[level].distance}distribution[level].distance=node.x+this.nodeSpacing}else{if(node.y===undefined){node.y=distribution[level].distance}distribution[level].distance=node.y+this.nodeSpacing}this.positionedNodes[nodeId]=true;this._placeBranchNodes(node.edges,node.id,distribution,level)}}}}}},{key:\"_getDistribution\",value:function _getDistribution(){var distribution={};var nodeId=undefined,node=undefined;for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){node=this.body.nodes[nodeId];var level=this.hierarchicalLevels[nodeId]===undefined?0:this.hierarchicalLevels[nodeId];if(this.options.hierarchical.direction===\"UD\"||this.options.hierarchical.direction===\"DU\"){node.y=this.options.hierarchical.levelSeparation*level;node.options.fixed.y=true}else{node.x=this.options.hierarchical.levelSeparation*level;node.options.fixed.x=true}if(distribution[level]===undefined){distribution[level]={amount:0,nodes:{},distance:0}}distribution[level].amount+=1;distribution[level].nodes[nodeId]=node}}return distribution}},{key:\"_getHubSize\",value:function _getHubSize(){var hubSize=0;for(var nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){var node=this.body.nodes[nodeId];if(this.hierarchicalLevels[nodeId]===undefined){hubSize=node.edges.length<hubSize?hubSize:node.edges.length}}}return hubSize}},{key:\"_determineLevelsByHubsize\",value:function _determineLevelsByHubsize(){var nodeId=undefined,node=undefined;var hubSize=1;while(hubSize>0){hubSize=this._getHubSize();if(hubSize===0)break;for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){node=this.body.nodes[nodeId];if(node.edges.length===hubSize){this._setLevelByHubsize(0,node)}}}}}},{key:\"_setLevelByHubsize\",value:function _setLevelByHubsize(level,node){if(this.hierarchicalLevels[node.id]!==undefined)return;var childNode=undefined;this.hierarchicalLevels[node.id]=level;for(var i=0;i<node.edges.length;i++){if(node.edges[i].toId===node.id){childNode=node.edges[i].from}else{childNode=node.edges[i].to}this._setLevelByHubsize(level+1,childNode)}}},{key:\"_determineLevelsDirected\",value:function _determineLevelsDirected(){var nodeId=undefined,node=undefined;var minLevel=1e4;for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){node=this.body.nodes[nodeId];this._setLevelDirected(minLevel,node)}}for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){minLevel=this.hierarchicalLevels[nodeId]<minLevel?this.hierarchicalLevels[nodeId]:minLevel}}for(nodeId in this.body.nodes){if(this.body.nodes.hasOwnProperty(nodeId)){this.hierarchicalLevels[nodeId]-=minLevel}}}},{key:\"_setLevelDirected\",value:function _setLevelDirected(level,node){if(this.hierarchicalLevels[node.id]!==undefined)return;var childNode=undefined;this.hierarchicalLevels[node.id]=level;for(var i=0;i<node.edges.length;i++){if(node.edges[i].toId===node.id){childNode=node.edges[i].from;this._setLevelDirected(level-1,childNode)}else{childNode=node.edges[i].to;this._setLevelDirected(level+1,childNode)}}}},{key:\"_placeBranchNodes\",value:function _placeBranchNodes(edges,parentId,distribution,parentLevel){for(var i=0;i<edges.length;i++){var childNode=undefined;var parentNode=undefined;if(edges[i].toId===parentId){childNode=edges[i].from;parentNode=edges[i].to}else{childNode=edges[i].to;parentNode=edges[i].from}var childNodeLevel=this.hierarchicalLevels[childNode.id];if(this.positionedNodes[childNode.id]===undefined){if(childNodeLevel>parentLevel){if(this.options.hierarchical.direction===\"UD\"||this.options.hierarchical.direction===\"DU\"){if(childNode.x===undefined){childNode.x=Math.max(distribution[childNodeLevel].distance,parentNode.x)}distribution[childNodeLevel].distance=childNode.x+this.nodeSpacing;this.positionedNodes[childNode.id]=true}else{if(childNode.y===undefined){childNode.y=Math.max(distribution[childNodeLevel].distance,parentNode.y)}distribution[childNodeLevel].distance=childNode.y+this.nodeSpacing}this.positionedNodes[childNode.id]=true;if(childNode.edges.length>1){this._placeBranchNodes(childNode.edges,childNode.id,distribution,childNodeLevel)}}}}}}]);return LayoutEngine}();exports[\"default\"]=LayoutEngine;module.exports=exports[\"default\"]},function(module,exports,__webpack_require__){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var _createClass=function(){function defineProperties(target,props){for(var i=0;i<props.length;i++){var descriptor=props[i];descriptor.enumerable=descriptor.enumerable||false;descriptor.configurable=true;if(\"value\"in descriptor)descriptor.writable=true;Object.defineProperty(target,descriptor.key,descriptor)}}return function(Constructor,protoProps,staticProps){if(protoProps)defineProperties(Constructor.prototype,protoProps);if(staticProps)defineProperties(Constructor,staticProps);return Constructor}}();function _classCallCheck(instance,Constructor){if(!(instance instanceof Constructor)){throw new TypeError(\"Cannot call a class as a function\")}}var util=__webpack_require__(7);var Hammer=__webpack_require__(3);var hammerUtil=__webpack_require__(30);var ManipulationSystem=function(){function ManipulationSystem(body,canvas,selectionHandler){var _this=this;_classCallCheck(this,ManipulationSystem);this.body=body;this.canvas=canvas;this.selectionHandler=selectionHandler;this.editMode=false;this.manipulationDiv=undefined;this.editModeDiv=undefined;this.closeDiv=undefined;this.manipulationHammers=[];this.temporaryUIFunctions={};this.temporaryEventFunctions=[];this.touchTime=0;this.temporaryIds={nodes:[],edges:[]};this.guiEnabled=false;this.inMode=false;this.selectedControlNode=undefined;this.options={};this.defaultOptions={enabled:false,initiallyActive:false,addNode:true,addEdge:true,editNode:undefined,editEdge:true,deleteNode:true,deleteEdge:true,controlNodeStyle:{shape:\"dot\",size:6,color:{background:\"#ff0000\",border:\"#3c3c3c\",highlight:{background:\"#07f968\",border:\"#3c3c3c\"}},borderWidth:2,borderWidthSelected:2}};util.extend(this.options,this.defaultOptions);this.body.emitter.on(\"destroy\",function(){_this._clean()});this.body.emitter.on(\"_dataChanged\",this._restore.bind(this));this.body.emitter.on(\"_resetData\",this._restore.bind(this))}_createClass(ManipulationSystem,[{key:\"_restore\",value:function _restore(){if(this.inMode!==false){if(this.options.initiallyActive===true){this.enableEditMode()}else{this.disableEditMode()}}}},{key:\"setOptions\",value:function setOptions(options,allOptions,globalOptions){if(allOptions!==undefined){if(allOptions.locale!==undefined){this.options.locale=allOptions.locale}else{this.options.locale=globalOptions.locale}if(allOptions.locales!==undefined){this.options.locales=allOptions.locales}else{this.options.locales=globalOptions.locales}}if(options!==undefined){if(typeof options===\"boolean\"){this.options.enabled=options}else{this.options.enabled=true;util.deepExtend(this.options,options)}if(this.options.initiallyActive===true){this.editMode=true}this._setup()}}},{key:\"toggleEditMode\",value:function toggleEditMode(){if(this.editMode===true){this.disableEditMode()}else{this.enableEditMode()}}},{key:\"enableEditMode\",value:function enableEditMode(){this.editMode=true;this._clean();if(this.guiEnabled===true){this.manipulationDiv.style.display=\"block\";this.closeDiv.style.display=\"block\";this.editModeDiv.style.display=\"none\";this.showManipulatorToolbar()}}},{key:\"disableEditMode\",value:function disableEditMode(){this.editMode=false;this._clean();if(this.guiEnabled===true){this.manipulationDiv.style.display=\"none\";this.closeDiv.style.display=\"none\";this.editModeDiv.style.display=\"block\";this._createEditButton()}}},{key:\"showManipulatorToolbar\",value:function showManipulatorToolbar(){this._clean();this.manipulationDOM={};if(this.guiEnabled===true){this.editMode=true;this.manipulationDiv.style.display=\"block\";this.closeDiv.style.display=\"block\";var selectedNodeCount=this.selectionHandler._getSelectedNodeCount();var selectedEdgeCount=this.selectionHandler._getSelectedEdgeCount();var selectedTotalCount=selectedNodeCount+selectedEdgeCount;var locale=this.options.locales[this.options.locale];var needSeperator=false;if(this.options.addNode!==false){this._createAddNodeButton(locale);needSeperator=true}if(this.options.addEdge!==false){if(needSeperator===true){this._createSeperator(1)}else{needSeperator=true}this._createAddEdgeButton(locale)}if(selectedNodeCount===1&&typeof this.options.editNode===\"function\"){if(needSeperator===true){this._createSeperator(2)}else{needSeperator=true}this._createEditNodeButton(locale)}else if(selectedEdgeCount===1&&selectedNodeCount===0&&this.options.editEdge!==false){if(needSeperator===true){this._createSeperator(3)}else{needSeperator=true}this._createEditEdgeButton(locale)}if(selectedTotalCount!==0){if(selectedNodeCount===1&&this.options.deleteNode!==false){if(needSeperator===true){this._createSeperator(4)}this._createDeleteButton(locale)}else if(selectedNodeCount===0&&this.options.deleteEdge!==false){if(needSeperator===true){this._createSeperator(4)}this._createDeleteButton(locale)}}this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this));this._temporaryBindEvent(\"select\",this.showManipulatorToolbar.bind(this))}this.body.emitter.emit(\"_redraw\")}},{key:\"addNodeMode\",value:function addNodeMode(){if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"addNode\";if(this.guiEnabled===true){\nvar locale=this.options.locales[this.options.locale];this.manipulationDOM={};this._createBackButton(locale);this._createSeperator();this._createDescription(locale[\"addDescription\"]||this.options.locales[\"en\"][\"addDescription\"]);this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this))}this._temporaryBindEvent(\"click\",this._performAddNode.bind(this))}},{key:\"editNode\",value:function editNode(){var _this2=this;if(this.editMode!==true){this.enableEditMode()}this._clean();var node=this.selectionHandler._getSelectedNode();if(node!==undefined){this.inMode=\"editNode\";if(typeof this.options.editNode===\"function\"){if(node.isCluster!==true){var data=util.deepExtend({},node.options,true);data.x=node.x;data.y=node.y;if(this.options.editNode.length===2){this.options.editNode(data,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this2.inMode===\"editNode\"){_this2.body.data.nodes.getDataSet().update(finalizedData)}_this2.showManipulatorToolbar()})}else{throw new Error(\"The function for edit does not support two arguments (data, callback)\")}}else{alert(this.options.locales[this.options.locale][\"editClusterError\"]||this.options.locales[\"en\"][\"editClusterError\"])}}else{throw new Error(\"No function has been configured to handle the editing of nodes.\")}}else{this.showManipulatorToolbar()}}},{key:\"addEdgeMode\",value:function addEdgeMode(){if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"addEdge\";if(this.guiEnabled===true){var locale=this.options.locales[this.options.locale];this.manipulationDOM={};this._createBackButton(locale);this._createSeperator();this._createDescription(locale[\"edgeDescription\"]||this.options.locales[\"en\"][\"edgeDescription\"]);this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this))}this._temporaryBindUI(\"onTouch\",this._handleConnect.bind(this));this._temporaryBindUI(\"onDragEnd\",this._finishConnect.bind(this));this._temporaryBindUI(\"onDrag\",this._dragControlNode.bind(this));this._temporaryBindUI(\"onRelease\",this._finishConnect.bind(this));this._temporaryBindUI(\"onDragStart\",function(){});this._temporaryBindUI(\"onHold\",function(){})}},{key:\"editEdgeMode\",value:function editEdgeMode(){var _this3=this;if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"editEdge\";if(this.guiEnabled===true){var locale=this.options.locales[this.options.locale];this.manipulationDOM={};this._createBackButton(locale);this._createSeperator();this._createDescription(locale[\"editEdgeDescription\"]||this.options.locales[\"en\"][\"editEdgeDescription\"]);this._bindHammerToDiv(this.closeDiv,this.toggleEditMode.bind(this))}this.edgeBeingEditedId=this.selectionHandler.getSelectedEdges()[0];if(this.edgeBeingEditedId!==undefined){(function(){var edge=_this3.body.edges[_this3.edgeBeingEditedId];var controlNodeFrom=_this3._getNewTargetNode(edge.from.x,edge.from.y);var controlNodeTo=_this3._getNewTargetNode(edge.to.x,edge.to.y);_this3.temporaryIds.nodes.push(controlNodeFrom.id);_this3.temporaryIds.nodes.push(controlNodeTo.id);_this3.body.nodes[controlNodeFrom.id]=controlNodeFrom;_this3.body.nodeIndices.push(controlNodeFrom.id);_this3.body.nodes[controlNodeTo.id]=controlNodeTo;_this3.body.nodeIndices.push(controlNodeTo.id);_this3._temporaryBindUI(\"onTouch\",_this3._controlNodeTouch.bind(_this3));_this3._temporaryBindUI(\"onTap\",function(){});_this3._temporaryBindUI(\"onHold\",function(){});_this3._temporaryBindUI(\"onDragStart\",_this3._controlNodeDragStart.bind(_this3));_this3._temporaryBindUI(\"onDrag\",_this3._controlNodeDrag.bind(_this3));_this3._temporaryBindUI(\"onDragEnd\",_this3._controlNodeDragEnd.bind(_this3));_this3._temporaryBindUI(\"onMouseMove\",function(){});_this3._temporaryBindEvent(\"beforeDrawing\",function(ctx){var positions=edge.edgeType.findBorderPositions(ctx);if(controlNodeFrom.selected===false){controlNodeFrom.x=positions.from.x;controlNodeFrom.y=positions.from.y}if(controlNodeTo.selected===false){controlNodeTo.x=positions.to.x;controlNodeTo.y=positions.to.y}});_this3.body.emitter.emit(\"_redraw\")})()}else{this.showManipulatorToolbar()}}},{key:\"deleteSelected\",value:function deleteSelected(){var _this4=this;if(this.editMode!==true){this.enableEditMode()}this._clean();this.inMode=\"delete\";var selectedNodes=this.selectionHandler.getSelectedNodes();var selectedEdges=this.selectionHandler.getSelectedEdges();var deleteFunction=undefined;if(selectedNodes.length>0){for(var i=0;i<selectedNodes.length;i++){if(this.body.nodes[selectedNodes[i]].isCluster===true){alert(this.options.locales[this.options.locale][\"deleteClusterError\"]||this.options.locales[\"en\"][\"deleteClusterError\"]);return}}if(typeof this.options.deleteNode===\"function\"){deleteFunction=this.options.deleteNode}}else if(selectedEdges.length>0){if(typeof this.options.deleteEdge===\"function\"){deleteFunction=this.options.deleteEdge}}if(typeof deleteFunction===\"function\"){var data={nodes:selectedNodes,edges:selectedEdges};if(deleteFunction.length===2){deleteFunction(data,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this4.inMode===\"delete\"){_this4.body.data.edges.getDataSet().remove(finalizedData.edges);_this4.body.data.nodes.getDataSet().remove(finalizedData.nodes);_this4.body.emitter.emit(\"startSimulation\");_this4.showManipulatorToolbar()}else{_this4.body.emitter.emit(\"startSimulation\");_this4.showManipulatorToolbar()}})}else{throw new Error(\"The function for delete does not support two arguments (data, callback)\")}}else{this.body.data.edges.getDataSet().remove(selectedEdges);this.body.data.nodes.getDataSet().remove(selectedNodes);this.body.emitter.emit(\"startSimulation\");this.showManipulatorToolbar()}}},{key:\"_setup\",value:function _setup(){if(this.options.enabled===true){this.guiEnabled=true;this._createWrappers();if(this.editMode===false){this._createEditButton()}else{this.showManipulatorToolbar()}}else{this._removeManipulationDOM();this.guiEnabled=false}}},{key:\"_createWrappers\",value:function _createWrappers(){if(this.manipulationDiv===undefined){this.manipulationDiv=document.createElement(\"div\");this.manipulationDiv.className=\"vis-manipulation\";if(this.editMode===true){this.manipulationDiv.style.display=\"block\"}else{this.manipulationDiv.style.display=\"none\"}this.canvas.frame.appendChild(this.manipulationDiv)}if(this.editModeDiv===undefined){this.editModeDiv=document.createElement(\"div\");this.editModeDiv.className=\"vis-edit-mode\";if(this.editMode===true){this.editModeDiv.style.display=\"none\"}else{this.editModeDiv.style.display=\"block\"}this.canvas.frame.appendChild(this.editModeDiv)}if(this.closeDiv===undefined){this.closeDiv=document.createElement(\"div\");this.closeDiv.className=\"vis-close\";this.closeDiv.style.display=this.manipulationDiv.style.display;this.canvas.frame.appendChild(this.closeDiv)}}},{key:\"_getNewTargetNode\",value:function _getNewTargetNode(x,y){var controlNodeStyle=util.deepExtend({},this.options.controlNodeStyle);controlNodeStyle.id=\"targetNode\"+util.randomUUID();controlNodeStyle.hidden=false;controlNodeStyle.physics=false;controlNodeStyle.x=x;controlNodeStyle.y=y;return this.body.functions.createNode(controlNodeStyle)}},{key:\"_createEditButton\",value:function _createEditButton(){this._clean();this.manipulationDOM={};util.recursiveDOMDelete(this.editModeDiv);var locale=this.options.locales[this.options.locale];var button=this._createButton(\"editMode\",\"vis-button vis-edit vis-edit-mode\",locale[\"edit\"]||this.options.locales[\"en\"][\"edit\"]);this.editModeDiv.appendChild(button);this._bindHammerToDiv(button,this.toggleEditMode.bind(this))}},{key:\"_clean\",value:function _clean(){this.inMode=false;if(this.guiEnabled===true){util.recursiveDOMDelete(this.editModeDiv);util.recursiveDOMDelete(this.manipulationDiv);this._cleanManipulatorHammers()}this._cleanupTemporaryNodesAndEdges();this._unbindTemporaryUIs();this._unbindTemporaryEvents();this.body.emitter.emit(\"restorePhysics\")}},{key:\"_cleanManipulatorHammers\",value:function _cleanManipulatorHammers(){if(this.manipulationHammers.length!=0){for(var i=0;i<this.manipulationHammers.length;i++){this.manipulationHammers[i].destroy()}this.manipulationHammers=[]}}},{key:\"_removeManipulationDOM\",value:function _removeManipulationDOM(){this._clean();util.recursiveDOMDelete(this.manipulationDiv);util.recursiveDOMDelete(this.editModeDiv);util.recursiveDOMDelete(this.closeDiv);if(this.manipulationDiv){this.canvas.frame.removeChild(this.manipulationDiv)}if(this.editModeDiv){this.canvas.frame.removeChild(this.editModeDiv)}if(this.closeDiv){this.canvas.frame.removeChild(this.manipulationDiv)}this.manipulationDiv=undefined;this.editModeDiv=undefined;this.closeDiv=undefined}},{key:\"_createSeperator\",value:function _createSeperator(){var index=arguments[0]===undefined?1:arguments[0];this.manipulationDOM[\"seperatorLineDiv\"+index]=document.createElement(\"div\");this.manipulationDOM[\"seperatorLineDiv\"+index].className=\"vis-separator-line\";this.manipulationDiv.appendChild(this.manipulationDOM[\"seperatorLineDiv\"+index])}},{key:\"_createAddNodeButton\",value:function _createAddNodeButton(locale){var button=this._createButton(\"addNode\",\"vis-button vis-add\",locale[\"addNode\"]||this.options.locales[\"en\"][\"addNode\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.addNodeMode.bind(this))}},{key:\"_createAddEdgeButton\",value:function _createAddEdgeButton(locale){var button=this._createButton(\"addEdge\",\"vis-button vis-connect\",locale[\"addEdge\"]||this.options.locales[\"en\"][\"addEdge\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.addEdgeMode.bind(this))}},{key:\"_createEditNodeButton\",value:function _createEditNodeButton(locale){var button=this._createButton(\"editNode\",\"vis-button vis-edit\",locale[\"editNode\"]||this.options.locales[\"en\"][\"editNode\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.editNode.bind(this))}},{key:\"_createEditEdgeButton\",value:function _createEditEdgeButton(locale){var button=this._createButton(\"editEdge\",\"vis-button vis-edit\",locale[\"editEdge\"]||this.options.locales[\"en\"][\"editEdge\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.editEdgeMode.bind(this))}},{key:\"_createDeleteButton\",value:function _createDeleteButton(locale){var button=this._createButton(\"delete\",\"vis-button vis-delete\",locale[\"del\"]||this.options.locales[\"en\"][\"del\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.deleteSelected.bind(this))}},{key:\"_createBackButton\",value:function _createBackButton(locale){var button=this._createButton(\"back\",\"vis-button vis-back\",locale[\"back\"]||this.options.locales[\"en\"][\"back\"]);this.manipulationDiv.appendChild(button);this._bindHammerToDiv(button,this.showManipulatorToolbar.bind(this))}},{key:\"_createButton\",value:function _createButton(id,className,label){var labelClassName=arguments[3]===undefined?\"vis-label\":arguments[3];this.manipulationDOM[id+\"Div\"]=document.createElement(\"div\");this.manipulationDOM[id+\"Div\"].className=className;this.manipulationDOM[id+\"Label\"]=document.createElement(\"div\");this.manipulationDOM[id+\"Label\"].className=labelClassName;this.manipulationDOM[id+\"Label\"].innerHTML=label;this.manipulationDOM[id+\"Div\"].appendChild(this.manipulationDOM[id+\"Label\"]);return this.manipulationDOM[id+\"Div\"]}},{key:\"_createDescription\",value:function _createDescription(label){this.manipulationDiv.appendChild(this._createButton(\"description\",\"vis-button vis-none\",label))}},{key:\"_temporaryBindEvent\",value:function _temporaryBindEvent(event,newFunction){this.temporaryEventFunctions.push({event:event,boundFunction:newFunction});this.body.emitter.on(event,newFunction)}},{key:\"_temporaryBindUI\",value:function _temporaryBindUI(UIfunctionName,newFunction){if(this.body.eventListeners[UIfunctionName]!==undefined){this.temporaryUIFunctions[UIfunctionName]=this.body.eventListeners[UIfunctionName];this.body.eventListeners[UIfunctionName]=newFunction}else{throw new Error(\"This UI function does not exist. Typo? You tried: \"+UIfunctionName+\" possible are: \"+JSON.stringify(Object.keys(this.body.eventListeners)))}}},{key:\"_unbindTemporaryUIs\",value:function _unbindTemporaryUIs(){for(var functionName in this.temporaryUIFunctions){if(this.temporaryUIFunctions.hasOwnProperty(functionName)){this.body.eventListeners[functionName]=this.temporaryUIFunctions[functionName];delete this.temporaryUIFunctions[functionName]}}this.temporaryUIFunctions={}}},{key:\"_unbindTemporaryEvents\",value:function _unbindTemporaryEvents(){for(var i=0;i<this.temporaryEventFunctions.length;i++){var eventName=this.temporaryEventFunctions[i].event;var boundFunction=this.temporaryEventFunctions[i].boundFunction;this.body.emitter.off(eventName,boundFunction)}this.temporaryEventFunctions=[]}},{key:\"_bindHammerToDiv\",value:function _bindHammerToDiv(domElement,boundFunction){var hammer=new Hammer(domElement,{});hammerUtil.onTouch(hammer,boundFunction);this.manipulationHammers.push(hammer)}},{key:\"_cleanupTemporaryNodesAndEdges\",value:function _cleanupTemporaryNodesAndEdges(){for(var i=0;i<this.temporaryIds.edges.length;i++){this.body.edges[this.temporaryIds.edges[i]].disconnect();delete this.body.edges[this.temporaryIds.edges[i]];var indexTempEdge=this.body.edgeIndices.indexOf(this.temporaryIds.edges[i]);if(indexTempEdge!==-1){this.body.edgeIndices.splice(indexTempEdge,1)}}for(var i=0;i<this.temporaryIds.nodes.length;i++){delete this.body.nodes[this.temporaryIds.nodes[i]];var indexTempNode=this.body.nodeIndices.indexOf(this.temporaryIds.nodes[i]);if(indexTempNode!==-1){this.body.nodeIndices.splice(indexTempNode,1)}}this.temporaryIds={nodes:[],edges:[]}}},{key:\"_controlNodeTouch\",value:function _controlNodeTouch(event){this.selectionHandler.unselectAll();this.lastTouch=this.body.functions.getPointer(event.center);this.lastTouch.translation=util.extend({},this.body.view.translation)}},{key:\"_controlNodeDragStart\",value:function _controlNodeDragStart(event){var pointer=this.lastTouch;var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var from=this.body.nodes[this.temporaryIds.nodes[0]];var to=this.body.nodes[this.temporaryIds.nodes[1]];var edge=this.body.edges[this.edgeBeingEditedId];this.selectedControlNode=undefined;var fromSelect=from.isOverlappingWith(pointerObj);var toSelect=to.isOverlappingWith(pointerObj);if(fromSelect===true){this.selectedControlNode=from;edge.edgeType.from=from}else if(toSelect===true){this.selectedControlNode=to;edge.edgeType.to=to}this.body.emitter.emit(\"_redraw\")}},{key:\"_controlNodeDrag\",value:function _controlNodeDrag(event){this.body.emitter.emit(\"disablePhysics\");var pointer=this.body.functions.getPointer(event.center);var pos=this.canvas.DOMtoCanvas(pointer);if(this.selectedControlNode!==undefined){this.selectedControlNode.x=pos.x;this.selectedControlNode.y=pos.y}else{var diffX=pointer.x-this.lastTouch.x;var diffY=pointer.y-this.lastTouch.y;this.body.view.translation={x:this.lastTouch.translation.x+diffX,y:this.lastTouch.translation.y+diffY}}this.body.emitter.emit(\"_redraw\")}},{key:\"_controlNodeDragEnd\",value:function _controlNodeDragEnd(event){var pointer=this.body.functions.getPointer(event.center);var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var edge=this.body.edges[this.edgeBeingEditedId];var overlappingNodeIds=this.selectionHandler._getAllNodesOverlappingWith(pointerObj);var node=undefined;for(var i=overlappingNodeIds.length-1;i>=0;i--){if(overlappingNodeIds[i]!==this.selectedControlNode.id){node=this.body.nodes[overlappingNodeIds[i]];break}}if(node!==undefined&&this.selectedControlNode!==undefined){if(node.isCluster===true){alert(this.options.locales[this.options.locale][\"createEdgeError\"]||this.options.locales[\"en\"][\"createEdgeError\"])}else{var from=this.body.nodes[this.temporaryIds.nodes[0]];if(this.selectedControlNode.id===from.id){this._performEditEdge(node.id,edge.to.id)}else{this._performEditEdge(edge.from.id,node.id)}}}else{edge.updateEdgeType();this.body.emitter.emit(\"restorePhysics\")}this.body.emitter.emit(\"_redraw\")}},{key:\"_handleConnect\",value:function _handleConnect(event){if((new Date).valueOf()-this.touchTime>100){this.lastTouch=this.body.functions.getPointer(event.center);this.lastTouch.translation=util.extend({},this.body.view.translation);var pointer=this.lastTouch;var node=this.selectionHandler.getNodeAt(pointer);if(node!==undefined){if(node.isCluster===true){alert(this.options.locales[this.options.locale][\"createEdgeError\"]||this.options.locales[\"en\"][\"createEdgeError\"])}else{var targetNode=this._getNewTargetNode(node.x,node.y);this.body.nodes[targetNode.id]=targetNode;this.body.nodeIndices.push(targetNode.id);var connectionEdge=this.body.functions.createEdge({id:\"connectionEdge\"+util.randomUUID(),from:node.id,to:targetNode.id,physics:false,smooth:{enabled:true,type:\"continuous\",roundness:.5}});this.body.edges[connectionEdge.id]=connectionEdge;this.body.edgeIndices.push(connectionEdge.id);this.temporaryIds.nodes.push(targetNode.id);this.temporaryIds.edges.push(connectionEdge.id)}}this.touchTime=(new Date).valueOf()}}},{key:\"_dragControlNode\",value:function _dragControlNode(event){var pointer=this.body.functions.getPointer(event.center);if(this.temporaryIds.nodes[0]!==undefined){var targetNode=this.body.nodes[this.temporaryIds.nodes[0]];targetNode.x=this.canvas._XconvertDOMtoCanvas(pointer.x);targetNode.y=this.canvas._YconvertDOMtoCanvas(pointer.y);this.body.emitter.emit(\"_redraw\")}else{var diffX=pointer.x-this.lastTouch.x;var diffY=pointer.y-this.lastTouch.y;this.body.view.translation={x:this.lastTouch.translation.x+diffX,y:this.lastTouch.translation.y+diffY}}}},{key:\"_finishConnect\",value:function _finishConnect(event){var pointer=this.body.functions.getPointer(event.center);var pointerObj=this.selectionHandler._pointerToPositionObject(pointer);var connectFromId=undefined;if(this.temporaryIds.edges[0]!==undefined){connectFromId=this.body.edges[this.temporaryIds.edges[0]].fromId}var overlappingNodeIds=this.selectionHandler._getAllNodesOverlappingWith(pointerObj);var node=undefined;for(var i=overlappingNodeIds.length-1;i>=0;i--){if(this.temporaryIds.nodes.indexOf(overlappingNodeIds[i])===-1){node=this.body.nodes[overlappingNodeIds[i]];break}}this._cleanupTemporaryNodesAndEdges();if(node!==undefined){if(node.isCluster===true){alert(this.options.locales[this.options.locale][\"createEdgeError\"]||this.options.locales[\"en\"][\"createEdgeError\"])}else{if(this.body.nodes[connectFromId]!==undefined&&this.body.nodes[node.id]!==undefined){this._performAddEdge(connectFromId,node.id)}}}this.body.emitter.emit(\"_redraw\")}},{key:\"_performAddNode\",value:function _performAddNode(clickData){var _this5=this;var defaultData={id:util.randomUUID(),x:clickData.pointer.canvas.x,y:clickData.pointer.canvas.y,label:\"new\"};if(typeof this.options.addNode===\"function\"){if(this.options.addNode.length===2){this.options.addNode(defaultData,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this5.inMode===\"addNode\"){_this5.body.data.nodes.getDataSet().add(finalizedData);_this5.showManipulatorToolbar()}})}else{throw new Error(\"The function for add does not support two arguments (data,callback)\");this.showManipulatorToolbar()}}else{this.body.data.nodes.getDataSet().add(defaultData);this.showManipulatorToolbar()}}},{key:\"_performAddEdge\",value:function _performAddEdge(sourceNodeId,targetNodeId){var _this6=this;var defaultData={from:sourceNodeId,to:targetNodeId};if(typeof this.options.addEdge===\"function\"){if(this.options.addEdge.length===2){this.options.addEdge(defaultData,function(finalizedData){if(finalizedData!==null&&finalizedData!==undefined&&_this6.inMode===\"addEdge\"){_this6.body.data.edges.getDataSet().add(finalizedData);_this6.selectionHandler.unselectAll();_this6.showManipulatorToolbar()}})}else{throw new Error(\"The function for connect does not support two arguments (data,callback)\")}}else{this.body.data.edges.getDataSet().add(defaultData);this.selectionHandler.unselectAll();this.showManipulatorToolbar()}}},{key:\"_performEditEdge\",value:function _performEditEdge(sourceNodeId,targetNodeId){var _this7=this;var defaultData={id:this.edgeBeingEditedId,from:sourceNodeId,to:targetNodeId};if(typeof this.options.editEdge===\"function\"){if(this.options.editEdge.length===2){this.options.editEdge(defaultData,function(finalizedData){if(finalizedData===null||finalizedData===undefined||_this7.inMode!==\"editEdge\"){_this7.body.edges[defaultData.id].updateEdgeType();_this7.body.emitter.emit(\"_redraw\")}else{_this7.body.data.edges.getDataSet().update(finalizedData);_this7.selectionHandler.unselectAll();_this7.showManipulatorToolbar()}})}else{throw new Error(\"The function for edit does not support two arguments (data, callback)\")}}else{this.body.data.edges.getDataSet().update(defaultData);this.selectionHandler.unselectAll();this.showManipulatorToolbar()}}}]);return ManipulationSystem}();exports[\"default\"]=ManipulationSystem;module.exports=exports[\"default\"]},function(module,exports){\"use strict\";Object.defineProperty(exports,\"__esModule\",{value:true});var string=\"string\";var boolean=\"boolean\";var number=\"number\";var array=\"array\";var object=\"object\";var dom=\"dom\";var any=\"any\";var allOptions={configure:{enabled:{\"boolean\":boolean},filter:{\"boolean\":boolean,string:string,array:array,\"function\":\"function\"},container:{dom:dom},showButton:{\"boolean\":boolean},__type__:{object:object,\"boolean\":boolean,string:string,array:array,\"function\":\"function\"}},edges:{arrows:{to:{enabled:{\"boolean\":boolean},scaleFactor:{number:number},__type__:{object:object,\"boolean\":boolean}},middle:{enabled:{\"boolean\":boolean},scaleFactor:{number:number},__type__:{object:object,\"boolean\":boolean}},from:{enabled:{\"boolean\":boolean},scaleFactor:{number:number},__type__:{object:object,\"boolean\":boolean}},__type__:{string:[\"from\",\"to\",\"middle\"],object:object}},color:{color:{string:string},highlight:{string:string},hover:{string:string},inherit:{string:[\"from\",\"to\",\"both\"],\"boolean\":boolean},opacity:{number:number},__type__:{object:object,string:string}},dashes:{\"boolean\":boolean,array:array},font:{color:{string:string},size:{number:number},face:{string:string},background:{string:string},strokeWidth:{number:number},strokeColor:{string:string},align:{string:[\"horizontal\",\"top\",\"middle\",\"bottom\"]},__type__:{object:object,string:string}},hidden:{\"boolean\":boolean},hoverWidth:{\"function\":\"function\",number:number},label:{string:string,undefined:\"undefined\"},labelHighlightBold:{\"boolean\":boolean},length:{number:number,undefined:\"undefined\"},physics:{\"boolean\":boolean},scaling:{min:{number:number},max:{number:number},label:{enabled:{\"boolean\":boolean},min:{number:number},max:{number:number},maxVisible:{number:number},drawThreshold:{number:number},__type__:{object:object,\"boolean\":boolean}},customScalingFunction:{\"function\":\"function\"},__type__:{object:object}},selectionWidth:{\"function\":\"function\",number:number},selfReferenceSize:{number:number},shadow:{enabled:{\"boolean\":boolean},size:{number:number},x:{number:number},y:{number:number},__type__:{object:object,\"boolean\":boolean}},smooth:{enabled:{\"boolean\":boolean},type:{string:[\"dynamic\",\"continuous\",\"discrete\",\"diagonalCross\",\"straightCross\",\"horizontal\",\"vertical\",\"curvedCW\",\"curvedCCW\"]},roundness:{number:number},__type__:{object:object,\"boolean\":boolean}},title:{string:string,undefined:\"undefined\"},width:{number:number},value:{number:number,undefined:\"undefined\"},__type__:{object:object}},groups:{useDefaultGroups:{\"boolean\":boolean},__any__:\"get from nodes, will be overwritten below\",__type__:{object:object}},interaction:{dragNodes:{\"boolean\":boolean},dragView:{\"boolean\":boolean},hideEdgesOnDrag:{\"boolean\":boolean},hideNodesOnDrag:{\"boolean\":boolean},hover:{\"boolean\":boolean},keyboard:{enabled:{\"boolean\":boolean},speed:{x:{number:number},y:{number:number},zoom:{number:number},__type__:{object:object}},bindToWindow:{\"boolean\":boolean},__type__:{object:object,\"boolean\":boolean}},multiselect:{\"boolean\":boolean},navigationButtons:{\"boolean\":boolean},selectable:{\"boolean\":boolean},selectConnectedEdges:{\"boolean\":boolean},hoverConnectedEdges:{\"boolean\":boolean},tooltipDelay:{number:number},zoomView:{\"boolean\":boolean},__type__:{object:object}},layout:{randomSeed:{undefined:\"undefined\",number:number},hierarchical:{enabled:{\"boolean\":boolean},levelSeparation:{number:number},direction:{string:[\"UD\",\"DU\",\"LR\",\"RL\"]},sortMethod:{string:[\"hubsize\",\"directed\"]},__type__:{object:object,\"boolean\":boolean}},__type__:{object:object}},manipulation:{enabled:{\"boolean\":boolean},initiallyActive:{\"boolean\":boolean},addNode:{\"boolean\":boolean,\"function\":\"function\"},addEdge:{\"boolean\":boolean,\"function\":\"function\"},editNode:{\"function\":\"function\"},editEdge:{\"boolean\":boolean,\"function\":\"function\"},deleteNode:{\"boolean\":boolean,\"function\":\"function\"},deleteEdge:{\"boolean\":boolean,\"function\":\"function\"},controlNodeStyle:\"get from nodes, will be overwritten below\",__type__:{object:object,\"boolean\":boolean}},nodes:{borderWidth:{number:number},borderWidthSelected:{number:number,undefined:\"undefined\"},brokenImage:{string:string,undefined:\"undefined\"},color:{border:{string:string},background:{string:string},highlight:{border:{string:string},background:{string:string},__type__:{object:object,string:string}},hover:{border:{string:string},background:{string:string},__type__:{object:object,string:string}},__type__:{object:object,string:string}},fixed:{x:{\"boolean\":boolean},y:{\"boolean\":boolean},__type__:{object:object,\"boolean\":boolean}},font:{color:{string:string},size:{number:number},face:{string:string},background:{string:string},strokeWidth:{number:number},strokeColor:{string:string},__type__:{object:object,string:string}},group:{string:string,number:number,undefined:\"undefined\"},hidden:{\"boolean\":boolean},icon:{face:{string:string},code:{string:string},size:{number:number},color:{string:string},__type__:{object:object}},id:{string:string,number:number},image:{string:string,undefined:\"undefined\"},label:{string:string,undefined:\"undefined\"},labelHighlightBold:{\"boolean\":boolean},level:{number:number,undefined:\"undefined\"},mass:{number:number},physics:{\"boolean\":boolean},scaling:{min:{number:number},max:{number:number},label:{enabled:{\"boolean\":boolean},min:{number:number},max:{number:number},maxVisible:{number:number},drawThreshold:{number:number},__type__:{object:object,\"boolean\":boolean}},customScalingFunction:{\"function\":\"function\"},__type__:{object:object}},shadow:{enabled:{\"boolean\":boolean},size:{number:number},x:{number:number},y:{number:number},__type__:{object:object,\"boolean\":boolean}},shape:{string:[\"ellipse\",\"circle\",\"database\",\"box\",\"text\",\"image\",\"circularImage\",\"diamond\",\"dot\",\"star\",\"triangle\",\"triangleDown\",\"square\",\"icon\"]},size:{number:number},title:{string:string,undefined:\"undefined\"},value:{number:number,undefined:\"undefined\"},x:{number:number},y:{number:number},__type__:{object:object}},physics:{enabled:{\"boolean\":boolean},barnesHut:{gravitationalConstant:{number:number},centralGravity:{number:number},springLength:{number:number},springConstant:{number:number},damping:{number:number},avoidOverlap:{number:number},__type__:{object:object}},forceAtlas2Based:{gravitationalConstant:{number:number},centralGravity:{number:number},springLength:{number:number},springConstant:{number:number},damping:{number:number},avoidOverlap:{number:number},__type__:{object:object}},repulsion:{centralGravity:{number:number},springLength:{number:number},springConstant:{number:number},nodeDistance:{number:number},damping:{number:number},__type__:{object:object}},hierarchicalRepulsion:{centralGravity:{number:number},springLength:{number:number},springConstant:{number:number},nodeDistance:{number:number},damping:{number:number},__type__:{object:object}},maxVelocity:{number:number},minVelocity:{number:number},solver:{string:[\"barnesHut\",\"repulsion\",\"hierarchicalRepulsion\",\"forceAtlas2Based\"]},stabilization:{enabled:{\"boolean\":boolean},iterations:{number:number},updateInterval:{number:number},onlyDynamicEdges:{\"boolean\":boolean},fit:{\"boolean\":boolean},__type__:{object:object,\"boolean\":boolean}},timestep:{number:number},__type__:{object:object,\"boolean\":boolean}},autoResize:{\"boolean\":boolean},clickToUse:{\"boolean\":boolean},locale:{string:string},locales:{__any__:{any:any},__type__:{object:object}},height:{string:string},width:{string:string},__type__:{object:object}};allOptions.groups.__any__=allOptions.nodes;allOptions.manipulation.controlNodeStyle=allOptions.nodes;var configureOptions={nodes:{borderWidth:[1,0,10,1],borderWidthSelected:[2,0,10,1],color:{border:[\"color\",\"#2B7CE9\"],background:[\"color\",\"#97C2FC\"],highlight:{border:[\"color\",\"#2B7CE9\"],background:[\"color\",\"#D2E5FF\"]},hover:{border:[\"color\",\"#2B7CE9\"],background:[\"color\",\"#D2E5FF\"]}},fixed:{x:false,y:false},font:{color:[\"color\",\"#343434\"],size:[14,0,100,1],face:[\"arial\",\"verdana\",\"tahoma\"],background:[\"color\",\"none\"],strokeWidth:[0,0,50,1],strokeColor:[\"color\",\"#ffffff\"]},hidden:false,labelHighlightBold:true,physics:true,scaling:{min:[10,0,200,1],max:[30,0,200,1],label:{enabled:false,min:[14,0,200,1],max:[30,0,200,1],maxVisible:[30,0,200,1],drawThreshold:[5,0,20,1]}},shadow:{enabled:false,size:[10,0,20,1],x:[5,-30,30,1],y:[5,-30,30,1]},shape:[\"ellipse\",\"box\",\"circle\",\"database\",\"diamond\",\"dot\",\"square\",\"star\",\"text\",\"triangle\",\"triangleDown\"],size:[25,0,200,1]},edges:{arrows:{to:{enabled:false,scaleFactor:[1,0,3,.05]},middle:{enabled:false,scaleFactor:[1,0,3,.05]},from:{enabled:false,scaleFactor:[1,0,3,.05]}},color:{color:[\"color\",\"#848484\"],highlight:[\"color\",\"#848484\"],hover:[\"color\",\"#848484\"],inherit:[\"from\",\"to\",\"both\",true,false],opacity:[1,0,1,.05]},dashes:false,font:{color:[\"color\",\"#343434\"],size:[14,0,100,1],face:[\"arial\",\"verdana\",\"tahoma\"],background:[\"color\",\"none\"],strokeWidth:[2,0,50,1],strokeColor:[\"color\",\"#ffffff\"],align:[\"horizontal\",\"top\",\"middle\",\"bottom\"]},hidden:false,hoverWidth:[1.5,0,5,.1],labelHighlightBold:true,physics:true,scaling:{min:[1,0,100,1],max:[15,0,100,1],label:{enabled:true,min:[14,0,200,1],max:[30,0,200,1],maxVisible:[30,0,200,1],drawThreshold:[5,0,20,1]}},selectionWidth:[1.5,0,5,.1],selfReferenceSize:[20,0,200,1],shadow:{enabled:false,size:[10,0,20,1],x:[5,-30,30,1],y:[5,-30,30,1]},smooth:{enabled:true,type:[\"dynamic\",\"continuous\",\"discrete\",\"diagonalCross\",\"straightCross\",\"horizontal\",\"vertical\",\"curvedCW\",\"curvedCCW\"],roundness:[.5,0,1,.05]},width:[1,0,30,1]},layout:{hierarchical:{enabled:false,levelSeparation:[150,20,500,5],direction:[\"UD\",\"DU\",\"LR\",\"RL\"],sortMethod:[\"hubsize\",\"directed\"]}},interaction:{dragNodes:true,dragView:true,hideEdgesOnDrag:false,hideNodesOnDrag:false,hover:false,keyboard:{enabled:false,speed:{x:[10,0,40,1],y:[10,0,40,1],zoom:[.02,0,.1,.005]},bindToWindow:true},multiselect:false,navigationButtons:false,selectable:true,selectConnectedEdges:true,hoverConnectedEdges:true,tooltipDelay:[300,0,1e3,25],zoomView:true},manipulation:{enabled:false,initiallyActive:false},physics:{enabled:true,barnesHut:{gravitationalConstant:[-2e3,-3e4,0,50],centralGravity:[.3,0,10,.05],springLength:[95,0,500,5],springConstant:[.04,0,1.2,.005],damping:[.09,0,1,.01],avoidOverlap:[0,0,1,.01]},forceAtlas2Based:{gravitationalConstant:[-50,-500,0,1],centralGravity:[.01,0,1,.005],springLength:[95,0,500,5],springConstant:[.08,0,1.2,.005],damping:[.4,0,1,.01],avoidOverlap:[0,0,1,.01]},repulsion:{centralGravity:[.2,0,10,.05],springLength:[200,0,500,5],springConstant:[.05,0,1.2,.005],nodeDistance:[100,0,500,5],damping:[.09,0,1,.01]},hierarchicalRepulsion:{centralGravity:[.2,0,10,.05],springLength:[100,0,500,5],springConstant:[.01,0,1.2,.005],nodeDistance:[120,0,500,5],damping:[.09,0,1,.01]},maxVelocity:[50,0,150,1],minVelocity:[.1,.01,.5,.01],solver:[\"barnesHut\",\"forceAtlas2Based\",\"repulsion\",\"hierarchicalRepulsion\"],timestep:[.5,.01,1,.01]},global:{locale:[\"en\",\"nl\"]}};exports.allOptions=allOptions;exports.configureOptions=configureOptions},function(module,exports){\"use strict\";if(typeof CanvasRenderingContext2D!==\"undefined\"){CanvasRenderingContext2D.prototype.circle=function(x,y,r){\nthis.beginPath();this.arc(x,y,r,0,2*Math.PI,false);this.closePath()};CanvasRenderingContext2D.prototype.square=function(x,y,r){this.beginPath();this.rect(x-r,y-r,r*2,r*2);this.closePath()};CanvasRenderingContext2D.prototype.triangle=function(x,y,r){this.beginPath();r*=1.15;y+=.275*r;var s=r*2;var s2=s/2;var ir=Math.sqrt(3)/6*s;var h=Math.sqrt(s*s-s2*s2);this.moveTo(x,y-(h-ir));this.lineTo(x+s2,y+ir);this.lineTo(x-s2,y+ir);this.lineTo(x,y-(h-ir));this.closePath()};CanvasRenderingContext2D.prototype.triangleDown=function(x,y,r){this.beginPath();r*=1.15;y-=.275*r;var s=r*2;var s2=s/2;var ir=Math.sqrt(3)/6*s;var h=Math.sqrt(s*s-s2*s2);this.moveTo(x,y+(h-ir));this.lineTo(x+s2,y-ir);this.lineTo(x-s2,y-ir);this.lineTo(x,y+(h-ir));this.closePath()};CanvasRenderingContext2D.prototype.star=function(x,y,r){this.beginPath();r*=.82;y+=.1*r;for(var n=0;n<10;n++){var radius=n%2===0?r*1.3:r*.5;this.lineTo(x+radius*Math.sin(n*2*Math.PI/10),y-radius*Math.cos(n*2*Math.PI/10))}this.closePath()};CanvasRenderingContext2D.prototype.diamond=function(x,y,r){this.beginPath();this.lineTo(x,y+r);this.lineTo(x+r,y);this.lineTo(x,y-r);this.lineTo(x-r,y);this.closePath()};CanvasRenderingContext2D.prototype.roundRect=function(x,y,w,h,r){var r2d=Math.PI/180;if(w-2*r<0){r=w/2}if(h-2*r<0){r=h/2}this.beginPath();this.moveTo(x+r,y);this.lineTo(x+w-r,y);this.arc(x+w-r,y+r,r,r2d*270,r2d*360,false);this.lineTo(x+w,y+h-r);this.arc(x+w-r,y+h-r,r,0,r2d*90,false);this.lineTo(x+r,y+h);this.arc(x+r,y+h-r,r,r2d*90,r2d*180,false);this.lineTo(x,y+r);this.arc(x+r,y+r,r,r2d*180,r2d*270,false);this.closePath()};CanvasRenderingContext2D.prototype.ellipse=function(x,y,w,h){var kappa=.5522848,ox=w/2*kappa,oy=h/2*kappa,xe=x+w,ye=y+h,xm=x+w/2,ym=y+h/2;this.beginPath();this.moveTo(x,ym);this.bezierCurveTo(x,ym-oy,xm-ox,y,xm,y);this.bezierCurveTo(xm+ox,y,xe,ym-oy,xe,ym);this.bezierCurveTo(xe,ym+oy,xm+ox,ye,xm,ye);this.bezierCurveTo(xm-ox,ye,x,ym+oy,x,ym);this.closePath()};CanvasRenderingContext2D.prototype.database=function(x,y,w,h){var f=1/3;var wEllipse=w;var hEllipse=h*f;var kappa=.5522848,ox=wEllipse/2*kappa,oy=hEllipse/2*kappa,xe=x+wEllipse,ye=y+hEllipse,xm=x+wEllipse/2,ym=y+hEllipse/2,ymb=y+(h-hEllipse/2),yeb=y+h;this.beginPath();this.moveTo(xe,ym);this.bezierCurveTo(xe,ym+oy,xm+ox,ye,xm,ye);this.bezierCurveTo(xm-ox,ye,x,ym+oy,x,ym);this.bezierCurveTo(x,ym-oy,xm-ox,y,xm,y);this.bezierCurveTo(xm+ox,y,xe,ym-oy,xe,ym);this.lineTo(xe,ymb);this.bezierCurveTo(xe,ymb+oy,xm+ox,yeb,xm,yeb);this.bezierCurveTo(xm-ox,yeb,x,ymb+oy,x,ymb);this.lineTo(x,ym)};CanvasRenderingContext2D.prototype.arrow=function(x,y,angle,length){var xt=x-length*Math.cos(angle);var yt=y-length*Math.sin(angle);var xi=x-length*.9*Math.cos(angle);var yi=y-length*.9*Math.sin(angle);var xl=xt+length/3*Math.cos(angle+.5*Math.PI);var yl=yt+length/3*Math.sin(angle+.5*Math.PI);var xr=xt+length/3*Math.cos(angle-.5*Math.PI);var yr=yt+length/3*Math.sin(angle-.5*Math.PI);this.beginPath();this.moveTo(x,y);this.lineTo(xl,yl);this.lineTo(xi,yi);this.lineTo(xr,yr);this.closePath()};CanvasRenderingContext2D.prototype.dashedLine=function(x,y,x2,y2,pattern){this.beginPath();this.moveTo(x,y);var patternLength=pattern.length;var dx=x2-x;var dy=y2-y;var slope=dy/dx;var distRemaining=Math.sqrt(dx*dx+dy*dy);var patternIndex=0;var draw=true;var xStep=0;var dashLength=pattern[0];while(distRemaining>=.1){dashLength=pattern[patternIndex++%patternLength];if(dashLength>distRemaining){dashLength=distRemaining}xStep=Math.sqrt(dashLength*dashLength/(1+slope*slope));xStep=dx<0?-xStep:xStep;x+=xStep;y+=slope*xStep;if(draw===true){this.lineTo(x,y)}else{this.moveTo(x,y)}distRemaining-=dashLength;draw=!draw}}}},function(module,exports){\"use strict\";function parseDOT(data){dot=data;return parseGraph()}var NODE_ATTR_MAPPING={fontsize:\"font.size\",fontcolor:\"font.color\",labelfontcolor:\"font.color\",fontname:\"font.face\",color:[\"color.border\",\"color.background\"],fillcolor:\"color.background\",tooltip:\"title\",labeltooltip:\"title\"};var EDGE_ATTR_MAPPING=Object.create(NODE_ATTR_MAPPING);EDGE_ATTR_MAPPING.color=\"color.color\";var TOKENTYPE={NULL:0,DELIMITER:1,IDENTIFIER:2,UNKNOWN:3};var DELIMITERS={\"{\":true,\"}\":true,\"[\":true,\"]\":true,\";\":true,\"=\":true,\",\":true,\"->\":true,\"--\":true};var dot=\"\";var index=0;var c=\"\";var token=\"\";var tokenType=TOKENTYPE.NULL;function first(){index=0;c=dot.charAt(0)}function next(){index++;c=dot.charAt(index)}function nextPreview(){return dot.charAt(index+1)}var regexAlphaNumeric=/[a-zA-Z_0-9.:#]/;function isAlphaNumeric(c){return regexAlphaNumeric.test(c)}function merge(a,b){if(!a){a={}}if(b){for(var name in b){if(b.hasOwnProperty(name)){a[name]=b[name]}}}return a}function setValue(obj,path,value){var keys=path.split(\".\");var o=obj;while(keys.length){var key=keys.shift();if(keys.length){if(!o[key]){o[key]={}}o=o[key]}else{o[key]=value}}}function addNode(graph,node){var i,len;var current=null;var graphs=[graph];var root=graph;while(root.parent){graphs.push(root.parent);root=root.parent}if(root.nodes){for(i=0,len=root.nodes.length;i<len;i++){if(node.id===root.nodes[i].id){current=root.nodes[i];break}}}if(!current){current={id:node.id};if(graph.node){current.attr=merge(current.attr,graph.node)}}for(i=graphs.length-1;i>=0;i--){var g=graphs[i];if(!g.nodes){g.nodes=[]}if(g.nodes.indexOf(current)===-1){g.nodes.push(current)}}if(node.attr){current.attr=merge(current.attr,node.attr)}}function addEdge(graph,edge){if(!graph.edges){graph.edges=[]}graph.edges.push(edge);if(graph.edge){var attr=merge({},graph.edge);edge.attr=merge(attr,edge.attr)}}function createEdge(graph,from,to,type,attr){var edge={from:from,to:to,type:type};if(graph.edge){edge.attr=merge({},graph.edge)}edge.attr=merge(edge.attr||{},attr);return edge}function getToken(){tokenType=TOKENTYPE.NULL;token=\"\";while(c===\" \"||c===\"\t\"||c===\"\\n\"||c===\"\\r\"){next()}do{var isComment=false;if(c===\"#\"){var i=index-1;while(dot.charAt(i)===\" \"||dot.charAt(i)===\"\t\"){i--}if(dot.charAt(i)===\"\\n\"||dot.charAt(i)===\"\"){while(c!=\"\"&&c!=\"\\n\"){next()}isComment=true}}if(c===\"/\"&&nextPreview()===\"/\"){while(c!=\"\"&&c!=\"\\n\"){next()}isComment=true}if(c===\"/\"&&nextPreview()===\"*\"){while(c!=\"\"){if(c===\"*\"&&nextPreview()===\"/\"){next();next();break}else{next()}}isComment=true}while(c===\" \"||c===\"\t\"||c===\"\\n\"||c===\"\\r\"){next()}}while(isComment);if(c===\"\"){tokenType=TOKENTYPE.DELIMITER;return}var c2=c+nextPreview();if(DELIMITERS[c2]){tokenType=TOKENTYPE.DELIMITER;token=c2;next();next();return}if(DELIMITERS[c]){tokenType=TOKENTYPE.DELIMITER;token=c;next();return}if(isAlphaNumeric(c)||c===\"-\"){token+=c;next();while(isAlphaNumeric(c)){token+=c;next()}if(token===\"false\"){token=false}else if(token===\"true\"){token=true}else if(!isNaN(Number(token))){token=Number(token)}tokenType=TOKENTYPE.IDENTIFIER;return}if(c==='\"'){next();while(c!=\"\"&&(c!='\"'||c==='\"'&&nextPreview()==='\"')){token+=c;if(c==='\"'){next()}next()}if(c!='\"'){throw newSyntaxError('End of string \" expected')}next();tokenType=TOKENTYPE.IDENTIFIER;return}tokenType=TOKENTYPE.UNKNOWN;while(c!=\"\"){token+=c;next()}throw new SyntaxError('Syntax error in part \"'+chop(token,30)+'\"')}function parseGraph(){var graph={};first();getToken();if(token===\"strict\"){graph.strict=true;getToken()}if(token===\"graph\"||token===\"digraph\"){graph.type=token;getToken()}if(tokenType===TOKENTYPE.IDENTIFIER){graph.id=token;getToken()}if(token!=\"{\"){throw newSyntaxError(\"Angle bracket { expected\")}getToken();parseStatements(graph);if(token!=\"}\"){throw newSyntaxError(\"Angle bracket } expected\")}getToken();if(token!==\"\"){throw newSyntaxError(\"End of file expected\")}getToken();delete graph.node;delete graph.edge;delete graph.graph;return graph}function parseStatements(graph){while(token!==\"\"&&token!=\"}\"){parseStatement(graph);if(token===\";\"){getToken()}}}function parseStatement(graph){var subgraph=parseSubgraph(graph);if(subgraph){parseEdge(graph,subgraph);return}var attr=parseAttributeStatement(graph);if(attr){return}if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier expected\")}var id=token;getToken();if(token===\"=\"){getToken();if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier expected\")}graph[id]=token;getToken()}else{parseNodeStatement(graph,id)}}function parseSubgraph(graph){var subgraph=null;if(token===\"subgraph\"){subgraph={};subgraph.type=\"subgraph\";getToken();if(tokenType===TOKENTYPE.IDENTIFIER){subgraph.id=token;getToken()}}if(token===\"{\"){getToken();if(!subgraph){subgraph={}}subgraph.parent=graph;subgraph.node=graph.node;subgraph.edge=graph.edge;subgraph.graph=graph.graph;parseStatements(subgraph);if(token!=\"}\"){throw newSyntaxError(\"Angle bracket } expected\")}getToken();delete subgraph.node;delete subgraph.edge;delete subgraph.graph;delete subgraph.parent;if(!graph.subgraphs){graph.subgraphs=[]}graph.subgraphs.push(subgraph)}return subgraph}function parseAttributeStatement(graph){if(token===\"node\"){getToken();graph.node=parseAttributeList();return\"node\"}else if(token===\"edge\"){getToken();graph.edge=parseAttributeList();return\"edge\"}else if(token===\"graph\"){getToken();graph.graph=parseAttributeList();return\"graph\"}return null}function parseNodeStatement(graph,id){var node={id:id};var attr=parseAttributeList();if(attr){node.attr=attr}addNode(graph,node);parseEdge(graph,id)}function parseEdge(graph,from){while(token===\"->\"||token===\"--\"){var to;var type=token;getToken();var subgraph=parseSubgraph(graph);if(subgraph){to=subgraph}else{if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Identifier or subgraph expected\")}to=token;addNode(graph,{id:to});getToken()}var attr=parseAttributeList();var edge=createEdge(graph,from,to,type,attr);addEdge(graph,edge);from=to}}function parseAttributeList(){var attr=null;while(token===\"[\"){getToken();attr={};while(token!==\"\"&&token!=\"]\"){if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Attribute name expected\")}var name=token;getToken();if(token!=\"=\"){throw newSyntaxError(\"Equal sign = expected\")}getToken();if(tokenType!=TOKENTYPE.IDENTIFIER){throw newSyntaxError(\"Attribute value expected\")}var value=token;setValue(attr,name,value);getToken();if(token==\",\"){getToken()}}if(token!=\"]\"){throw newSyntaxError(\"Bracket ] expected\")}getToken()}return attr}function newSyntaxError(message){return new SyntaxError(message+', got \"'+chop(token,30)+'\" (char '+index+\")\")}function chop(text,maxLength){return text.length<=maxLength?text:text.substr(0,27)+\"...\"}function forEach2(array1,array2,fn){if(Array.isArray(array1)){array1.forEach(function(elem1){if(Array.isArray(array2)){array2.forEach(function(elem2){fn(elem1,elem2)})}else{fn(elem1,array2)}})}else{if(Array.isArray(array2)){array2.forEach(function(elem2){fn(array1,elem2)})}else{fn(array1,array2)}}}function setProp(object,path,value){var names=path.split(\".\");var prop=names.pop();var obj=object;for(var i=0;i<names.length;i++){var name=names[i];if(!(name in obj)){obj[name]={}}obj=obj[name]}obj[prop]=value;return object}function convertAttr(attr,mapping){var converted={};for(var prop in attr){if(attr.hasOwnProperty(prop)){var visProp=mapping[prop];if(Array.isArray(visProp)){visProp.forEach(function(visPropI){setProp(converted,visPropI,attr[prop])})}else if(typeof visProp===\"string\"){setProp(converted,visProp,attr[prop])}else{setProp(converted,prop,attr[prop])}}}return converted}function DOTToGraph(data){var dotData=parseDOT(data);var graphData={nodes:[],edges:[],options:{}};if(dotData.nodes){dotData.nodes.forEach(function(dotNode){var graphNode={id:dotNode.id,label:String(dotNode.label||dotNode.id)};merge(graphNode,convertAttr(dotNode.attr,NODE_ATTR_MAPPING));if(graphNode.image){graphNode.shape=\"image\"}graphData.nodes.push(graphNode)})}if(dotData.edges){var convertEdge=function convertEdge(dotEdge){var graphEdge={from:dotEdge.from,to:dotEdge.to};merge(graphEdge,convertAttr(dotEdge.attr,EDGE_ATTR_MAPPING));graphEdge.arrows=dotEdge.type===\"->\"?\"to\":undefined;return graphEdge};dotData.edges.forEach(function(dotEdge){var from,to;if(dotEdge.from instanceof Object){from=dotEdge.from.nodes}else{from={id:dotEdge.from}}if(dotEdge.to instanceof Object){to=dotEdge.to.nodes}else{to={id:dotEdge.to}}if(dotEdge.from instanceof Object&&dotEdge.from.edges){dotEdge.from.edges.forEach(function(subEdge){var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)})}forEach2(from,to,function(from,to){var subEdge=createEdge(graphData,from.id,to.id,dotEdge.type,dotEdge.attr);var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)});if(dotEdge.to instanceof Object&&dotEdge.to.edges){dotEdge.to.edges.forEach(function(subEdge){var graphEdge=convertEdge(subEdge);graphData.edges.push(graphEdge)})}})}if(dotData.attr){graphData.options=dotData.attr}return graphData}exports.parseDOT=parseDOT;exports.DOTToGraph=DOTToGraph},function(module,exports){\"use strict\";function parseGephi(gephiJSON,optionsObj){var edges=[];var nodes=[];var options={edges:{inheritColor:false},nodes:{fixed:false,parseColor:false}};if(optionsObj!==undefined){if(optionsObj.fixed!==undefined){options.nodes.fixed=optionsObj.fixed}if(optionsObj.parseColor!==undefined){options.nodes.parseColor=optionsObj.parseColor}if(optionsObj.inheritColor!==undefined){options.edges.inheritColor=optionsObj.inheritColor}}var gEdges=gephiJSON.edges;var gNodes=gephiJSON.nodes;for(var i=0;i<gEdges.length;i++){var edge={};var gEdge=gEdges[i];edge[\"id\"]=gEdge.id;edge[\"from\"]=gEdge.source;edge[\"to\"]=gEdge.target;edge[\"attributes\"]=gEdge.attributes;if(gEdge.color&&options.inheritColor===false){edge[\"color\"]=gEdge.color}edges.push(edge)}for(var i=0;i<gNodes.length;i++){var node={};var gNode=gNodes[i];node[\"id\"]=gNode.id;node[\"attributes\"]=gNode.attributes;node[\"title\"]=gNode.title;node[\"x\"]=gNode.x;node[\"y\"]=gNode.y;node[\"label\"]=gNode.label;if(options.nodes.parseColor===true){node[\"color\"]=gNode.color}else{node[\"color\"]=gNode.color!==undefined?{background:gNode.color,border:gNode.color,highlight:{background:gNode.color,border:gNode.color},hover:{background:gNode.color,border:gNode.color}}:undefined}node[\"size\"]=gNode.size;node[\"fixed\"]=options.nodes.fixed&&gNode.x!==undefined&&gNode.y!==undefined;nodes.push(node)}return{nodes:nodes,edges:edges}}exports.parseGephi=parseGephi},function(module,exports){\"use strict\";function Images(callback){this.images={};this.imageBroken={};this.callback=callback}Images.prototype.load=function(url,brokenUrl,id){var img=this.images[url];if(img===undefined){var me=this;img=new Image;img.onload=function(){if(this.width===0){document.body.appendChild(this);this.width=this.offsetWidth;this.height=this.offsetHeight;document.body.removeChild(this)}if(me.callback){me.images[url]=img;me.callback(this)}};img.onerror=function(){if(brokenUrl===undefined){console.error(\"Could not load image:\",url);delete this.src;if(me.callback){me.callback(this)}}else{if(me.imageBroken[id]&&me.imageBroken[id][url]===true){console.error(\"Could not load brokenImage:\",brokenUrl);delete this.src;if(me.callback){me.callback(this)}}else{console.error(\"Could not load image:\",url);this.src=brokenUrl;if(me.imageBroken[id]===undefined){me.imageBroken[id]={}}me.imageBroken[id][url]=true}}};img.src=url}return img};module.exports=Images},function(module,exports){\"use strict\";exports[\"en\"]={edit:\"Edit\",del:\"Delete selected\",back:\"Back\",addNode:\"Add Node\",addEdge:\"Add Edge\",editNode:\"Edit Node\",editEdge:\"Edit Edge\",addDescription:\"Click in an empty space to place a new node.\",edgeDescription:\"Click on a node and drag the edge to another node to connect them.\",editEdgeDescription:\"Click on the control points and drag them to a node to connect to it.\",createEdgeError:\"Cannot link edges to a cluster.\",deleteClusterError:\"Clusters cannot be deleted.\",editClusterError:\"Clusters cannot be edited.\"};exports[\"en_EN\"]=exports[\"en\"];exports[\"en_US\"]=exports[\"en\"];exports[\"nl\"]={edit:\"Wijzigen\",del:\"Selectie verwijderen\",back:\"Terug\",addNode:\"Node toevoegen\",addEdge:\"Link toevoegen\",editNode:\"Node wijzigen\",editEdge:\"Link wijzigen\",addDescription:\"Klik op een leeg gebied om een nieuwe node te maken.\",edgeDescription:\"Klik op een node en sleep de link naar een andere node om ze te verbinden.\",editEdgeDescription:\"Klik op de verbindingspunten en sleep ze naar een node om daarmee te verbinden.\",createEdgeError:\"Kan geen link maken naar een cluster.\",deleteClusterError:\"Clusters kunnen niet worden verwijderd.\",editClusterError:\"Clusters kunnen niet worden aangepast.\"};exports[\"nl_NL\"]=exports[\"nl\"];exports[\"nl_BE\"]=exports[\"nl\"]}])});\n",
"title": "$:/plugins/felixhayashi/vis/vis.js",
"type": "application/javascript",
"module-type": "library"
}
}
}
{
"tiddlers": {
"$:/plugins/tiddlywiki/cecily/cecily.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/cecily/cecily.js\ntype: application/javascript\nmodule-type: storyview\n\nPositions tiddlers on a 2D map\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CecilyStoryView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Load the map\n\tthis.loadMap();\n\t// Position the existing tiddlers\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\tdomNode.style.position = \"absolute\";\n\t\tvar title = itemWidget.parseTreeNode.itemTitle;\n\t\tself.positionTiddler(title,domNode);\n\t});\n};\n\nCecilyStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nCecilyStoryView.prototype.insert = function(widget) {\n\tvar domNode = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Make the newly inserted node position absolute\n\t$tw.utils.setStyle(domNode,[\n\t\t{position: \"absolute\"},\n\t\t{transition: \"\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Position it\n\tvar title = widget.parseTreeNode.itemTitle;\n\tthis.positionTiddler(title,domNode);\n\t$tw.utils.forceLayout(domNode);\n\t// Animate it in\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nCecilyStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Remove the widget at the end of the transition\n\tsetTimeout(function() {\n\t\twidget.removeChildDomNodes();\n\t},duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.01)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\n/*\nLoad the current map\n*/\nCecilyStoryView.prototype.loadMap = function() {\n\tthis.map = this.listWidget.wiki.getTiddlerData(this.getMapTiddlerTitle(),{\n\t\tpositions: {},\n\t\tnewTiddlerPosition: {x: 0, y: 0},\n\t\twidth: parseInt(this.listWidget.getAttribute(\"cecily-width\",\"600\"),10)\n\t});\n};\n\nCecilyStoryView.prototype.getMapTiddlerTitle = function() {\n\treturn this.listWidget.getAttribute(\"cecily-map\",\"$:/TiddlerMap\");\n};\n\n/*\nPosition a tiddler according to the map\n*/\nCecilyStoryView.prototype.positionTiddler = function(title,domNode) {\n\tvar pos = this.lookupTiddlerInMap(title,domNode),\n\t\tscale = pos.w/domNode.offsetWidth;\n\t$tw.utils.setStyle(domNode,[\n\t\t{width: this.map.width + \"px\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateX(\" + pos.x + \"px) translateY(\" + pos.y + \"px) scale(\" + scale + \") translateX(-50%) rotate(\" + (pos.r || 0) + \"deg) translateX(50%)\"}\n\t]);\n};\n\n// Get the position of a particular tiddler\nCecilyStoryView.prototype.lookupTiddlerInMap = function(title,domNode) {\n\t// If this is a draft tiddler then look for the position of the original tiddler\n\tvar tiddler = this.listWidget.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar draftOf = tiddler.fields[\"draft.of\"];\n\t\tif(draftOf && this.map.positions[draftOf]) {\n\t\t\treturn this.map.positions[draftOf];\n\t\t}\n\t}\n\t// Try looking the target tiddler up in the map\n\tif(this.map.positions[title]) {\n\t\treturn this.map.positions[title];\n\t}\n\t// If the tiddler wasn't in the map we'll have to compute it\n\tvar newPosition;\n\tswitch(this.map.positionNew) {\n\t\tdefault: // \"right\"\n\t\t\tnewPosition = {\n\t\t\t\tx: this.map.newTiddlerPosition.x,\n\t\t\t\ty: this.map.newTiddlerPosition.y,\n\t\t\t\tw: 200,\n\t\t\t\th: 200\n\t\t\t};\n\t\t\tthis.map.newTiddlerPosition.x += newPosition.w * 1.1;\n\t\t\tbreak;\n\t}\n\t// A default position\n\tnewPosition = newPosition || {x: 0,y: 0,w: 100,h: 100};\n\t// Save the position back to the map\n\tthis.map.positions[title] = newPosition;\n\treturn newPosition;\n};\n\nexports.cecily = CecilyStoryView;\n\n})();\n",
"title": "$:/plugins/tiddlywiki/cecily/cecily.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/plugins/tiddlywiki/cecily/readme": {
"title": "$:/plugins/tiddlywiki/cecily/readme",
"text": "This experimental plugin provides a new story visualisation that displays individual tiddlers as resizable tiles on an infinite canvas.\n\nCecily is based on an earlier plugin for TiddlyWiki Classic: http://jermolene.com/cecily\n\nCecily is currently in the early stages of development with little functionality yet implemented.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/cecily]]\n"
},
"$:/core/images/storyview-cecily": {
"title": "$:/core/images/storyview-cecily",
"tags": "$:/tags/Image",
"text": "<svg class=\"tc-image-storyview-cecily tc-image-button\" width=\"22pt\" height=\"22pt\" viewBox=\"0 0 128 128\">\n <g fill-rule=\"evenodd\">\n <path d=\"M8.00697327,0 C3.58484404,0 0,3.59075293 0,8.00697327 L0,119.993027 C0,124.415156 3.59075293,128 8.00697327,128 L119.993027,128 C124.415156,128 128,124.409247 128,119.993027 L128,8.00697327 C128,3.58484404 124.409247,0 119.993027,0 L8.00697327,0 L8.00697327,0 Z M23.9949725,16 C19.5794711,16 16,19.5776607 16,23.9924054 L16,40.0075946 C16,44.4216782 19.5905136,48 23.9949725,48 L71.0050275,48 C75.4205289,48 79,44.4223393 79,40.0075946 L79,23.9924054 C79,19.5783218 75.4094864,16 71.0050275,16 L23.9949725,16 L23.9949725,16 Z M72.0070969,64 C67.5848994,64 64,67.5881712 64,72.0070969 L64,103.992903 C64,108.415101 67.5881712,112 72.0070969,112 L103.992903,112 C108.415101,112 112,108.411829 112,103.992903 L112,72.0070969 C112,67.5848994 108.411829,64 103.992903,64 L72.0070969,64 L72.0070969,64 Z M24.0034204,80 C19.5832534,80 16,83.5776607 16,87.9924054 L16,104.007595 C16,108.421678 19.5863782,112 24.0034204,112 L38.9965796,112 C43.4167466,112 47,108.422339 47,104.007595 L47,87.9924054 C47,83.5783218 43.4136218,80 38.9965796,80 L24.0034204,80 L24.0034204,80 Z M104,16 C99.581722,16 96,19.5776607 96,23.9924054 L96,40.0075946 C96,44.4216782 99.5907123,48 104,48 C108.418278,48 112,44.4223393 112,40.0075946 L112,23.9924054 C112,19.5783218 108.409288,16 104,16 L104,16 Z\"></path>\n </g>\n</svg>"
}
}
}
{
"tiddlers": {
"$:/config/EditorTypeMappings/application/javascript": {
"title": "$:/config/EditorTypeMappings/application/javascript",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/application/json": {
"title": "$:/config/EditorTypeMappings/application/json",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/application/x-tiddler-dictionary": {
"title": "$:/config/EditorTypeMappings/application/x-tiddler-dictionary",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/css": {
"title": "$:/config/EditorTypeMappings/text/css",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/html": {
"title": "$:/config/EditorTypeMappings/text/html",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/plain": {
"title": "$:/config/EditorTypeMappings/text/plain",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "codemirror"
},
"$:/config/EditorTypeMappings/text/x-tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/x-tiddlywiki",
"text": "codemirror"
},
"$:/core/modules/widgets/edit-codemirror.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-codemirror.js\ntype: application/javascript\nmodule-type: widget\n\nCodemirror-based text editor widget\n\nConfig options \"$:/config/CodeMirror\" e.g. to allow vim key bindings\n {\n\t\"require\": [\n\t\t\"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js\",\n\t\t\"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js\",\n\t\t\"$:/plugins/tiddlywiki/codemirror/keymap/vim.js\"\n\t],\n\t\"configuration\": {\n\t\t\t\"keyMap\": \"vim\",\n\t\t\t\"showCursorWhenSelecting\": true\n\t}\n}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CODEMIRROR_OPTIONS = \"$:/config/CodeMirror\";\n\n// Install CodeMirror\nif($tw.browser && !window.CodeMirror) {\n\twindow.CodeMirror = require(\"$:/plugins/tiddlywiki/codemirror/lib/codemirror.js\");\n\t// Install required CodeMirror plugins\n\tvar configOptions = $tw.wiki.getTiddlerData(CODEMIRROR_OPTIONS,{}),\n\t\treq = configOptions.require;\n\tif(req) {\n\t\tif($tw.utils.isArray(req)) {\n\t\t\tfor(var index=0; index<req.length; index++) {\n\t\t\t\trequire(req[index]);\n\t\t\t}\n\t\t} else {\n\t\t\trequire(req);\n\t\t}\n\t}\n}\n\nvar MIN_TEXT_AREA_HEIGHT = 100; // Minimum height of textareas in pixels\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditCodeMirrorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditCodeMirrorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditCodeMirrorWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the configuration options for the CodeMirror object\n\tvar config = $tw.wiki.getTiddlerData(CODEMIRROR_OPTIONS,{}).configuration || {},\n\t\teditInfo = this.getEditInfo();\n\tif(!(\"lineWrapping\" in config)) {\n\t\tconfig.lineWrapping = true;\n\t}\n\tif(!(\"lineNumbers\" in config)) {\n\t\tconfig.lineNumbers = true;\n\t}\n\tconfig.mode = editInfo.type;\n\tconfig.value = editInfo.value;\n\t// Create the CodeMirror instance\n\tvar cm = window.CodeMirror(function(domNode) {\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tself.domNodes.push(domNode);\n\t},config);\n\t// Set up a change event handler\n\tcm.on(\"change\",function() {\n\t\tself.saveChanges(cm.getValue());\n\t});\n\tthis.codeMirrorInstance = cm;\n};\n\n/*\nGet the tiddler being edited and current value\n*/\nEditCodeMirrorWidget.prototype.getEditInfo = function() {\n\t// Get the edit value\n\tvar self = this,\n\t\tvalue,\n\t\ttype = \"text/plain\",\n\t\tupdate;\n\tif(this.editIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\tupdate = function(value) {\n\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t}\n\t\t};\n\t} else {\n\t\t// Get the current tiddler and the field name\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t\tif(this.editField === \"text\") {\n\t\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\t\t}\n\t\t} else {\n\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\tswitch(this.editField) {\n\t\t\t\tcase \"text\":\n\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\ttype = \"text/vnd.tiddlywiki\";\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"title\":\n\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\tbreak;\n\t\t\t\tdefault:\n\t\t\t\t\tvalue = \"\";\n\t\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\tvalue = this.editDefault;\n\t\t\t}\n\t\t}\n\t\tupdate = function(value) {\n\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\tupdateFields = {\n\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t};\n\t\t\tupdateFields[self.editField] = value;\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t};\n\t}\n\tif(this.editType) {\n\t\ttype = this.editType;\n\t}\n\treturn {value: value || \"\", type: type, update: update};\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditCodeMirrorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editDefault = this.getAttribute(\"default\");\n\tthis.editType = this.getAttribute(\"type\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditCodeMirrorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Completely rerender if any of our attributes have changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.editTitle]) {\n\t\tvar editInfo = this.getEditInfo();\n\t\tthis.updateEditor(editInfo.value,editInfo.type);\n\t\treturn true;\n\t}\n\treturn false;\n};\n\n/*\nUpdate the editor with new text and type. This method is separate from updateEditorDomNode()\nso that subclasses can override updateEditor() and still use updateEditorDomNode()\n*/\nEditCodeMirrorWidget.prototype.updateEditor = function(text,type) {\n\tthis.updateEditorDomNode(text);\n\tthis.codeMirrorInstance.setOption(\"mode\",type);\n};\n\n/*\nUpdate the editor dom node with new text\n*/\nEditCodeMirrorWidget.prototype.updateEditorDomNode = function(text) {\n\tif(this.codeMirrorInstance) {\n\t\tif(!this.codeMirrorInstance.hasFocus()) {\n\t\t\tthis.codeMirrorInstance.setValue(text);\n\t\t}\n\t}\n};\n\nEditCodeMirrorWidget.prototype.saveChanges = function(text) {\n\tvar editInfo = this.getEditInfo();\n\tif(text !== editInfo.value) {\n\t\teditInfo.update(text);\n\t}\n};\n\nexports[\"edit-codemirror\"] = EditCodeMirrorWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-codemirror.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/plugins/tiddlywiki/codemirror/lib/codemirror.js": {
"text": "// This is CodeMirror (http://codemirror.net), a code editor\n// implemented in JavaScript on top of the browser's DOM.\n//\n// You can find some technical background for some of the code below\n// at http://marijnhaverbeke.nl/blog/#cm-internals .\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n module.exports = mod();\n else if (typeof define == \"function\" && define.amd) // AMD\n return define([], mod);\n else // Plain browser env\n this.CodeMirror = mod();\n})(function() {\n \"use strict\";\n\n // BROWSER SNIFFING\n\n // Kludges for bugs and behavior differences that can't be feature\n // detected are enabled based on userAgent etc sniffing.\n\n var gecko = /gecko\\/\\d/i.test(navigator.userAgent);\n // ie_uptoN means Internet Explorer version N or lower\n var ie_upto10 = /MSIE \\d/.test(navigator.userAgent);\n var ie_upto7 = ie_upto10 && (document.documentMode == null || document.documentMode < 8);\n var ie_upto8 = ie_upto10 && (document.documentMode == null || document.documentMode < 9);\n var ie_upto9 = ie_upto10 && (document.documentMode == null || document.documentMode < 10);\n var ie_11up = /Trident\\/([7-9]|\\d{2,})\\./.test(navigator.userAgent);\n var ie = ie_upto10 || ie_11up;\n var webkit = /WebKit\\//.test(navigator.userAgent);\n var qtwebkit = webkit && /Qt\\/\\d+\\.\\d+/.test(navigator.userAgent);\n var chrome = /Chrome\\//.test(navigator.userAgent);\n var presto = /Opera\\//.test(navigator.userAgent);\n var safari = /Apple Computer/.test(navigator.vendor);\n var khtml = /KHTML\\//.test(navigator.userAgent);\n var mac_geMountainLion = /Mac OS X 1\\d\\D([8-9]|\\d\\d)\\D/.test(navigator.userAgent);\n var phantom = /PhantomJS/.test(navigator.userAgent);\n\n var ios = /AppleWebKit/.test(navigator.userAgent) && /Mobile\\/\\w+/.test(navigator.userAgent);\n // This is woefully incomplete. Suggestions for alternative methods welcome.\n var mobile = ios || /Android|webOS|BlackBerry|Opera Mini|Opera Mobi|IEMobile/i.test(navigator.userAgent);\n var mac = ios || /Mac/.test(navigator.platform);\n var windows = /win/i.test(navigator.platform);\n\n var presto_version = presto && navigator.userAgent.match(/Version\\/(\\d*\\.\\d*)/);\n if (presto_version) presto_version = Number(presto_version[1]);\n if (presto_version && presto_version >= 15) { presto = false; webkit = true; }\n // Some browsers use the wrong event properties to signal cmd/ctrl on OS X\n var flipCtrlCmd = mac && (qtwebkit || presto && (presto_version == null || presto_version < 12.11));\n var captureRightClick = gecko || (ie && !ie_upto8);\n\n // Optimize some code when these features are not used.\n var sawReadOnlySpans = false, sawCollapsedSpans = false;\n\n // EDITOR CONSTRUCTOR\n\n // A CodeMirror instance represents an editor. This is the object\n // that user code is usually dealing with.\n\n function CodeMirror(place, options) {\n if (!(this instanceof CodeMirror)) return new CodeMirror(place, options);\n\n this.options = options = options || {};\n // Determine effective options based on given values and defaults.\n copyObj(defaults, options, false);\n setGuttersForLineNumbers(options);\n\n var doc = options.value;\n if (typeof doc == \"string\") doc = new Doc(doc, options.mode);\n this.doc = doc;\n\n var display = this.display = new Display(place, doc);\n display.wrapper.CodeMirror = this;\n updateGutters(this);\n themeChanged(this);\n if (options.lineWrapping)\n this.display.wrapper.className += \" CodeMirror-wrap\";\n if (options.autofocus && !mobile) focusInput(this);\n\n this.state = {\n keyMaps: [], // stores maps added by addKeyMap\n overlays: [], // highlighting overlays, as added by addOverlay\n modeGen: 0, // bumped when mode/overlay changes, used to invalidate highlighting info\n overwrite: false, focused: false,\n suppressEdits: false, // used to disable editing during key handlers when in readOnly mode\n pasteIncoming: false, cutIncoming: false, // help recognize paste/cut edits in readInput\n draggingText: false,\n highlight: new Delayed() // stores highlight worker timeout\n };\n\n // Override magic textarea content restore that IE sometimes does\n // on our hidden textarea on reload\n if (ie_upto10) setTimeout(bind(resetInput, this, true), 20);\n\n registerEventHandlers(this);\n ensureGlobalHandlers();\n\n var cm = this;\n runInOp(this, function() {\n cm.curOp.forceUpdate = true;\n attachDoc(cm, doc);\n\n if ((options.autofocus && !mobile) || activeElt() == display.input)\n setTimeout(bind(onFocus, cm), 20);\n else\n onBlur(cm);\n\n for (var opt in optionHandlers) if (optionHandlers.hasOwnProperty(opt))\n optionHandlers[opt](cm, options[opt], Init);\n for (var i = 0; i < initHooks.length; ++i) initHooks[i](cm);\n });\n }\n\n // DISPLAY CONSTRUCTOR\n\n // The display handles the DOM integration, both for input reading\n // and content drawing. It holds references to DOM nodes and\n // display-related state.\n\n function Display(place, doc) {\n var d = this;\n\n // The semihidden textarea that is focused when the editor is\n // focused, and receives input.\n var input = d.input = elt(\"textarea\", null, null, \"position: absolute; padding: 0; width: 1px; height: 1em; outline: none\");\n // The textarea is kept positioned near the cursor to prevent the\n // fact that it'll be scrolled into view on input from scrolling\n // our fake cursor out of view. On webkit, when wrap=off, paste is\n // very slow. So make the area wide instead.\n if (webkit) input.style.width = \"1000px\";\n else input.setAttribute(\"wrap\", \"off\");\n // If border: 0; -- iOS fails to open keyboard (issue #1287)\n if (ios) input.style.border = \"1px solid black\";\n input.setAttribute(\"autocorrect\", \"off\"); input.setAttribute(\"autocapitalize\", \"off\"); input.setAttribute(\"spellcheck\", \"false\");\n\n // Wraps and hides input textarea\n d.inputDiv = elt(\"div\", [input], null, \"overflow: hidden; position: relative; width: 3px; height: 0px;\");\n // The fake scrollbar elements.\n d.scrollbarH = elt(\"div\", [elt(\"div\", null, null, \"height: 100%; min-height: 1px\")], \"CodeMirror-hscrollbar\");\n d.scrollbarV = elt(\"div\", [elt(\"div\", null, null, \"min-width: 1px\")], \"CodeMirror-vscrollbar\");\n // Covers bottom-right square when both scrollbars are present.\n d.scrollbarFiller = elt(\"div\", null, \"CodeMirror-scrollbar-filler\");\n // Covers bottom of gutter when coverGutterNextToScrollbar is on\n // and h scrollbar is present.\n d.gutterFiller = elt(\"div\", null, \"CodeMirror-gutter-filler\");\n // Will contain the actual code, positioned to cover the viewport.\n d.lineDiv = elt(\"div\", null, \"CodeMirror-code\");\n // Elements are added to these to represent selection and cursors.\n d.selectionDiv = elt(\"div\", null, null, \"position: relative; z-index: 1\");\n d.cursorDiv = elt(\"div\", null, \"CodeMirror-cursors\");\n // A visibility: hidden element used to find the size of things.\n d.measure = elt(\"div\", null, \"CodeMirror-measure\");\n // When lines outside of the viewport are measured, they are drawn in this.\n d.lineMeasure = elt(\"div\", null, \"CodeMirror-measure\");\n // Wraps everything that needs to exist inside the vertically-padded coordinate system\n d.lineSpace = elt(\"div\", [d.measure, d.lineMeasure, d.selectionDiv, d.cursorDiv, d.lineDiv],\n null, \"position: relative; outline: none\");\n // Moved around its parent to cover visible view.\n d.mover = elt(\"div\", [elt(\"div\", [d.lineSpace], \"CodeMirror-lines\")], null, \"position: relative\");\n // Set to the height of the document, allowing scrolling.\n d.sizer = elt(\"div\", [d.mover], \"CodeMirror-sizer\");\n // Behavior of elts with overflow: auto and padding is\n // inconsistent across browsers. This is used to ensure the\n // scrollable area is big enough.\n d.heightForcer = elt(\"div\", null, null, \"position: absolute; height: \" + scrollerCutOff + \"px; width: 1px;\");\n // Will contain the gutters, if any.\n d.gutters = elt(\"div\", null, \"CodeMirror-gutters\");\n d.lineGutter = null;\n // Actual scrollable element.\n d.scroller = elt(\"div\", [d.sizer, d.heightForcer, d.gutters], \"CodeMirror-scroll\");\n d.scroller.setAttribute(\"tabIndex\", \"-1\");\n // The element in which the editor lives.\n d.wrapper = elt(\"div\", [d.inputDiv, d.scrollbarH, d.scrollbarV,\n d.scrollbarFiller, d.gutterFiller, d.scroller], \"CodeMirror\");\n\n // Work around IE7 z-index bug (not perfect, hence IE7 not really being supported)\n if (ie_upto7) { d.gutters.style.zIndex = -1; d.scroller.style.paddingRight = 0; }\n // Needed to hide big blue blinking cursor on Mobile Safari\n if (ios) input.style.width = \"0px\";\n if (!webkit) d.scroller.draggable = true;\n // Needed to handle Tab key in KHTML\n if (khtml) { d.inputDiv.style.height = \"1px\"; d.inputDiv.style.position = \"absolute\"; }\n // Need to set a minimum width to see the scrollbar on IE7 (but must not set it on IE8).\n if (ie_upto7) d.scrollbarH.style.minHeight = d.scrollbarV.style.minWidth = \"18px\";\n\n if (place.appendChild) place.appendChild(d.wrapper);\n else place(d.wrapper);\n\n // Current rendered range (may be bigger than the view window).\n d.viewFrom = d.viewTo = doc.first;\n // Information about the rendered lines.\n d.view = [];\n // Holds info about a single rendered line when it was rendered\n // for measurement, while not in view.\n d.externalMeasured = null;\n // Empty space (in pixels) above the view\n d.viewOffset = 0;\n d.lastSizeC = 0;\n d.updateLineNumbers = null;\n\n // Used to only resize the line number gutter when necessary (when\n // the amount of lines crosses a boundary that makes its width change)\n d.lineNumWidth = d.lineNumInnerWidth = d.lineNumChars = null;\n // See readInput and resetInput\n d.prevInput = \"\";\n // Set to true when a non-horizontal-scrolling line widget is\n // added. As an optimization, line widget aligning is skipped when\n // this is false.\n d.alignWidgets = false;\n // Flag that indicates whether we expect input to appear real soon\n // now (after some event like 'keypress' or 'input') and are\n // polling intensively.\n d.pollingFast = false;\n // Self-resetting timeout for the poller\n d.poll = new Delayed();\n\n d.cachedCharWidth = d.cachedTextHeight = d.cachedPaddingH = null;\n\n // Tracks when resetInput has punted to just putting a short\n // string into the textarea instead of the full selection.\n d.inaccurateSelection = false;\n\n // Tracks the maximum line length so that the horizontal scrollbar\n // can be kept static when scrolling.\n d.maxLine = null;\n d.maxLineLength = 0;\n d.maxLineChanged = false;\n\n // Used for measuring wheel scrolling granularity\n d.wheelDX = d.wheelDY = d.wheelStartX = d.wheelStartY = null;\n\n // True when shift is held down.\n d.shift = false;\n\n // Used to track whether anything happened since the context menu\n // was opened.\n d.selForContextMenu = null;\n }\n\n // STATE UPDATES\n\n // Used to get the editor into a consistent state again when options change.\n\n function loadMode(cm) {\n cm.doc.mode = CodeMirror.getMode(cm.options, cm.doc.modeOption);\n resetModeState(cm);\n }\n\n function resetModeState(cm) {\n cm.doc.iter(function(line) {\n if (line.stateAfter) line.stateAfter = null;\n if (line.styles) line.styles = null;\n });\n cm.doc.frontier = cm.doc.first;\n startWorker(cm, 100);\n cm.state.modeGen++;\n if (cm.curOp) regChange(cm);\n }\n\n function wrappingChanged(cm) {\n if (cm.options.lineWrapping) {\n addClass(cm.display.wrapper, \"CodeMirror-wrap\");\n cm.display.sizer.style.minWidth = \"\";\n } else {\n rmClass(cm.display.wrapper, \"CodeMirror-wrap\");\n findMaxLine(cm);\n }\n estimateLineHeights(cm);\n regChange(cm);\n clearCaches(cm);\n setTimeout(function(){updateScrollbars(cm);}, 100);\n }\n\n // Returns a function that estimates the height of a line, to use as\n // first approximation until the line becomes visible (and is thus\n // properly measurable).\n function estimateHeight(cm) {\n var th = textHeight(cm.display), wrapping = cm.options.lineWrapping;\n var perLine = wrapping && Math.max(5, cm.display.scroller.clientWidth / charWidth(cm.display) - 3);\n return function(line) {\n if (lineIsHidden(cm.doc, line)) return 0;\n\n var widgetsHeight = 0;\n if (line.widgets) for (var i = 0; i < line.widgets.length; i++) {\n if (line.widgets[i].height) widgetsHeight += line.widgets[i].height;\n }\n\n if (wrapping)\n return widgetsHeight + (Math.ceil(line.text.length / perLine) || 1) * th;\n else\n return widgetsHeight + th;\n };\n }\n\n function estimateLineHeights(cm) {\n var doc = cm.doc, est = estimateHeight(cm);\n doc.iter(function(line) {\n var estHeight = est(line);\n if (estHeight != line.height) updateLineHeight(line, estHeight);\n });\n }\n\n function keyMapChanged(cm) {\n var map = keyMap[cm.options.keyMap], style = map.style;\n cm.display.wrapper.className = cm.display.wrapper.className.replace(/\\s*cm-keymap-\\S+/g, \"\") +\n (style ? \" cm-keymap-\" + style : \"\");\n }\n\n function themeChanged(cm) {\n cm.display.wrapper.className = cm.display.wrapper.className.replace(/\\s*cm-s-\\S+/g, \"\") +\n cm.options.theme.replace(/(^|\\s)\\s*/g, \" cm-s-\");\n clearCaches(cm);\n }\n\n function guttersChanged(cm) {\n updateGutters(cm);\n regChange(cm);\n setTimeout(function(){alignHorizontally(cm);}, 20);\n }\n\n // Rebuild the gutter elements, ensure the margin to the left of the\n // code matches their width.\n function updateGutters(cm) {\n var gutters = cm.display.gutters, specs = cm.options.gutters;\n removeChildren(gutters);\n for (var i = 0; i < specs.length; ++i) {\n var gutterClass = specs[i];\n var gElt = gutters.appendChild(elt(\"div\", null, \"CodeMirror-gutter \" + gutterClass));\n if (gutterClass == \"CodeMirror-linenumbers\") {\n cm.display.lineGutter = gElt;\n gElt.style.width = (cm.display.lineNumWidth || 1) + \"px\";\n }\n }\n gutters.style.display = i ? \"\" : \"none\";\n updateGutterSpace(cm);\n }\n\n function updateGutterSpace(cm) {\n var width = cm.display.gutters.offsetWidth;\n cm.display.sizer.style.marginLeft = width + \"px\";\n cm.display.scrollbarH.style.left = cm.options.fixedGutter ? width + \"px\" : 0;\n }\n\n // Compute the character length of a line, taking into account\n // collapsed ranges (see markText) that might hide parts, and join\n // other lines onto it.\n function lineLength(line) {\n if (line.height == 0) return 0;\n var len = line.text.length, merged, cur = line;\n while (merged = collapsedSpanAtStart(cur)) {\n var found = merged.find(0, true);\n cur = found.from.line;\n len += found.from.ch - found.to.ch;\n }\n cur = line;\n while (merged = collapsedSpanAtEnd(cur)) {\n var found = merged.find(0, true);\n len -= cur.text.length - found.from.ch;\n cur = found.to.line;\n len += cur.text.length - found.to.ch;\n }\n return len;\n }\n\n // Find the longest line in the document.\n function findMaxLine(cm) {\n var d = cm.display, doc = cm.doc;\n d.maxLine = getLine(doc, doc.first);\n d.maxLineLength = lineLength(d.maxLine);\n d.maxLineChanged = true;\n doc.iter(function(line) {\n var len = lineLength(line);\n if (len > d.maxLineLength) {\n d.maxLineLength = len;\n d.maxLine = line;\n }\n });\n }\n\n // Make sure the gutters options contains the element\n // \"CodeMirror-linenumbers\" when the lineNumbers option is true.\n function setGuttersForLineNumbers(options) {\n var found = indexOf(options.gutters, \"CodeMirror-linenumbers\");\n if (found == -1 && options.lineNumbers) {\n options.gutters = options.gutters.concat([\"CodeMirror-linenumbers\"]);\n } else if (found > -1 && !options.lineNumbers) {\n options.gutters = options.gutters.slice(0);\n options.gutters.splice(found, 1);\n }\n }\n\n // SCROLLBARS\n\n // Prepare DOM reads needed to update the scrollbars. Done in one\n // shot to minimize update/measure roundtrips.\n function measureForScrollbars(cm) {\n var scroll = cm.display.scroller;\n return {\n clientHeight: scroll.clientHeight,\n barHeight: cm.display.scrollbarV.clientHeight,\n scrollWidth: scroll.scrollWidth, clientWidth: scroll.clientWidth,\n barWidth: cm.display.scrollbarH.clientWidth,\n docHeight: Math.round(cm.doc.height + paddingVert(cm.display))\n };\n }\n\n // Re-synchronize the fake scrollbars with the actual size of the\n // content.\n function updateScrollbars(cm, measure) {\n if (!measure) measure = measureForScrollbars(cm);\n var d = cm.display;\n var scrollHeight = measure.docHeight + scrollerCutOff;\n var needsH = measure.scrollWidth > measure.clientWidth;\n var needsV = scrollHeight > measure.clientHeight;\n if (needsV) {\n d.scrollbarV.style.display = \"block\";\n d.scrollbarV.style.bottom = needsH ? scrollbarWidth(d.measure) + \"px\" : \"0\";\n // A bug in IE8 can cause this value to be negative, so guard it.\n d.scrollbarV.firstChild.style.height =\n Math.max(0, scrollHeight - measure.clientHeight + (measure.barHeight || d.scrollbarV.clientHeight)) + \"px\";\n } else {\n d.scrollbarV.style.display = \"\";\n d.scrollbarV.firstChild.style.height = \"0\";\n }\n if (needsH) {\n d.scrollbarH.style.display = \"block\";\n d.scrollbarH.style.right = needsV ? scrollbarWidth(d.measure) + \"px\" : \"0\";\n d.scrollbarH.firstChild.style.width =\n (measure.scrollWidth - measure.clientWidth + (measure.barWidth || d.scrollbarH.clientWidth)) + \"px\";\n } else {\n d.scrollbarH.style.display = \"\";\n d.scrollbarH.firstChild.style.width = \"0\";\n }\n if (needsH && needsV) {\n d.scrollbarFiller.style.display = \"block\";\n d.scrollbarFiller.style.height = d.scrollbarFiller.style.width = scrollbarWidth(d.measure) + \"px\";\n } else d.scrollbarFiller.style.display = \"\";\n if (needsH && cm.options.coverGutterNextToScrollbar && cm.options.fixedGutter) {\n d.gutterFiller.style.display = \"block\";\n d.gutterFiller.style.height = scrollbarWidth(d.measure) + \"px\";\n d.gutterFiller.style.width = d.gutters.offsetWidth + \"px\";\n } else d.gutterFiller.style.display = \"\";\n\n if (!cm.state.checkedOverlayScrollbar && measure.clientHeight > 0) {\n if (scrollbarWidth(d.measure) === 0) {\n var w = mac && !mac_geMountainLion ? \"12px\" : \"18px\";\n d.scrollbarV.style.minWidth = d.scrollbarH.style.minHeight = w;\n var barMouseDown = function(e) {\n if (e_target(e) != d.scrollbarV && e_target(e) != d.scrollbarH)\n operation(cm, onMouseDown)(e);\n };\n on(d.scrollbarV, \"mousedown\", barMouseDown);\n on(d.scrollbarH, \"mousedown\", barMouseDown);\n }\n cm.state.checkedOverlayScrollbar = true;\n }\n }\n\n // Compute the lines that are visible in a given viewport (defaults\n // the the current scroll position). viewPort may contain top,\n // height, and ensure (see op.scrollToPos) properties.\n function visibleLines(display, doc, viewPort) {\n var top = viewPort && viewPort.top != null ? viewPort.top : display.scroller.scrollTop;\n top = Math.floor(top - paddingTop(display));\n var bottom = viewPort && viewPort.bottom != null ? viewPort.bottom : top + display.wrapper.clientHeight;\n\n var from = lineAtHeight(doc, top), to = lineAtHeight(doc, bottom);\n // Ensure is a {from: {line, ch}, to: {line, ch}} object, and\n // forces those lines into the viewport (if possible).\n if (viewPort && viewPort.ensure) {\n var ensureFrom = viewPort.ensure.from.line, ensureTo = viewPort.ensure.to.line;\n if (ensureFrom < from)\n return {from: ensureFrom,\n to: lineAtHeight(doc, heightAtLine(getLine(doc, ensureFrom)) + display.wrapper.clientHeight)};\n if (Math.min(ensureTo, doc.lastLine()) >= to)\n return {from: lineAtHeight(doc, heightAtLine(getLine(doc, ensureTo)) - display.wrapper.clientHeight),\n to: ensureTo};\n }\n return {from: from, to: to};\n }\n\n // LINE NUMBERS\n\n // Re-align line numbers and gutter marks to compensate for\n // horizontal scrolling.\n function alignHorizontally(cm) {\n var display = cm.display, view = display.view;\n if (!display.alignWidgets && (!display.gutters.firstChild || !cm.options.fixedGutter)) return;\n var comp = compensateForHScroll(display) - display.scroller.scrollLeft + cm.doc.scrollLeft;\n var gutterW = display.gutters.offsetWidth, left = comp + \"px\";\n for (var i = 0; i < view.length; i++) if (!view[i].hidden) {\n if (cm.options.fixedGutter && view[i].gutter)\n view[i].gutter.style.left = left;\n var align = view[i].alignable;\n if (align) for (var j = 0; j < align.length; j++)\n align[j].style.left = left;\n }\n if (cm.options.fixedGutter)\n display.gutters.style.left = (comp + gutterW) + \"px\";\n }\n\n // Used to ensure that the line number gutter is still the right\n // size for the current document size. Returns true when an update\n // is needed.\n function maybeUpdateLineNumberWidth(cm) {\n if (!cm.options.lineNumbers) return false;\n var doc = cm.doc, last = lineNumberFor(cm.options, doc.first + doc.size - 1), display = cm.display;\n if (last.length != display.lineNumChars) {\n var test = display.measure.appendChild(elt(\"div\", [elt(\"div\", last)],\n \"CodeMirror-linenumber CodeMirror-gutter-elt\"));\n var innerW = test.firstChild.offsetWidth, padding = test.offsetWidth - innerW;\n display.lineGutter.style.width = \"\";\n display.lineNumInnerWidth = Math.max(innerW, display.lineGutter.offsetWidth - padding);\n display.lineNumWidth = display.lineNumInnerWidth + padding;\n display.lineNumChars = display.lineNumInnerWidth ? last.length : -1;\n display.lineGutter.style.width = display.lineNumWidth + \"px\";\n updateGutterSpace(cm);\n return true;\n }\n return false;\n }\n\n function lineNumberFor(options, i) {\n return String(options.lineNumberFormatter(i + options.firstLineNumber));\n }\n\n // Computes display.scroller.scrollLeft + display.gutters.offsetWidth,\n // but using getBoundingClientRect to get a sub-pixel-accurate\n // result.\n function compensateForHScroll(display) {\n return display.scroller.getBoundingClientRect().left - display.sizer.getBoundingClientRect().left;\n }\n\n // DISPLAY DRAWING\n\n // Updates the display, selection, and scrollbars, using the\n // information in display.view to find out which nodes are no longer\n // up-to-date. Tries to bail out early when no changes are needed,\n // unless forced is true.\n // Returns true if an actual update happened, false otherwise.\n function updateDisplay(cm, viewPort, forced) {\n var oldFrom = cm.display.viewFrom, oldTo = cm.display.viewTo, updated;\n var visible = visibleLines(cm.display, cm.doc, viewPort);\n for (var first = true;; first = false) {\n var oldWidth = cm.display.scroller.clientWidth;\n if (!updateDisplayInner(cm, visible, forced)) break;\n updated = true;\n\n // If the max line changed since it was last measured, measure it,\n // and ensure the document's width matches it.\n if (cm.display.maxLineChanged && !cm.options.lineWrapping)\n adjustContentWidth(cm);\n\n var barMeasure = measureForScrollbars(cm);\n updateSelection(cm);\n setDocumentHeight(cm, barMeasure);\n updateScrollbars(cm, barMeasure);\n if (webkit && cm.options.lineWrapping)\n checkForWebkitWidthBug(cm, barMeasure); // (Issue #2420)\n if (first && cm.options.lineWrapping && oldWidth != cm.display.scroller.clientWidth) {\n forced = true;\n continue;\n }\n forced = false;\n\n // Clip forced viewport to actual scrollable area.\n if (viewPort && viewPort.top != null)\n viewPort = {top: Math.min(barMeasure.docHeight - scrollerCutOff - barMeasure.clientHeight, viewPort.top)};\n // Updated line heights might result in the drawn area not\n // actually covering the viewport. Keep looping until it does.\n visible = visibleLines(cm.display, cm.doc, viewPort);\n if (visible.from >= cm.display.viewFrom && visible.to <= cm.display.viewTo)\n break;\n }\n\n cm.display.updateLineNumbers = null;\n if (updated) {\n signalLater(cm, \"update\", cm);\n if (cm.display.viewFrom != oldFrom || cm.display.viewTo != oldTo)\n signalLater(cm, \"viewportChange\", cm, cm.display.viewFrom, cm.display.viewTo);\n }\n return updated;\n }\n\n // Does the actual updating of the line display. Bails out\n // (returning false) when there is nothing to be done and forced is\n // false.\n function updateDisplayInner(cm, visible, forced) {\n var display = cm.display, doc = cm.doc;\n if (!display.wrapper.offsetWidth) {\n resetView(cm);\n return;\n }\n\n // Bail out if the visible area is already rendered and nothing changed.\n if (!forced && visible.from >= display.viewFrom && visible.to <= display.viewTo &&\n countDirtyView(cm) == 0)\n return;\n\n if (maybeUpdateLineNumberWidth(cm))\n resetView(cm);\n var dims = getDimensions(cm);\n\n // Compute a suitable new viewport (from & to)\n var end = doc.first + doc.size;\n var from = Math.max(visible.from - cm.options.viewportMargin, doc.first);\n var to = Math.min(end, visible.to + cm.options.viewportMargin);\n if (display.viewFrom < from && from - display.viewFrom < 20) from = Math.max(doc.first, display.viewFrom);\n if (display.viewTo > to && display.viewTo - to < 20) to = Math.min(end, display.viewTo);\n if (sawCollapsedSpans) {\n from = visualLineNo(cm.doc, from);\n to = visualLineEndNo(cm.doc, to);\n }\n\n var different = from != display.viewFrom || to != display.viewTo ||\n display.lastSizeC != display.wrapper.clientHeight;\n adjustView(cm, from, to);\n\n display.viewOffset = heightAtLine(getLine(cm.doc, display.viewFrom));\n // Position the mover div to align with the current scroll position\n cm.display.mover.style.top = display.viewOffset + \"px\";\n\n var toUpdate = countDirtyView(cm);\n if (!different && toUpdate == 0 && !forced) return;\n\n // For big changes, we hide the enclosing element during the\n // update, since that speeds up the operations on most browsers.\n var focused = activeElt();\n if (toUpdate > 4) display.lineDiv.style.display = \"none\";\n patchDisplay(cm, display.updateLineNumbers, dims);\n if (toUpdate > 4) display.lineDiv.style.display = \"\";\n // There might have been a widget with a focused element that got\n // hidden or updated, if so re-focus it.\n if (focused && activeElt() != focused && focused.offsetHeight) focused.focus();\n\n // Prevent selection and cursors from interfering with the scroll\n // width.\n removeChildren(display.cursorDiv);\n removeChildren(display.selectionDiv);\n\n if (different) {\n display.lastSizeC = display.wrapper.clientHeight;\n startWorker(cm, 400);\n }\n\n updateHeightsInViewport(cm);\n\n return true;\n }\n\n function adjustContentWidth(cm) {\n var display = cm.display;\n var width = measureChar(cm, display.maxLine, display.maxLine.text.length).left;\n display.maxLineChanged = false;\n var minWidth = Math.max(0, width + 3);\n var maxScrollLeft = Math.max(0, display.sizer.offsetLeft + minWidth + scrollerCutOff - display.scroller.clientWidth);\n display.sizer.style.minWidth = minWidth + \"px\";\n if (maxScrollLeft < cm.doc.scrollLeft)\n setScrollLeft(cm, Math.min(display.scroller.scrollLeft, maxScrollLeft), true);\n }\n\n function setDocumentHeight(cm, measure) {\n cm.display.sizer.style.minHeight = cm.display.heightForcer.style.top = measure.docHeight + \"px\";\n cm.display.gutters.style.height = Math.max(measure.docHeight, measure.clientHeight - scrollerCutOff) + \"px\";\n }\n\n\n function checkForWebkitWidthBug(cm, measure) {\n // Work around Webkit bug where it sometimes reserves space for a\n // non-existing phantom scrollbar in the scroller (Issue #2420)\n if (cm.display.sizer.offsetWidth + cm.display.gutters.offsetWidth < cm.display.scroller.clientWidth - 1) {\n cm.display.sizer.style.minHeight = cm.display.heightForcer.style.top = \"0px\";\n cm.display.gutters.style.height = measure.docHeight + \"px\";\n }\n }\n\n // Read the actual heights of the rendered lines, and update their\n // stored heights to match.\n function updateHeightsInViewport(cm) {\n var display = cm.display;\n var prevBottom = display.lineDiv.offsetTop;\n for (var i = 0; i < display.view.length; i++) {\n var cur = display.view[i], height;\n if (cur.hidden) continue;\n if (ie_upto7) {\n var bot = cur.node.offsetTop + cur.node.offsetHeight;\n height = bot - prevBottom;\n prevBottom = bot;\n } else {\n var box = cur.node.getBoundingClientRect();\n height = box.bottom - box.top;\n }\n var diff = cur.line.height - height;\n if (height < 2) height = textHeight(display);\n if (diff > .001 || diff < -.001) {\n updateLineHeight(cur.line, height);\n updateWidgetHeight(cur.line);\n if (cur.rest) for (var j = 0; j < cur.rest.length; j++)\n updateWidgetHeight(cur.rest[j]);\n }\n }\n }\n\n // Read and store the height of line widgets associated with the\n // given line.\n function updateWidgetHeight(line) {\n if (line.widgets) for (var i = 0; i < line.widgets.length; ++i)\n line.widgets[i].height = line.widgets[i].node.offsetHeight;\n }\n\n // Do a bulk-read of the DOM positions and sizes needed to draw the\n // view, so that we don't interleave reading and writing to the DOM.\n function getDimensions(cm) {\n var d = cm.display, left = {}, width = {};\n for (var n = d.gutters.firstChild, i = 0; n; n = n.nextSibling, ++i) {\n left[cm.options.gutters[i]] = n.offsetLeft;\n width[cm.options.gutters[i]] = n.offsetWidth;\n }\n return {fixedPos: compensateForHScroll(d),\n gutterTotalWidth: d.gutters.offsetWidth,\n gutterLeft: left,\n gutterWidth: width,\n wrapperWidth: d.wrapper.clientWidth};\n }\n\n // Sync the actual display DOM structure with display.view, removing\n // nodes for lines that are no longer in view, and creating the ones\n // that are not there yet, and updating the ones that are out of\n // date.\n function patchDisplay(cm, updateNumbersFrom, dims) {\n var display = cm.display, lineNumbers = cm.options.lineNumbers;\n var container = display.lineDiv, cur = container.firstChild;\n\n function rm(node) {\n var next = node.nextSibling;\n // Works around a throw-scroll bug in OS X Webkit\n if (webkit && mac && cm.display.currentWheelTarget == node)\n node.style.display = \"none\";\n else\n node.parentNode.removeChild(node);\n return next;\n }\n\n var view = display.view, lineN = display.viewFrom;\n // Loop over the elements in the view, syncing cur (the DOM nodes\n // in display.lineDiv) with the view as we go.\n for (var i = 0; i < view.length; i++) {\n var lineView = view[i];\n if (lineView.hidden) {\n } else if (!lineView.node) { // Not drawn yet\n var node = buildLineElement(cm, lineView, lineN, dims);\n container.insertBefore(node, cur);\n } else { // Already drawn\n while (cur != lineView.node) cur = rm(cur);\n var updateNumber = lineNumbers && updateNumbersFrom != null &&\n updateNumbersFrom <= lineN && lineView.lineNumber;\n if (lineView.changes) {\n if (indexOf(lineView.changes, \"gutter\") > -1) updateNumber = false;\n updateLineForChanges(cm, lineView, lineN, dims);\n }\n if (updateNumber) {\n removeChildren(lineView.lineNumber);\n lineView.lineNumber.appendChild(document.createTextNode(lineNumberFor(cm.options, lineN)));\n }\n cur = lineView.node.nextSibling;\n }\n lineN += lineView.size;\n }\n while (cur) cur = rm(cur);\n }\n\n // When an aspect of a line changes, a string is added to\n // lineView.changes. This updates the relevant part of the line's\n // DOM structure.\n function updateLineForChanges(cm, lineView, lineN, dims) {\n for (var j = 0; j < lineView.changes.length; j++) {\n var type = lineView.changes[j];\n if (type == \"text\") updateLineText(cm, lineView);\n else if (type == \"gutter\") updateLineGutter(cm, lineView, lineN, dims);\n else if (type == \"class\") updateLineClasses(lineView);\n else if (type == \"widget\") updateLineWidgets(lineView, dims);\n }\n lineView.changes = null;\n }\n\n // Lines with gutter elements, widgets or a background class need to\n // be wrapped, and have the extra elements added to the wrapper div\n function ensureLineWrapped(lineView) {\n if (lineView.node == lineView.text) {\n lineView.node = elt(\"div\", null, null, \"position: relative\");\n if (lineView.text.parentNode)\n lineView.text.parentNode.replaceChild(lineView.node, lineView.text);\n lineView.node.appendChild(lineView.text);\n if (ie_upto7) lineView.node.style.zIndex = 2;\n }\n return lineView.node;\n }\n\n function updateLineBackground(lineView) {\n var cls = lineView.bgClass ? lineView.bgClass + \" \" + (lineView.line.bgClass || \"\") : lineView.line.bgClass;\n if (cls) cls += \" CodeMirror-linebackground\";\n if (lineView.background) {\n if (cls) lineView.background.className = cls;\n else { lineView.background.parentNode.removeChild(lineView.background); lineView.background = null; }\n } else if (cls) {\n var wrap = ensureLineWrapped(lineView);\n lineView.background = wrap.insertBefore(elt(\"div\", null, cls), wrap.firstChild);\n }\n }\n\n // Wrapper around buildLineContent which will reuse the structure\n // in display.externalMeasured when possible.\n function getLineContent(cm, lineView) {\n var ext = cm.display.externalMeasured;\n if (ext && ext.line == lineView.line) {\n cm.display.externalMeasured = null;\n lineView.measure = ext.measure;\n return ext.built;\n }\n return buildLineContent(cm, lineView);\n }\n\n // Redraw the line's text. Interacts with the background and text\n // classes because the mode may output tokens that influence these\n // classes.\n function updateLineText(cm, lineView) {\n var cls = lineView.text.className;\n var built = getLineContent(cm, lineView);\n if (lineView.text == lineView.node) lineView.node = built.pre;\n lineView.text.parentNode.replaceChild(built.pre, lineView.text);\n lineView.text = built.pre;\n if (built.bgClass != lineView.bgClass || built.textClass != lineView.textClass) {\n lineView.bgClass = built.bgClass;\n lineView.textClass = built.textClass;\n updateLineClasses(lineView);\n } else if (cls) {\n lineView.text.className = cls;\n }\n }\n\n function updateLineClasses(lineView) {\n updateLineBackground(lineView);\n if (lineView.line.wrapClass)\n ensureLineWrapped(lineView).className = lineView.line.wrapClass;\n else if (lineView.node != lineView.text)\n lineView.node.className = \"\";\n var textClass = lineView.textClass ? lineView.textClass + \" \" + (lineView.line.textClass || \"\") : lineView.line.textClass;\n lineView.text.className = textClass || \"\";\n }\n\n function updateLineGutter(cm, lineView, lineN, dims) {\n if (lineView.gutter) {\n lineView.node.removeChild(lineView.gutter);\n lineView.gutter = null;\n }\n var markers = lineView.line.gutterMarkers;\n if (cm.options.lineNumbers || markers) {\n var wrap = ensureLineWrapped(lineView);\n var gutterWrap = lineView.gutter =\n wrap.insertBefore(elt(\"div\", null, \"CodeMirror-gutter-wrapper\", \"position: absolute; left: \" +\n (cm.options.fixedGutter ? dims.fixedPos : -dims.gutterTotalWidth) + \"px\"),\n lineView.text);\n if (cm.options.lineNumbers && (!markers || !markers[\"CodeMirror-linenumbers\"]))\n lineView.lineNumber = gutterWrap.appendChild(\n elt(\"div\", lineNumberFor(cm.options, lineN),\n \"CodeMirror-linenumber CodeMirror-gutter-elt\",\n \"left: \" + dims.gutterLeft[\"CodeMirror-linenumbers\"] + \"px; width: \"\n + cm.display.lineNumInnerWidth + \"px\"));\n if (markers) for (var k = 0; k < cm.options.gutters.length; ++k) {\n var id = cm.options.gutters[k], found = markers.hasOwnProperty(id) && markers[id];\n if (found)\n gutterWrap.appendChild(elt(\"div\", [found], \"CodeMirror-gutter-elt\", \"left: \" +\n dims.gutterLeft[id] + \"px; width: \" + dims.gutterWidth[id] + \"px\"));\n }\n }\n }\n\n function updateLineWidgets(lineView, dims) {\n if (lineView.alignable) lineView.alignable = null;\n for (var node = lineView.node.firstChild, next; node; node = next) {\n var next = node.nextSibling;\n if (node.className == \"CodeMirror-linewidget\")\n lineView.node.removeChild(node);\n }\n insertLineWidgets(lineView, dims);\n }\n\n // Build a line's DOM representation from scratch\n function buildLineElement(cm, lineView, lineN, dims) {\n var built = getLineContent(cm, lineView);\n lineView.text = lineView.node = built.pre;\n if (built.bgClass) lineView.bgClass = built.bgClass;\n if (built.textClass) lineView.textClass = built.textClass;\n\n updateLineClasses(lineView);\n updateLineGutter(cm, lineView, lineN, dims);\n insertLineWidgets(lineView, dims);\n return lineView.node;\n }\n\n // A lineView may contain multiple logical lines (when merged by\n // collapsed spans). The widgets for all of them need to be drawn.\n function insertLineWidgets(lineView, dims) {\n insertLineWidgetsFor(lineView.line, lineView, dims, true);\n if (lineView.rest) for (var i = 0; i < lineView.rest.length; i++)\n insertLineWidgetsFor(lineView.rest[i], lineView, dims, false);\n }\n\n function insertLineWidgetsFor(line, lineView, dims, allowAbove) {\n if (!line.widgets) return;\n var wrap = ensureLineWrapped(lineView);\n for (var i = 0, ws = line.widgets; i < ws.length; ++i) {\n var widget = ws[i], node = elt(\"div\", [widget.node], \"CodeMirror-linewidget\");\n if (!widget.handleMouseEvents) node.ignoreEvents = true;\n positionLineWidget(widget, node, lineView, dims);\n if (allowAbove && widget.above)\n wrap.insertBefore(node, lineView.gutter || lineView.text);\n else\n wrap.appendChild(node);\n signalLater(widget, \"redraw\");\n }\n }\n\n function positionLineWidget(widget, node, lineView, dims) {\n if (widget.noHScroll) {\n (lineView.alignable || (lineView.alignable = [])).push(node);\n var width = dims.wrapperWidth;\n node.style.left = dims.fixedPos + \"px\";\n if (!widget.coverGutter) {\n width -= dims.gutterTotalWidth;\n node.style.paddingLeft = dims.gutterTotalWidth + \"px\";\n }\n node.style.width = width + \"px\";\n }\n if (widget.coverGutter) {\n node.style.zIndex = 5;\n node.style.position = \"relative\";\n if (!widget.noHScroll) node.style.marginLeft = -dims.gutterTotalWidth + \"px\";\n }\n }\n\n // POSITION OBJECT\n\n // A Pos instance represents a position within the text.\n var Pos = CodeMirror.Pos = function(line, ch) {\n if (!(this instanceof Pos)) return new Pos(line, ch);\n this.line = line; this.ch = ch;\n };\n\n // Compare two positions, return 0 if they are the same, a negative\n // number when a is less, and a positive number otherwise.\n var cmp = CodeMirror.cmpPos = function(a, b) { return a.line - b.line || a.ch - b.ch; };\n\n function copyPos(x) {return Pos(x.line, x.ch);}\n function maxPos(a, b) { return cmp(a, b) < 0 ? b : a; }\n function minPos(a, b) { return cmp(a, b) < 0 ? a : b; }\n\n // SELECTION / CURSOR\n\n // Selection objects are immutable. A new one is created every time\n // the selection changes. A selection is one or more non-overlapping\n // (and non-touching) ranges, sorted, and an integer that indicates\n // which one is the primary selection (the one that's scrolled into\n // view, that getCursor returns, etc).\n function Selection(ranges, primIndex) {\n this.ranges = ranges;\n this.primIndex = primIndex;\n }\n\n Selection.prototype = {\n primary: function() { return this.ranges[this.primIndex]; },\n equals: function(other) {\n if (other == this) return true;\n if (other.primIndex != this.primIndex || other.ranges.length != this.ranges.length) return false;\n for (var i = 0; i < this.ranges.length; i++) {\n var here = this.ranges[i], there = other.ranges[i];\n if (cmp(here.anchor, there.anchor) != 0 || cmp(here.head, there.head) != 0) return false;\n }\n return true;\n },\n deepCopy: function() {\n for (var out = [], i = 0; i < this.ranges.length; i++)\n out[i] = new Range(copyPos(this.ranges[i].anchor), copyPos(this.ranges[i].head));\n return new Selection(out, this.primIndex);\n },\n somethingSelected: function() {\n for (var i = 0; i < this.ranges.length; i++)\n if (!this.ranges[i].empty()) return true;\n return false;\n },\n contains: function(pos, end) {\n if (!end) end = pos;\n for (var i = 0; i < this.ranges.length; i++) {\n var range = this.ranges[i];\n if (cmp(end, range.from()) >= 0 && cmp(pos, range.to()) <= 0)\n return i;\n }\n return -1;\n }\n };\n\n function Range(anchor, head) {\n this.anchor = anchor; this.head = head;\n }\n\n Range.prototype = {\n from: function() { return minPos(this.anchor, this.head); },\n to: function() { return maxPos(this.anchor, this.head); },\n empty: function() {\n return this.head.line == this.anchor.line && this.head.ch == this.anchor.ch;\n }\n };\n\n // Take an unsorted, potentially overlapping set of ranges, and\n // build a selection out of it. 'Consumes' ranges array (modifying\n // it).\n function normalizeSelection(ranges, primIndex) {\n var prim = ranges[primIndex];\n ranges.sort(function(a, b) { return cmp(a.from(), b.from()); });\n primIndex = indexOf(ranges, prim);\n for (var i = 1; i < ranges.length; i++) {\n var cur = ranges[i], prev = ranges[i - 1];\n if (cmp(prev.to(), cur.from()) >= 0) {\n var from = minPos(prev.from(), cur.from()), to = maxPos(prev.to(), cur.to());\n var inv = prev.empty() ? cur.from() == cur.head : prev.from() == prev.head;\n if (i <= primIndex) --primIndex;\n ranges.splice(--i, 2, new Range(inv ? to : from, inv ? from : to));\n }\n }\n return new Selection(ranges, primIndex);\n }\n\n function simpleSelection(anchor, head) {\n return new Selection([new Range(anchor, head || anchor)], 0);\n }\n\n // Most of the external API clips given positions to make sure they\n // actually exist within the document.\n function clipLine(doc, n) {return Math.max(doc.first, Math.min(n, doc.first + doc.size - 1));}\n function clipPos(doc, pos) {\n if (pos.line < doc.first) return Pos(doc.first, 0);\n var last = doc.first + doc.size - 1;\n if (pos.line > last) return Pos(last, getLine(doc, last).text.length);\n return clipToLen(pos, getLine(doc, pos.line).text.length);\n }\n function clipToLen(pos, linelen) {\n var ch = pos.ch;\n if (ch == null || ch > linelen) return Pos(pos.line, linelen);\n else if (ch < 0) return Pos(pos.line, 0);\n else return pos;\n }\n function isLine(doc, l) {return l >= doc.first && l < doc.first + doc.size;}\n function clipPosArray(doc, array) {\n for (var out = [], i = 0; i < array.length; i++) out[i] = clipPos(doc, array[i]);\n return out;\n }\n\n // SELECTION UPDATES\n\n // The 'scroll' parameter given to many of these indicated whether\n // the new cursor position should be scrolled into view after\n // modifying the selection.\n\n // If shift is held or the extend flag is set, extends a range to\n // include a given position (and optionally a second position).\n // Otherwise, simply returns the range between the given positions.\n // Used for cursor motion and such.\n function extendRange(doc, range, head, other) {\n if (doc.cm && doc.cm.display.shift || doc.extend) {\n var anchor = range.anchor;\n if (other) {\n var posBefore = cmp(head, anchor) < 0;\n if (posBefore != (cmp(other, anchor) < 0)) {\n anchor = head;\n head = other;\n } else if (posBefore != (cmp(head, other) < 0)) {\n head = other;\n }\n }\n return new Range(anchor, head);\n } else {\n return new Range(other || head, head);\n }\n }\n\n // Extend the primary selection range, discard the rest.\n function extendSelection(doc, head, other, options) {\n setSelection(doc, new Selection([extendRange(doc, doc.sel.primary(), head, other)], 0), options);\n }\n\n // Extend all selections (pos is an array of selections with length\n // equal the number of selections)\n function extendSelections(doc, heads, options) {\n for (var out = [], i = 0; i < doc.sel.ranges.length; i++)\n out[i] = extendRange(doc, doc.sel.ranges[i], heads[i], null);\n var newSel = normalizeSelection(out, doc.sel.primIndex);\n setSelection(doc, newSel, options);\n }\n\n // Updates a single range in the selection.\n function replaceOneSelection(doc, i, range, options) {\n var ranges = doc.sel.ranges.slice(0);\n ranges[i] = range;\n setSelection(doc, normalizeSelection(ranges, doc.sel.primIndex), options);\n }\n\n // Reset the selection to a single range.\n function setSimpleSelection(doc, anchor, head, options) {\n setSelection(doc, simpleSelection(anchor, head), options);\n }\n\n // Give beforeSelectionChange handlers a change to influence a\n // selection update.\n function filterSelectionChange(doc, sel) {\n var obj = {\n ranges: sel.ranges,\n update: function(ranges) {\n this.ranges = [];\n for (var i = 0; i < ranges.length; i++)\n this.ranges[i] = new Range(clipPos(doc, ranges[i].anchor),\n clipPos(doc, ranges[i].head));\n }\n };\n signal(doc, \"beforeSelectionChange\", doc, obj);\n if (doc.cm) signal(doc.cm, \"beforeSelectionChange\", doc.cm, obj);\n if (obj.ranges != sel.ranges) return normalizeSelection(obj.ranges, obj.ranges.length - 1);\n else return sel;\n }\n\n function setSelectionReplaceHistory(doc, sel, options) {\n var done = doc.history.done, last = lst(done);\n if (last && last.ranges) {\n done[done.length - 1] = sel;\n setSelectionNoUndo(doc, sel, options);\n } else {\n setSelection(doc, sel, options);\n }\n }\n\n // Set a new selection.\n function setSelection(doc, sel, options) {\n setSelectionNoUndo(doc, sel, options);\n addSelectionToHistory(doc, doc.sel, doc.cm ? doc.cm.curOp.id : NaN, options);\n }\n\n function setSelectionNoUndo(doc, sel, options) {\n if (hasHandler(doc, \"beforeSelectionChange\") || doc.cm && hasHandler(doc.cm, \"beforeSelectionChange\"))\n sel = filterSelectionChange(doc, sel);\n\n var bias = cmp(sel.primary().head, doc.sel.primary().head) < 0 ? -1 : 1;\n setSelectionInner(doc, skipAtomicInSelection(doc, sel, bias, true));\n\n if (!(options && options.scroll === false) && doc.cm)\n ensureCursorVisible(doc.cm);\n }\n\n function setSelectionInner(doc, sel) {\n if (sel.equals(doc.sel)) return;\n\n doc.sel = sel;\n\n if (doc.cm) {\n doc.cm.curOp.updateInput = doc.cm.curOp.selectionChanged = true;\n signalCursorActivity(doc.cm);\n }\n signalLater(doc, \"cursorActivity\", doc);\n }\n\n // Verify that the selection does not partially select any atomic\n // marked ranges.\n function reCheckSelection(doc) {\n setSelectionInner(doc, skipAtomicInSelection(doc, doc.sel, null, false), sel_dontScroll);\n }\n\n // Return a selection that does not partially select any atomic\n // ranges.\n function skipAtomicInSelection(doc, sel, bias, mayClear) {\n var out;\n for (var i = 0; i < sel.ranges.length; i++) {\n var range = sel.ranges[i];\n var newAnchor = skipAtomic(doc, range.anchor, bias, mayClear);\n var newHead = skipAtomic(doc, range.head, bias, mayClear);\n if (out || newAnchor != range.anchor || newHead != range.head) {\n if (!out) out = sel.ranges.slice(0, i);\n out[i] = new Range(newAnchor, newHead);\n }\n }\n return out ? normalizeSelection(out, sel.primIndex) : sel;\n }\n\n // Ensure a given position is not inside an atomic range.\n function skipAtomic(doc, pos, bias, mayClear) {\n var flipped = false, curPos = pos;\n var dir = bias || 1;\n doc.cantEdit = false;\n search: for (;;) {\n var line = getLine(doc, curPos.line);\n if (line.markedSpans) {\n for (var i = 0; i < line.markedSpans.length; ++i) {\n var sp = line.markedSpans[i], m = sp.marker;\n if ((sp.from == null || (m.inclusiveLeft ? sp.from <= curPos.ch : sp.from < curPos.ch)) &&\n (sp.to == null || (m.inclusiveRight ? sp.to >= curPos.ch : sp.to > curPos.ch))) {\n if (mayClear) {\n signal(m, \"beforeCursorEnter\");\n if (m.explicitlyCleared) {\n if (!line.markedSpans) break;\n else {--i; continue;}\n }\n }\n if (!m.atomic) continue;\n var newPos = m.find(dir < 0 ? -1 : 1);\n if (cmp(newPos, curPos) == 0) {\n newPos.ch += dir;\n if (newPos.ch < 0) {\n if (newPos.line > doc.first) newPos = clipPos(doc, Pos(newPos.line - 1));\n else newPos = null;\n } else if (newPos.ch > line.text.length) {\n if (newPos.line < doc.first + doc.size - 1) newPos = Pos(newPos.line + 1, 0);\n else newPos = null;\n }\n if (!newPos) {\n if (flipped) {\n // Driven in a corner -- no valid cursor position found at all\n // -- try again *with* clearing, if we didn't already\n if (!mayClear) return skipAtomic(doc, pos, bias, true);\n // Otherwise, turn off editing until further notice, and return the start of the doc\n doc.cantEdit = true;\n return Pos(doc.first, 0);\n }\n flipped = true; newPos = pos; dir = -dir;\n }\n }\n curPos = newPos;\n continue search;\n }\n }\n }\n return curPos;\n }\n }\n\n // SELECTION DRAWING\n\n // Redraw the selection and/or cursor\n function updateSelection(cm) {\n var display = cm.display, doc = cm.doc;\n var curFragment = document.createDocumentFragment();\n var selFragment = document.createDocumentFragment();\n\n for (var i = 0; i < doc.sel.ranges.length; i++) {\n var range = doc.sel.ranges[i];\n var collapsed = range.empty();\n if (collapsed || cm.options.showCursorWhenSelecting)\n drawSelectionCursor(cm, range, curFragment);\n if (!collapsed)\n drawSelectionRange(cm, range, selFragment);\n }\n\n // Move the hidden textarea near the cursor to prevent scrolling artifacts\n if (cm.options.moveInputWithCursor) {\n var headPos = cursorCoords(cm, doc.sel.primary().head, \"div\");\n var wrapOff = display.wrapper.getBoundingClientRect(), lineOff = display.lineDiv.getBoundingClientRect();\n var top = Math.max(0, Math.min(display.wrapper.clientHeight - 10,\n headPos.top + lineOff.top - wrapOff.top));\n var left = Math.max(0, Math.min(display.wrapper.clientWidth - 10,\n headPos.left + lineOff.left - wrapOff.left));\n display.inputDiv.style.top = top + \"px\";\n display.inputDiv.style.left = left + \"px\";\n }\n\n removeChildrenAndAdd(display.cursorDiv, curFragment);\n removeChildrenAndAdd(display.selectionDiv, selFragment);\n }\n\n // Draws a cursor for the given range\n function drawSelectionCursor(cm, range, output) {\n var pos = cursorCoords(cm, range.head, \"div\");\n\n var cursor = output.appendChild(elt(\"div\", \"\\u00a0\", \"CodeMirror-cursor\"));\n cursor.style.left = pos.left + \"px\";\n cursor.style.top = pos.top + \"px\";\n cursor.style.height = Math.max(0, pos.bottom - pos.top) * cm.options.cursorHeight + \"px\";\n\n if (pos.other) {\n // Secondary cursor, shown when on a 'jump' in bi-directional text\n var otherCursor = output.appendChild(elt(\"div\", \"\\u00a0\", \"CodeMirror-cursor CodeMirror-secondarycursor\"));\n otherCursor.style.display = \"\";\n otherCursor.style.left = pos.other.left + \"px\";\n otherCursor.style.top = pos.other.top + \"px\";\n otherCursor.style.height = (pos.other.bottom - pos.other.top) * .85 + \"px\";\n }\n }\n\n // Draws the given range as a highlighted selection\n function drawSelectionRange(cm, range, output) {\n var display = cm.display, doc = cm.doc;\n var fragment = document.createDocumentFragment();\n var padding = paddingH(cm.display), leftSide = padding.left, rightSide = display.lineSpace.offsetWidth - padding.right;\n\n function add(left, top, width, bottom) {\n if (top < 0) top = 0;\n top = Math.round(top);\n bottom = Math.round(bottom);\n fragment.appendChild(elt(\"div\", null, \"CodeMirror-selected\", \"position: absolute; left: \" + left +\n \"px; top: \" + top + \"px; width: \" + (width == null ? rightSide - left : width) +\n \"px; height: \" + (bottom - top) + \"px\"));\n }\n\n function drawForLine(line, fromArg, toArg) {\n var lineObj = getLine(doc, line);\n var lineLen = lineObj.text.length;\n var start, end;\n function coords(ch, bias) {\n return charCoords(cm, Pos(line, ch), \"div\", lineObj, bias);\n }\n\n iterateBidiSections(getOrder(lineObj), fromArg || 0, toArg == null ? lineLen : toArg, function(from, to, dir) {\n var leftPos = coords(from, \"left\"), rightPos, left, right;\n if (from == to) {\n rightPos = leftPos;\n left = right = leftPos.left;\n } else {\n rightPos = coords(to - 1, \"right\");\n if (dir == \"rtl\") { var tmp = leftPos; leftPos = rightPos; rightPos = tmp; }\n left = leftPos.left;\n right = rightPos.right;\n }\n if (fromArg == null && from == 0) left = leftSide;\n if (rightPos.top - leftPos.top > 3) { // Different lines, draw top part\n add(left, leftPos.top, null, leftPos.bottom);\n left = leftSide;\n if (leftPos.bottom < rightPos.top) add(left, leftPos.bottom, null, rightPos.top);\n }\n if (toArg == null && to == lineLen) right = rightSide;\n if (!start || leftPos.top < start.top || leftPos.top == start.top && leftPos.left < start.left)\n start = leftPos;\n if (!end || rightPos.bottom > end.bottom || rightPos.bottom == end.bottom && rightPos.right > end.right)\n end = rightPos;\n if (left < leftSide + 1) left = leftSide;\n add(left, rightPos.top, right - left, rightPos.bottom);\n });\n return {start: start, end: end};\n }\n\n var sFrom = range.from(), sTo = range.to();\n if (sFrom.line == sTo.line) {\n drawForLine(sFrom.line, sFrom.ch, sTo.ch);\n } else {\n var fromLine = getLine(doc, sFrom.line), toLine = getLine(doc, sTo.line);\n var singleVLine = visualLine(fromLine) == visualLine(toLine);\n var leftEnd = drawForLine(sFrom.line, sFrom.ch, singleVLine ? fromLine.text.length + 1 : null).end;\n var rightStart = drawForLine(sTo.line, singleVLine ? 0 : null, sTo.ch).start;\n if (singleVLine) {\n if (leftEnd.top < rightStart.top - 2) {\n add(leftEnd.right, leftEnd.top, null, leftEnd.bottom);\n add(leftSide, rightStart.top, rightStart.left, rightStart.bottom);\n } else {\n add(leftEnd.right, leftEnd.top, rightStart.left - leftEnd.right, leftEnd.bottom);\n }\n }\n if (leftEnd.bottom < rightStart.top)\n add(leftSide, leftEnd.bottom, null, rightStart.top);\n }\n\n output.appendChild(fragment);\n }\n\n // Cursor-blinking\n function restartBlink(cm) {\n if (!cm.state.focused) return;\n var display = cm.display;\n clearInterval(display.blinker);\n var on = true;\n display.cursorDiv.style.visibility = \"\";\n if (cm.options.cursorBlinkRate > 0)\n display.blinker = setInterval(function() {\n display.cursorDiv.style.visibility = (on = !on) ? \"\" : \"hidden\";\n }, cm.options.cursorBlinkRate);\n }\n\n // HIGHLIGHT WORKER\n\n function startWorker(cm, time) {\n if (cm.doc.mode.startState && cm.doc.frontier < cm.display.viewTo)\n cm.state.highlight.set(time, bind(highlightWorker, cm));\n }\n\n function highlightWorker(cm) {\n var doc = cm.doc;\n if (doc.frontier < doc.first) doc.frontier = doc.first;\n if (doc.frontier >= cm.display.viewTo) return;\n var end = +new Date + cm.options.workTime;\n var state = copyState(doc.mode, getStateBefore(cm, doc.frontier));\n\n runInOp(cm, function() {\n doc.iter(doc.frontier, Math.min(doc.first + doc.size, cm.display.viewTo + 500), function(line) {\n if (doc.frontier >= cm.display.viewFrom) { // Visible\n var oldStyles = line.styles;\n var highlighted = highlightLine(cm, line, state, true);\n line.styles = highlighted.styles;\n if (highlighted.classes) line.styleClasses = highlighted.classes;\n else if (line.styleClasses) line.styleClasses = null;\n var ischange = !oldStyles || oldStyles.length != line.styles.length;\n for (var i = 0; !ischange && i < oldStyles.length; ++i) ischange = oldStyles[i] != line.styles[i];\n if (ischange) regLineChange(cm, doc.frontier, \"text\");\n line.stateAfter = copyState(doc.mode, state);\n } else {\n processLine(cm, line.text, state);\n line.stateAfter = doc.frontier % 5 == 0 ? copyState(doc.mode, state) : null;\n }\n ++doc.frontier;\n if (+new Date > end) {\n startWorker(cm, cm.options.workDelay);\n return true;\n }\n });\n });\n }\n\n // Finds the line to start with when starting a parse. Tries to\n // find a line with a stateAfter, so that it can start with a\n // valid state. If that fails, it returns the line with the\n // smallest indentation, which tends to need the least context to\n // parse correctly.\n function findStartLine(cm, n, precise) {\n var minindent, minline, doc = cm.doc;\n var lim = precise ? -1 : n - (cm.doc.mode.innerMode ? 1000 : 100);\n for (var search = n; search > lim; --search) {\n if (search <= doc.first) return doc.first;\n var line = getLine(doc, search - 1);\n if (line.stateAfter && (!precise || search <= doc.frontier)) return search;\n var indented = countColumn(line.text, null, cm.options.tabSize);\n if (minline == null || minindent > indented) {\n minline = search - 1;\n minindent = indented;\n }\n }\n return minline;\n }\n\n function getStateBefore(cm, n, precise) {\n var doc = cm.doc, display = cm.display;\n if (!doc.mode.startState) return true;\n var pos = findStartLine(cm, n, precise), state = pos > doc.first && getLine(doc, pos-1).stateAfter;\n if (!state) state = startState(doc.mode);\n else state = copyState(doc.mode, state);\n doc.iter(pos, n, function(line) {\n processLine(cm, line.text, state);\n var save = pos == n - 1 || pos % 5 == 0 || pos >= display.viewFrom && pos < display.viewTo;\n line.stateAfter = save ? copyState(doc.mode, state) : null;\n ++pos;\n });\n if (precise) doc.frontier = pos;\n return state;\n }\n\n // POSITION MEASUREMENT\n\n function paddingTop(display) {return display.lineSpace.offsetTop;}\n function paddingVert(display) {return display.mover.offsetHeight - display.lineSpace.offsetHeight;}\n function paddingH(display) {\n if (display.cachedPaddingH) return display.cachedPaddingH;\n var e = removeChildrenAndAdd(display.measure, elt(\"pre\", \"x\"));\n var style = window.getComputedStyle ? window.getComputedStyle(e) : e.currentStyle;\n var data = {left: parseInt(style.paddingLeft), right: parseInt(style.paddingRight)};\n if (!isNaN(data.left) && !isNaN(data.right)) display.cachedPaddingH = data;\n return data;\n }\n\n // Ensure the lineView.wrapping.heights array is populated. This is\n // an array of bottom offsets for the lines that make up a drawn\n // line. When lineWrapping is on, there might be more than one\n // height.\n function ensureLineHeights(cm, lineView, rect) {\n var wrapping = cm.options.lineWrapping;\n var curWidth = wrapping && cm.display.scroller.clientWidth;\n if (!lineView.measure.heights || wrapping && lineView.measure.width != curWidth) {\n var heights = lineView.measure.heights = [];\n if (wrapping) {\n lineView.measure.width = curWidth;\n var rects = lineView.text.firstChild.getClientRects();\n for (var i = 0; i < rects.length - 1; i++) {\n var cur = rects[i], next = rects[i + 1];\n if (Math.abs(cur.bottom - next.bottom) > 2)\n heights.push((cur.bottom + next.top) / 2 - rect.top);\n }\n }\n heights.push(rect.bottom - rect.top);\n }\n }\n\n // Find a line map (mapping character offsets to text nodes) and a\n // measurement cache for the given line number. (A line view might\n // contain multiple lines when collapsed ranges are present.)\n function mapFromLineView(lineView, line, lineN) {\n if (lineView.line == line)\n return {map: lineView.measure.map, cache: lineView.measure.cache};\n for (var i = 0; i < lineView.rest.length; i++)\n if (lineView.rest[i] == line)\n return {map: lineView.measure.maps[i], cache: lineView.measure.caches[i]};\n for (var i = 0; i < lineView.rest.length; i++)\n if (lineNo(lineView.rest[i]) > lineN)\n return {map: lineView.measure.maps[i], cache: lineView.measure.caches[i], before: true};\n }\n\n // Render a line into the hidden node display.externalMeasured. Used\n // when measurement is needed for a line that's not in the viewport.\n function updateExternalMeasurement(cm, line) {\n line = visualLine(line);\n var lineN = lineNo(line);\n var view = cm.display.externalMeasured = new LineView(cm.doc, line, lineN);\n view.lineN = lineN;\n var built = view.built = buildLineContent(cm, view);\n view.text = built.pre;\n removeChildrenAndAdd(cm.display.lineMeasure, built.pre);\n return view;\n }\n\n // Get a {top, bottom, left, right} box (in line-local coordinates)\n // for a given character.\n function measureChar(cm, line, ch, bias) {\n return measureCharPrepared(cm, prepareMeasureForLine(cm, line), ch, bias);\n }\n\n // Find a line view that corresponds to the given line number.\n function findViewForLine(cm, lineN) {\n if (lineN >= cm.display.viewFrom && lineN < cm.display.viewTo)\n return cm.display.view[findViewIndex(cm, lineN)];\n var ext = cm.display.externalMeasured;\n if (ext && lineN >= ext.lineN && lineN < ext.lineN + ext.size)\n return ext;\n }\n\n // Measurement can be split in two steps, the set-up work that\n // applies to the whole line, and the measurement of the actual\n // character. Functions like coordsChar, that need to do a lot of\n // measurements in a row, can thus ensure that the set-up work is\n // only done once.\n function prepareMeasureForLine(cm, line) {\n var lineN = lineNo(line);\n var view = findViewForLine(cm, lineN);\n if (view && !view.text)\n view = null;\n else if (view && view.changes)\n updateLineForChanges(cm, view, lineN, getDimensions(cm));\n if (!view)\n view = updateExternalMeasurement(cm, line);\n\n var info = mapFromLineView(view, line, lineN);\n return {\n line: line, view: view, rect: null,\n map: info.map, cache: info.cache, before: info.before,\n hasHeights: false\n };\n }\n\n // Given a prepared measurement object, measures the position of an\n // actual character (or fetches it from the cache).\n function measureCharPrepared(cm, prepared, ch, bias) {\n if (prepared.before) ch = -1;\n var key = ch + (bias || \"\"), found;\n if (prepared.cache.hasOwnProperty(key)) {\n found = prepared.cache[key];\n } else {\n if (!prepared.rect)\n prepared.rect = prepared.view.text.getBoundingClientRect();\n if (!prepared.hasHeights) {\n ensureLineHeights(cm, prepared.view, prepared.rect);\n prepared.hasHeights = true;\n }\n found = measureCharInner(cm, prepared, ch, bias);\n if (!found.bogus) prepared.cache[key] = found;\n }\n return {left: found.left, right: found.right, top: found.top, bottom: found.bottom};\n }\n\n var nullRect = {left: 0, right: 0, top: 0, bottom: 0};\n\n function measureCharInner(cm, prepared, ch, bias) {\n var map = prepared.map;\n\n var node, start, end, collapse;\n // First, search the line map for the text node corresponding to,\n // or closest to, the target character.\n for (var i = 0; i < map.length; i += 3) {\n var mStart = map[i], mEnd = map[i + 1];\n if (ch < mStart) {\n start = 0; end = 1;\n collapse = \"left\";\n } else if (ch < mEnd) {\n start = ch - mStart;\n end = start + 1;\n } else if (i == map.length - 3 || ch == mEnd && map[i + 3] > ch) {\n end = mEnd - mStart;\n start = end - 1;\n if (ch >= mEnd) collapse = \"right\";\n }\n if (start != null) {\n node = map[i + 2];\n if (mStart == mEnd && bias == (node.insertLeft ? \"left\" : \"right\"))\n collapse = bias;\n if (bias == \"left\" && start == 0)\n while (i && map[i - 2] == map[i - 3] && map[i - 1].insertLeft) {\n node = map[(i -= 3) + 2];\n collapse = \"left\";\n }\n if (bias == \"right\" && start == mEnd - mStart)\n while (i < map.length - 3 && map[i + 3] == map[i + 4] && !map[i + 5].insertLeft) {\n node = map[(i += 3) + 2];\n collapse = \"right\";\n }\n break;\n }\n }\n\n var rect;\n if (node.nodeType == 3) { // If it is a text node, use a range to retrieve the coordinates.\n while (start && isExtendingChar(prepared.line.text.charAt(mStart + start))) --start;\n while (mStart + end < mEnd && isExtendingChar(prepared.line.text.charAt(mStart + end))) ++end;\n if (ie_upto8 && start == 0 && end == mEnd - mStart) {\n rect = node.parentNode.getBoundingClientRect();\n } else if (ie && cm.options.lineWrapping) {\n var rects = range(node, start, end).getClientRects();\n if (rects.length)\n rect = rects[bias == \"right\" ? rects.length - 1 : 0];\n else\n rect = nullRect;\n } else {\n rect = range(node, start, end).getBoundingClientRect() || nullRect;\n }\n } else { // If it is a widget, simply get the box for the whole widget.\n if (start > 0) collapse = bias = \"right\";\n var rects;\n if (cm.options.lineWrapping && (rects = node.getClientRects()).length > 1)\n rect = rects[bias == \"right\" ? rects.length - 1 : 0];\n else\n rect = node.getBoundingClientRect();\n }\n if (ie_upto8 && !start && (!rect || !rect.left && !rect.right)) {\n var rSpan = node.parentNode.getClientRects()[0];\n if (rSpan)\n rect = {left: rSpan.left, right: rSpan.left + charWidth(cm.display), top: rSpan.top, bottom: rSpan.bottom};\n else\n rect = nullRect;\n }\n\n var top, bot = (rect.bottom + rect.top) / 2 - prepared.rect.top;\n var heights = prepared.view.measure.heights;\n for (var i = 0; i < heights.length - 1; i++)\n if (bot < heights[i]) break;\n top = i ? heights[i - 1] : 0; bot = heights[i];\n var result = {left: (collapse == \"right\" ? rect.right : rect.left) - prepared.rect.left,\n right: (collapse == \"left\" ? rect.left : rect.right) - prepared.rect.left,\n top: top, bottom: bot};\n if (!rect.left && !rect.right) result.bogus = true;\n return result;\n }\n\n function clearLineMeasurementCacheFor(lineView) {\n if (lineView.measure) {\n lineView.measure.cache = {};\n lineView.measure.heights = null;\n if (lineView.rest) for (var i = 0; i < lineView.rest.length; i++)\n lineView.measure.caches[i] = {};\n }\n }\n\n function clearLineMeasurementCache(cm) {\n cm.display.externalMeasure = null;\n removeChildren(cm.display.lineMeasure);\n for (var i = 0; i < cm.display.view.length; i++)\n clearLineMeasurementCacheFor(cm.display.view[i]);\n }\n\n function clearCaches(cm) {\n clearLineMeasurementCache(cm);\n cm.display.cachedCharWidth = cm.display.cachedTextHeight = cm.display.cachedPaddingH = null;\n if (!cm.options.lineWrapping) cm.display.maxLineChanged = true;\n cm.display.lineNumChars = null;\n }\n\n function pageScrollX() { return window.pageXOffset || (document.documentElement || document.body).scrollLeft; }\n function pageScrollY() { return window.pageYOffset || (document.documentElement || document.body).scrollTop; }\n\n // Converts a {top, bottom, left, right} box from line-local\n // coordinates into another coordinate system. Context may be one of\n // \"line\", \"div\" (display.lineDiv), \"local\"/null (editor), or \"page\".\n function intoCoordSystem(cm, lineObj, rect, context) {\n if (lineObj.widgets) for (var i = 0; i < lineObj.widgets.length; ++i) if (lineObj.widgets[i].above) {\n var size = widgetHeight(lineObj.widgets[i]);\n rect.top += size; rect.bottom += size;\n }\n if (context == \"line\") return rect;\n if (!context) context = \"local\";\n var yOff = heightAtLine(lineObj);\n if (context == \"local\") yOff += paddingTop(cm.display);\n else yOff -= cm.display.viewOffset;\n if (context == \"page\" || context == \"window\") {\n var lOff = cm.display.lineSpace.getBoundingClientRect();\n yOff += lOff.top + (context == \"window\" ? 0 : pageScrollY());\n var xOff = lOff.left + (context == \"window\" ? 0 : pageScrollX());\n rect.left += xOff; rect.right += xOff;\n }\n rect.top += yOff; rect.bottom += yOff;\n return rect;\n }\n\n // Coverts a box from \"div\" coords to another coordinate system.\n // Context may be \"window\", \"page\", \"div\", or \"local\"/null.\n function fromCoordSystem(cm, coords, context) {\n if (context == \"div\") return coords;\n var left = coords.left, top = coords.top;\n // First move into \"page\" coordinate system\n if (context == \"page\") {\n left -= pageScrollX();\n top -= pageScrollY();\n } else if (context == \"local\" || !context) {\n var localBox = cm.display.sizer.getBoundingClientRect();\n left += localBox.left;\n top += localBox.top;\n }\n\n var lineSpaceBox = cm.display.lineSpace.getBoundingClientRect();\n return {left: left - lineSpaceBox.left, top: top - lineSpaceBox.top};\n }\n\n function charCoords(cm, pos, context, lineObj, bias) {\n if (!lineObj) lineObj = getLine(cm.doc, pos.line);\n return intoCoordSystem(cm, lineObj, measureChar(cm, lineObj, pos.ch, bias), context);\n }\n\n // Returns a box for a given cursor position, which may have an\n // 'other' property containing the position of the secondary cursor\n // on a bidi boundary.\n function cursorCoords(cm, pos, context, lineObj, preparedMeasure) {\n lineObj = lineObj || getLine(cm.doc, pos.line);\n if (!preparedMeasure) preparedMeasure = prepareMeasureForLine(cm, lineObj);\n function get(ch, right) {\n var m = measureCharPrepared(cm, preparedMeasure, ch, right ? \"right\" : \"left\");\n if (right) m.left = m.right; else m.right = m.left;\n return intoCoordSystem(cm, lineObj, m, context);\n }\n function getBidi(ch, partPos) {\n var part = order[partPos], right = part.level % 2;\n if (ch == bidiLeft(part) && partPos && part.level < order[partPos - 1].level) {\n part = order[--partPos];\n ch = bidiRight(part) - (part.level % 2 ? 0 : 1);\n right = true;\n } else if (ch == bidiRight(part) && partPos < order.length - 1 && part.level < order[partPos + 1].level) {\n part = order[++partPos];\n ch = bidiLeft(part) - part.level % 2;\n right = false;\n }\n if (right && ch == part.to && ch > part.from) return get(ch - 1);\n return get(ch, right);\n }\n var order = getOrder(lineObj), ch = pos.ch;\n if (!order) return get(ch);\n var partPos = getBidiPartAt(order, ch);\n var val = getBidi(ch, partPos);\n if (bidiOther != null) val.other = getBidi(ch, bidiOther);\n return val;\n }\n\n // Used to cheaply estimate the coordinates for a position. Used for\n // intermediate scroll updates.\n function estimateCoords(cm, pos) {\n var left = 0, pos = clipPos(cm.doc, pos);\n if (!cm.options.lineWrapping) left = charWidth(cm.display) * pos.ch;\n var lineObj = getLine(cm.doc, pos.line);\n var top = heightAtLine(lineObj) + paddingTop(cm.display);\n return {left: left, right: left, top: top, bottom: top + lineObj.height};\n }\n\n // Positions returned by coordsChar contain some extra information.\n // xRel is the relative x position of the input coordinates compared\n // to the found position (so xRel > 0 means the coordinates are to\n // the right of the character position, for example). When outside\n // is true, that means the coordinates lie outside the line's\n // vertical range.\n function PosWithInfo(line, ch, outside, xRel) {\n var pos = Pos(line, ch);\n pos.xRel = xRel;\n if (outside) pos.outside = true;\n return pos;\n }\n\n // Compute the character position closest to the given coordinates.\n // Input must be lineSpace-local (\"div\" coordinate system).\n function coordsChar(cm, x, y) {\n var doc = cm.doc;\n y += cm.display.viewOffset;\n if (y < 0) return PosWithInfo(doc.first, 0, true, -1);\n var lineN = lineAtHeight(doc, y), last = doc.first + doc.size - 1;\n if (lineN > last)\n return PosWithInfo(doc.first + doc.size - 1, getLine(doc, last).text.length, true, 1);\n if (x < 0) x = 0;\n\n var lineObj = getLine(doc, lineN);\n for (;;) {\n var found = coordsCharInner(cm, lineObj, lineN, x, y);\n var merged = collapsedSpanAtEnd(lineObj);\n var mergedPos = merged && merged.find(0, true);\n if (merged && (found.ch > mergedPos.from.ch || found.ch == mergedPos.from.ch && found.xRel > 0))\n lineN = lineNo(lineObj = mergedPos.to.line);\n else\n return found;\n }\n }\n\n function coordsCharInner(cm, lineObj, lineNo, x, y) {\n var innerOff = y - heightAtLine(lineObj);\n var wrongLine = false, adjust = 2 * cm.display.wrapper.clientWidth;\n var preparedMeasure = prepareMeasureForLine(cm, lineObj);\n\n function getX(ch) {\n var sp = cursorCoords(cm, Pos(lineNo, ch), \"line\", lineObj, preparedMeasure);\n wrongLine = true;\n if (innerOff > sp.bottom) return sp.left - adjust;\n else if (innerOff < sp.top) return sp.left + adjust;\n else wrongLine = false;\n return sp.left;\n }\n\n var bidi = getOrder(lineObj), dist = lineObj.text.length;\n var from = lineLeft(lineObj), to = lineRight(lineObj);\n var fromX = getX(from), fromOutside = wrongLine, toX = getX(to), toOutside = wrongLine;\n\n if (x > toX) return PosWithInfo(lineNo, to, toOutside, 1);\n // Do a binary search between these bounds.\n for (;;) {\n if (bidi ? to == from || to == moveVisually(lineObj, from, 1) : to - from <= 1) {\n var ch = x < fromX || x - fromX <= toX - x ? from : to;\n var xDiff = x - (ch == from ? fromX : toX);\n while (isExtendingChar(lineObj.text.charAt(ch))) ++ch;\n var pos = PosWithInfo(lineNo, ch, ch == from ? fromOutside : toOutside,\n xDiff < -1 ? -1 : xDiff > 1 ? 1 : 0);\n return pos;\n }\n var step = Math.ceil(dist / 2), middle = from + step;\n if (bidi) {\n middle = from;\n for (var i = 0; i < step; ++i) middle = moveVisually(lineObj, middle, 1);\n }\n var middleX = getX(middle);\n if (middleX > x) {to = middle; toX = middleX; if (toOutside = wrongLine) toX += 1000; dist = step;}\n else {from = middle; fromX = middleX; fromOutside = wrongLine; dist -= step;}\n }\n }\n\n var measureText;\n // Compute the default text height.\n function textHeight(display) {\n if (display.cachedTextHeight != null) return display.cachedTextHeight;\n if (measureText == null) {\n measureText = elt(\"pre\");\n // Measure a bunch of lines, for browsers that compute\n // fractional heights.\n for (var i = 0; i < 49; ++i) {\n measureText.appendChild(document.createTextNode(\"x\"));\n measureText.appendChild(elt(\"br\"));\n }\n measureText.appendChild(document.createTextNode(\"x\"));\n }\n removeChildrenAndAdd(display.measure, measureText);\n var height = measureText.offsetHeight / 50;\n if (height > 3) display.cachedTextHeight = height;\n removeChildren(display.measure);\n return height || 1;\n }\n\n // Compute the default character width.\n function charWidth(display) {\n if (display.cachedCharWidth != null) return display.cachedCharWidth;\n var anchor = elt(\"span\", \"xxxxxxxxxx\");\n var pre = elt(\"pre\", [anchor]);\n removeChildrenAndAdd(display.measure, pre);\n var rect = anchor.getBoundingClientRect(), width = (rect.right - rect.left) / 10;\n if (width > 2) display.cachedCharWidth = width;\n return width || 10;\n }\n\n // OPERATIONS\n\n // Operations are used to wrap a series of changes to the editor\n // state in such a way that each change won't have to update the\n // cursor and display (which would be awkward, slow, and\n // error-prone). Instead, display updates are batched and then all\n // combined and executed at once.\n\n var nextOpId = 0;\n // Start a new operation.\n function startOperation(cm) {\n cm.curOp = {\n viewChanged: false, // Flag that indicates that lines might need to be redrawn\n startHeight: cm.doc.height, // Used to detect need to update scrollbar\n forceUpdate: false, // Used to force a redraw\n updateInput: null, // Whether to reset the input textarea\n typing: false, // Whether this reset should be careful to leave existing text (for compositing)\n changeObjs: null, // Accumulated changes, for firing change events\n cursorActivityHandlers: null, // Set of handlers to fire cursorActivity on\n selectionChanged: false, // Whether the selection needs to be redrawn\n updateMaxLine: false, // Set when the widest line needs to be determined anew\n scrollLeft: null, scrollTop: null, // Intermediate scroll position, not pushed to DOM yet\n scrollToPos: null, // Used to scroll to a specific position\n id: ++nextOpId // Unique ID\n };\n if (!delayedCallbackDepth++) delayedCallbacks = [];\n }\n\n // Finish an operation, updating the display and signalling delayed events\n function endOperation(cm) {\n var op = cm.curOp, doc = cm.doc, display = cm.display;\n cm.curOp = null;\n\n if (op.updateMaxLine) findMaxLine(cm);\n\n // If it looks like an update might be needed, call updateDisplay\n if (op.viewChanged || op.forceUpdate || op.scrollTop != null ||\n op.scrollToPos && (op.scrollToPos.from.line < display.viewFrom ||\n op.scrollToPos.to.line >= display.viewTo) ||\n display.maxLineChanged && cm.options.lineWrapping) {\n var updated = updateDisplay(cm, {top: op.scrollTop, ensure: op.scrollToPos}, op.forceUpdate);\n if (cm.display.scroller.offsetHeight) cm.doc.scrollTop = cm.display.scroller.scrollTop;\n }\n // If no update was run, but the selection changed, redraw that.\n if (!updated && op.selectionChanged) updateSelection(cm);\n if (!updated && op.startHeight != cm.doc.height) updateScrollbars(cm);\n\n // Propagate the scroll position to the actual DOM scroller\n if (op.scrollTop != null && display.scroller.scrollTop != op.scrollTop) {\n var top = Math.max(0, Math.min(display.scroller.scrollHeight - display.scroller.clientHeight, op.scrollTop));\n display.scroller.scrollTop = display.scrollbarV.scrollTop = doc.scrollTop = top;\n }\n if (op.scrollLeft != null && display.scroller.scrollLeft != op.scrollLeft) {\n var left = Math.max(0, Math.min(display.scroller.scrollWidth - display.scroller.clientWidth, op.scrollLeft));\n display.scroller.scrollLeft = display.scrollbarH.scrollLeft = doc.scrollLeft = left;\n alignHorizontally(cm);\n }\n // If we need to scroll a specific position into view, do so.\n if (op.scrollToPos) {\n var coords = scrollPosIntoView(cm, clipPos(cm.doc, op.scrollToPos.from),\n clipPos(cm.doc, op.scrollToPos.to), op.scrollToPos.margin);\n if (op.scrollToPos.isCursor && cm.state.focused) maybeScrollWindow(cm, coords);\n }\n\n if (op.selectionChanged) restartBlink(cm);\n\n if (cm.state.focused && op.updateInput)\n resetInput(cm, op.typing);\n\n // Fire events for markers that are hidden/unidden by editing or\n // undoing\n var hidden = op.maybeHiddenMarkers, unhidden = op.maybeUnhiddenMarkers;\n if (hidden) for (var i = 0; i < hidden.length; ++i)\n if (!hidden[i].lines.length) signal(hidden[i], \"hide\");\n if (unhidden) for (var i = 0; i < unhidden.length; ++i)\n if (unhidden[i].lines.length) signal(unhidden[i], \"unhide\");\n\n var delayed;\n if (!--delayedCallbackDepth) {\n delayed = delayedCallbacks;\n delayedCallbacks = null;\n }\n // Fire change events, and delayed event handlers\n if (op.changeObjs)\n signal(cm, \"changes\", cm, op.changeObjs);\n if (delayed) for (var i = 0; i < delayed.length; ++i) delayed[i]();\n if (op.cursorActivityHandlers)\n for (var i = 0; i < op.cursorActivityHandlers.length; i++)\n op.cursorActivityHandlers[i](cm);\n }\n\n // Run the given function in an operation\n function runInOp(cm, f) {\n if (cm.curOp) return f();\n startOperation(cm);\n try { return f(); }\n finally { endOperation(cm); }\n }\n // Wraps a function in an operation. Returns the wrapped function.\n function operation(cm, f) {\n return function() {\n if (cm.curOp) return f.apply(cm, arguments);\n startOperation(cm);\n try { return f.apply(cm, arguments); }\n finally { endOperation(cm); }\n };\n }\n // Used to add methods to editor and doc instances, wrapping them in\n // operations.\n function methodOp(f) {\n return function() {\n if (this.curOp) return f.apply(this, arguments);\n startOperation(this);\n try { return f.apply(this, arguments); }\n finally { endOperation(this); }\n };\n }\n function docMethodOp(f) {\n return function() {\n var cm = this.cm;\n if (!cm || cm.curOp) return f.apply(this, arguments);\n startOperation(cm);\n try { return f.apply(this, arguments); }\n finally { endOperation(cm); }\n };\n }\n\n // VIEW TRACKING\n\n // These objects are used to represent the visible (currently drawn)\n // part of the document. A LineView may correspond to multiple\n // logical lines, if those are connected by collapsed ranges.\n function LineView(doc, line, lineN) {\n // The starting line\n this.line = line;\n // Continuing lines, if any\n this.rest = visualLineContinued(line);\n // Number of logical lines in this visual line\n this.size = this.rest ? lineNo(lst(this.rest)) - lineN + 1 : 1;\n this.node = this.text = null;\n this.hidden = lineIsHidden(doc, line);\n }\n\n // Create a range of LineView objects for the given lines.\n function buildViewArray(cm, from, to) {\n var array = [], nextPos;\n for (var pos = from; pos < to; pos = nextPos) {\n var view = new LineView(cm.doc, getLine(cm.doc, pos), pos);\n nextPos = pos + view.size;\n array.push(view);\n }\n return array;\n }\n\n // Updates the display.view data structure for a given change to the\n // document. From and to are in pre-change coordinates. Lendiff is\n // the amount of lines added or subtracted by the change. This is\n // used for changes that span multiple lines, or change the way\n // lines are divided into visual lines. regLineChange (below)\n // registers single-line changes.\n function regChange(cm, from, to, lendiff) {\n if (from == null) from = cm.doc.first;\n if (to == null) to = cm.doc.first + cm.doc.size;\n if (!lendiff) lendiff = 0;\n\n var display = cm.display;\n if (lendiff && to < display.viewTo &&\n (display.updateLineNumbers == null || display.updateLineNumbers > from))\n display.updateLineNumbers = from;\n\n cm.curOp.viewChanged = true;\n\n if (from >= display.viewTo) { // Change after\n if (sawCollapsedSpans && visualLineNo(cm.doc, from) < display.viewTo)\n resetView(cm);\n } else if (to <= display.viewFrom) { // Change before\n if (sawCollapsedSpans && visualLineEndNo(cm.doc, to + lendiff) > display.viewFrom) {\n resetView(cm);\n } else {\n display.viewFrom += lendiff;\n display.viewTo += lendiff;\n }\n } else if (from <= display.viewFrom && to >= display.viewTo) { // Full overlap\n resetView(cm);\n } else if (from <= display.viewFrom) { // Top overlap\n var cut = viewCuttingPoint(cm, to, to + lendiff, 1);\n if (cut) {\n display.view = display.view.slice(cut.index);\n display.viewFrom = cut.lineN;\n display.viewTo += lendiff;\n } else {\n resetView(cm);\n }\n } else if (to >= display.viewTo) { // Bottom overlap\n var cut = viewCuttingPoint(cm, from, from, -1);\n if (cut) {\n display.view = display.view.slice(0, cut.index);\n display.viewTo = cut.lineN;\n } else {\n resetView(cm);\n }\n } else { // Gap in the middle\n var cutTop = viewCuttingPoint(cm, from, from, -1);\n var cutBot = viewCuttingPoint(cm, to, to + lendiff, 1);\n if (cutTop && cutBot) {\n display.view = display.view.slice(0, cutTop.index)\n .concat(buildViewArray(cm, cutTop.lineN, cutBot.lineN))\n .concat(display.view.slice(cutBot.index));\n display.viewTo += lendiff;\n } else {\n resetView(cm);\n }\n }\n\n var ext = display.externalMeasured;\n if (ext) {\n if (to < ext.lineN)\n ext.lineN += lendiff;\n else if (from < ext.lineN + ext.size)\n display.externalMeasured = null;\n }\n }\n\n // Register a change to a single line. Type must be one of \"text\",\n // \"gutter\", \"class\", \"widget\"\n function regLineChange(cm, line, type) {\n cm.curOp.viewChanged = true;\n var display = cm.display, ext = cm.display.externalMeasured;\n if (ext && line >= ext.lineN && line < ext.lineN + ext.size)\n display.externalMeasured = null;\n\n if (line < display.viewFrom || line >= display.viewTo) return;\n var lineView = display.view[findViewIndex(cm, line)];\n if (lineView.node == null) return;\n var arr = lineView.changes || (lineView.changes = []);\n if (indexOf(arr, type) == -1) arr.push(type);\n }\n\n // Clear the view.\n function resetView(cm) {\n cm.display.viewFrom = cm.display.viewTo = cm.doc.first;\n cm.display.view = [];\n cm.display.viewOffset = 0;\n }\n\n // Find the view element corresponding to a given line. Return null\n // when the line isn't visible.\n function findViewIndex(cm, n) {\n if (n >= cm.display.viewTo) return null;\n n -= cm.display.viewFrom;\n if (n < 0) return null;\n var view = cm.display.view;\n for (var i = 0; i < view.length; i++) {\n n -= view[i].size;\n if (n < 0) return i;\n }\n }\n\n function viewCuttingPoint(cm, oldN, newN, dir) {\n var index = findViewIndex(cm, oldN), diff, view = cm.display.view;\n if (!sawCollapsedSpans || newN == cm.doc.first + cm.doc.size)\n return {index: index, lineN: newN};\n for (var i = 0, n = cm.display.viewFrom; i < index; i++)\n n += view[i].size;\n if (n != oldN) {\n if (dir > 0) {\n if (index == view.length - 1) return null;\n diff = (n + view[index].size) - oldN;\n index++;\n } else {\n diff = n - oldN;\n }\n oldN += diff; newN += diff;\n }\n while (visualLineNo(cm.doc, newN) != newN) {\n if (index == (dir < 0 ? 0 : view.length - 1)) return null;\n newN += dir * view[index - (dir < 0 ? 1 : 0)].size;\n index += dir;\n }\n return {index: index, lineN: newN};\n }\n\n // Force the view to cover a given range, adding empty view element\n // or clipping off existing ones as needed.\n function adjustView(cm, from, to) {\n var display = cm.display, view = display.view;\n if (view.length == 0 || from >= display.viewTo || to <= display.viewFrom) {\n display.view = buildViewArray(cm, from, to);\n display.viewFrom = from;\n } else {\n if (display.viewFrom > from)\n display.view = buildViewArray(cm, from, display.viewFrom).concat(display.view);\n else if (display.viewFrom < from)\n display.view = display.view.slice(findViewIndex(cm, from));\n display.viewFrom = from;\n if (display.viewTo < to)\n display.view = display.view.concat(buildViewArray(cm, display.viewTo, to));\n else if (display.viewTo > to)\n display.view = display.view.slice(0, findViewIndex(cm, to));\n }\n display.viewTo = to;\n }\n\n // Count the number of lines in the view whose DOM representation is\n // out of date (or nonexistent).\n function countDirtyView(cm) {\n var view = cm.display.view, dirty = 0;\n for (var i = 0; i < view.length; i++) {\n var lineView = view[i];\n if (!lineView.hidden && (!lineView.node || lineView.changes)) ++dirty;\n }\n return dirty;\n }\n\n // INPUT HANDLING\n\n // Poll for input changes, using the normal rate of polling. This\n // runs as long as the editor is focused.\n function slowPoll(cm) {\n if (cm.display.pollingFast) return;\n cm.display.poll.set(cm.options.pollInterval, function() {\n readInput(cm);\n if (cm.state.focused) slowPoll(cm);\n });\n }\n\n // When an event has just come in that is likely to add or change\n // something in the input textarea, we poll faster, to ensure that\n // the change appears on the screen quickly.\n function fastPoll(cm) {\n var missed = false;\n cm.display.pollingFast = true;\n function p() {\n var changed = readInput(cm);\n if (!changed && !missed) {missed = true; cm.display.poll.set(60, p);}\n else {cm.display.pollingFast = false; slowPoll(cm);}\n }\n cm.display.poll.set(20, p);\n }\n\n // Read input from the textarea, and update the document to match.\n // When something is selected, it is present in the textarea, and\n // selected (unless it is huge, in which case a placeholder is\n // used). When nothing is selected, the cursor sits after previously\n // seen text (can be empty), which is stored in prevInput (we must\n // not reset the textarea when typing, because that breaks IME).\n function readInput(cm) {\n var input = cm.display.input, prevInput = cm.display.prevInput, doc = cm.doc;\n // Since this is called a *lot*, try to bail out as cheaply as\n // possible when it is clear that nothing happened. hasSelection\n // will be the case when there is a lot of text in the textarea,\n // in which case reading its value would be expensive.\n if (!cm.state.focused || (hasSelection(input) && !prevInput) || isReadOnly(cm) || cm.options.disableInput)\n return false;\n // See paste handler for more on the fakedLastChar kludge\n if (cm.state.pasteIncoming && cm.state.fakedLastChar) {\n input.value = input.value.substring(0, input.value.length - 1);\n cm.state.fakedLastChar = false;\n }\n var text = input.value;\n // If nothing changed, bail.\n if (text == prevInput && !cm.somethingSelected()) return false;\n // Work around nonsensical selection resetting in IE9/10\n if (ie && !ie_upto8 && cm.display.inputHasSelection === text) {\n resetInput(cm);\n return false;\n }\n\n var withOp = !cm.curOp;\n if (withOp) startOperation(cm);\n cm.display.shift = false;\n\n if (text.charCodeAt(0) == 0x200b && doc.sel == cm.display.selForContextMenu && !prevInput)\n prevInput = \"\\u200b\";\n // Find the part of the input that is actually new\n var same = 0, l = Math.min(prevInput.length, text.length);\n while (same < l && prevInput.charCodeAt(same) == text.charCodeAt(same)) ++same;\n var inserted = text.slice(same), textLines = splitLines(inserted);\n\n // When pasing N lines into N selections, insert one line per selection\n var multiPaste = cm.state.pasteIncoming && textLines.length > 1 && doc.sel.ranges.length == textLines.length;\n\n // Normal behavior is to insert the new text into every selection\n for (var i = doc.sel.ranges.length - 1; i >= 0; i--) {\n var range = doc.sel.ranges[i];\n var from = range.from(), to = range.to();\n // Handle deletion\n if (same < prevInput.length)\n from = Pos(from.line, from.ch - (prevInput.length - same));\n // Handle overwrite\n else if (cm.state.overwrite && range.empty() && !cm.state.pasteIncoming)\n to = Pos(to.line, Math.min(getLine(doc, to.line).text.length, to.ch + lst(textLines).length));\n var updateInput = cm.curOp.updateInput;\n var changeEvent = {from: from, to: to, text: multiPaste ? [textLines[i]] : textLines,\n origin: cm.state.pasteIncoming ? \"paste\" : cm.state.cutIncoming ? \"cut\" : \"+input\"};\n makeChange(cm.doc, changeEvent);\n signalLater(cm, \"inputRead\", cm, changeEvent);\n // When an 'electric' character is inserted, immediately trigger a reindent\n if (inserted && !cm.state.pasteIncoming && cm.options.electricChars &&\n cm.options.smartIndent && range.head.ch < 100 &&\n (!i || doc.sel.ranges[i - 1].head.line != range.head.line)) {\n var mode = cm.getModeAt(range.head);\n if (mode.electricChars) {\n for (var j = 0; j < mode.electricChars.length; j++)\n if (inserted.indexOf(mode.electricChars.charAt(j)) > -1) {\n indentLine(cm, range.head.line, \"smart\");\n break;\n }\n } else if (mode.electricInput) {\n var end = changeEnd(changeEvent);\n if (mode.electricInput.test(getLine(doc, end.line).text.slice(0, end.ch)))\n indentLine(cm, range.head.line, \"smart\");\n }\n }\n }\n ensureCursorVisible(cm);\n cm.curOp.updateInput = updateInput;\n cm.curOp.typing = true;\n\n // Don't leave long text in the textarea, since it makes further polling slow\n if (text.length > 1000 || text.indexOf(\"\\n\") > -1) input.value = cm.display.prevInput = \"\";\n else cm.display.prevInput = text;\n if (withOp) endOperation(cm);\n cm.state.pasteIncoming = cm.state.cutIncoming = false;\n return true;\n }\n\n // Reset the input to correspond to the selection (or to be empty,\n // when not typing and nothing is selected)\n function resetInput(cm, typing) {\n var minimal, selected, doc = cm.doc;\n if (cm.somethingSelected()) {\n cm.display.prevInput = \"\";\n var range = doc.sel.primary();\n minimal = hasCopyEvent &&\n (range.to().line - range.from().line > 100 || (selected = cm.getSelection()).length > 1000);\n var content = minimal ? \"-\" : selected || cm.getSelection();\n cm.display.input.value = content;\n if (cm.state.focused) selectInput(cm.display.input);\n if (ie && !ie_upto8) cm.display.inputHasSelection = content;\n } else if (!typing) {\n cm.display.prevInput = cm.display.input.value = \"\";\n if (ie && !ie_upto8) cm.display.inputHasSelection = null;\n }\n cm.display.inaccurateSelection = minimal;\n }\n\n function focusInput(cm) {\n if (cm.options.readOnly != \"nocursor\" && (!mobile || activeElt() != cm.display.input))\n cm.display.input.focus();\n }\n\n function ensureFocus(cm) {\n if (!cm.state.focused) { focusInput(cm); onFocus(cm); }\n }\n\n function isReadOnly(cm) {\n return cm.options.readOnly || cm.doc.cantEdit;\n }\n\n // EVENT HANDLERS\n\n // Attach the necessary event handlers when initializing the editor\n function registerEventHandlers(cm) {\n var d = cm.display;\n on(d.scroller, \"mousedown\", operation(cm, onMouseDown));\n // Older IE's will not fire a second mousedown for a double click\n if (ie_upto10)\n on(d.scroller, \"dblclick\", operation(cm, function(e) {\n if (signalDOMEvent(cm, e)) return;\n var pos = posFromMouse(cm, e);\n if (!pos || clickInGutter(cm, e) || eventInWidget(cm.display, e)) return;\n e_preventDefault(e);\n var word = findWordAt(cm, pos);\n extendSelection(cm.doc, word.anchor, word.head);\n }));\n else\n on(d.scroller, \"dblclick\", function(e) { signalDOMEvent(cm, e) || e_preventDefault(e); });\n // Prevent normal selection in the editor (we handle our own)\n on(d.lineSpace, \"selectstart\", function(e) {\n if (!eventInWidget(d, e)) e_preventDefault(e);\n });\n // Some browsers fire contextmenu *after* opening the menu, at\n // which point we can't mess with it anymore. Context menu is\n // handled in onMouseDown for these browsers.\n if (!captureRightClick) on(d.scroller, \"contextmenu\", function(e) {onContextMenu(cm, e);});\n\n // Sync scrolling between fake scrollbars and real scrollable\n // area, ensure viewport is updated when scrolling.\n on(d.scroller, \"scroll\", function() {\n if (d.scroller.clientHeight) {\n setScrollTop(cm, d.scroller.scrollTop);\n setScrollLeft(cm, d.scroller.scrollLeft, true);\n signal(cm, \"scroll\", cm);\n }\n });\n on(d.scrollbarV, \"scroll\", function() {\n if (d.scroller.clientHeight) setScrollTop(cm, d.scrollbarV.scrollTop);\n });\n on(d.scrollbarH, \"scroll\", function() {\n if (d.scroller.clientHeight) setScrollLeft(cm, d.scrollbarH.scrollLeft);\n });\n\n // Listen to wheel events in order to try and update the viewport on time.\n on(d.scroller, \"mousewheel\", function(e){onScrollWheel(cm, e);});\n on(d.scroller, \"DOMMouseScroll\", function(e){onScrollWheel(cm, e);});\n\n // Prevent clicks in the scrollbars from killing focus\n function reFocus() { if (cm.state.focused) setTimeout(bind(focusInput, cm), 0); }\n on(d.scrollbarH, \"mousedown\", reFocus);\n on(d.scrollbarV, \"mousedown\", reFocus);\n // Prevent wrapper from ever scrolling\n on(d.wrapper, \"scroll\", function() { d.wrapper.scrollTop = d.wrapper.scrollLeft = 0; });\n\n on(d.input, \"keyup\", operation(cm, onKeyUp));\n on(d.input, \"input\", function() {\n if (ie && !ie_upto8 && cm.display.inputHasSelection) cm.display.inputHasSelection = null;\n fastPoll(cm);\n });\n on(d.input, \"keydown\", operation(cm, onKeyDown));\n on(d.input, \"keypress\", operation(cm, onKeyPress));\n on(d.input, \"focus\", bind(onFocus, cm));\n on(d.input, \"blur\", bind(onBlur, cm));\n\n function drag_(e) {\n if (!signalDOMEvent(cm, e)) e_stop(e);\n }\n if (cm.options.dragDrop) {\n on(d.scroller, \"dragstart\", function(e){onDragStart(cm, e);});\n on(d.scroller, \"dragenter\", drag_);\n on(d.scroller, \"dragover\", drag_);\n on(d.scroller, \"drop\", operation(cm, onDrop));\n }\n on(d.scroller, \"paste\", function(e) {\n if (eventInWidget(d, e)) return;\n cm.state.pasteIncoming = true;\n focusInput(cm);\n fastPoll(cm);\n });\n on(d.input, \"paste\", function() {\n // Workaround for webkit bug https://bugs.webkit.org/show_bug.cgi?id=90206\n // Add a char to the end of textarea before paste occur so that\n // selection doesn't span to the end of textarea.\n if (webkit && !cm.state.fakedLastChar && !(new Date - cm.state.lastMiddleDown < 200)) {\n var start = d.input.selectionStart, end = d.input.selectionEnd;\n d.input.value += \"$\";\n d.input.selectionStart = start;\n d.input.selectionEnd = end;\n cm.state.fakedLastChar = true;\n }\n cm.state.pasteIncoming = true;\n fastPoll(cm);\n });\n\n function prepareCopyCut(e) {\n if (cm.somethingSelected()) {\n if (d.inaccurateSelection) {\n d.prevInput = \"\";\n d.inaccurateSelection = false;\n d.input.value = cm.getSelection();\n selectInput(d.input);\n }\n } else {\n var text = \"\", ranges = [];\n for (var i = 0; i < cm.doc.sel.ranges.length; i++) {\n var line = cm.doc.sel.ranges[i].head.line;\n var lineRange = {anchor: Pos(line, 0), head: Pos(line + 1, 0)};\n ranges.push(lineRange);\n text += cm.getRange(lineRange.anchor, lineRange.head);\n }\n if (e.type == \"cut\") {\n cm.setSelections(ranges, null, sel_dontScroll);\n } else {\n d.prevInput = \"\";\n d.input.value = text;\n selectInput(d.input);\n }\n }\n if (e.type == \"cut\") cm.state.cutIncoming = true;\n }\n on(d.input, \"cut\", prepareCopyCut);\n on(d.input, \"copy\", prepareCopyCut);\n\n // Needed to handle Tab key in KHTML\n if (khtml) on(d.sizer, \"mouseup\", function() {\n if (activeElt() == d.input) d.input.blur();\n focusInput(cm);\n });\n }\n\n // Called when the window resizes\n function onResize(cm) {\n // Might be a text scaling operation, clear size caches.\n var d = cm.display;\n d.cachedCharWidth = d.cachedTextHeight = d.cachedPaddingH = null;\n cm.setSize();\n }\n\n // MOUSE EVENTS\n\n // Return true when the given mouse event happened in a widget\n function eventInWidget(display, e) {\n for (var n = e_target(e); n != display.wrapper; n = n.parentNode) {\n if (!n || n.ignoreEvents || n.parentNode == display.sizer && n != display.mover) return true;\n }\n }\n\n // Given a mouse event, find the corresponding position. If liberal\n // is false, it checks whether a gutter or scrollbar was clicked,\n // and returns null if it was. forRect is used by rectangular\n // selections, and tries to estimate a character position even for\n // coordinates beyond the right of the text.\n function posFromMouse(cm, e, liberal, forRect) {\n var display = cm.display;\n if (!liberal) {\n var target = e_target(e);\n if (target == display.scrollbarH || target == display.scrollbarV ||\n target == display.scrollbarFiller || target == display.gutterFiller) return null;\n }\n var x, y, space = display.lineSpace.getBoundingClientRect();\n // Fails unpredictably on IE[67] when mouse is dragged around quickly.\n try { x = e.clientX - space.left; y = e.clientY - space.top; }\n catch (e) { return null; }\n var coords = coordsChar(cm, x, y), line;\n if (forRect && coords.xRel == 1 && (line = getLine(cm.doc, coords.line).text).length == coords.ch) {\n var colDiff = countColumn(line, line.length, cm.options.tabSize) - line.length;\n coords = Pos(coords.line, Math.max(0, Math.round((x - paddingH(cm.display).left) / charWidth(cm.display)) - colDiff));\n }\n return coords;\n }\n\n // A mouse down can be a single click, double click, triple click,\n // start of selection drag, start of text drag, new cursor\n // (ctrl-click), rectangle drag (alt-drag), or xwin\n // middle-click-paste. Or it might be a click on something we should\n // not interfere with, such as a scrollbar or widget.\n function onMouseDown(e) {\n if (signalDOMEvent(this, e)) return;\n var cm = this, display = cm.display;\n display.shift = e.shiftKey;\n\n if (eventInWidget(display, e)) {\n if (!webkit) {\n // Briefly turn off draggability, to allow widgets to do\n // normal dragging things.\n display.scroller.draggable = false;\n setTimeout(function(){display.scroller.draggable = true;}, 100);\n }\n return;\n }\n if (clickInGutter(cm, e)) return;\n var start = posFromMouse(cm, e);\n window.focus();\n\n switch (e_button(e)) {\n case 1:\n if (start)\n leftButtonDown(cm, e, start);\n else if (e_target(e) == display.scroller)\n e_preventDefault(e);\n break;\n case 2:\n if (webkit) cm.state.lastMiddleDown = +new Date;\n if (start) extendSelection(cm.doc, start);\n setTimeout(bind(focusInput, cm), 20);\n e_preventDefault(e);\n break;\n case 3:\n if (captureRightClick) onContextMenu(cm, e);\n break;\n }\n }\n\n var lastClick, lastDoubleClick;\n function leftButtonDown(cm, e, start) {\n setTimeout(bind(ensureFocus, cm), 0);\n\n var now = +new Date, type;\n if (lastDoubleClick && lastDoubleClick.time > now - 400 && cmp(lastDoubleClick.pos, start) == 0) {\n type = \"triple\";\n } else if (lastClick && lastClick.time > now - 400 && cmp(lastClick.pos, start) == 0) {\n type = \"double\";\n lastDoubleClick = {time: now, pos: start};\n } else {\n type = \"single\";\n lastClick = {time: now, pos: start};\n }\n\n var sel = cm.doc.sel, addNew = mac ? e.metaKey : e.ctrlKey;\n if (cm.options.dragDrop && dragAndDrop && !addNew && !isReadOnly(cm) &&\n type == \"single\" && sel.contains(start) > -1 && sel.somethingSelected())\n leftButtonStartDrag(cm, e, start);\n else\n leftButtonSelect(cm, e, start, type, addNew);\n }\n\n // Start a text drag. When it ends, see if any dragging actually\n // happen, and treat as a click if it didn't.\n function leftButtonStartDrag(cm, e, start) {\n var display = cm.display;\n var dragEnd = operation(cm, function(e2) {\n if (webkit) display.scroller.draggable = false;\n cm.state.draggingText = false;\n off(document, \"mouseup\", dragEnd);\n off(display.scroller, \"drop\", dragEnd);\n if (Math.abs(e.clientX - e2.clientX) + Math.abs(e.clientY - e2.clientY) < 10) {\n e_preventDefault(e2);\n extendSelection(cm.doc, start);\n focusInput(cm);\n // Work around unexplainable focus problem in IE9 (#2127)\n if (ie_upto10 && !ie_upto8)\n setTimeout(function() {document.body.focus(); focusInput(cm);}, 20);\n }\n });\n // Let the drag handler handle this.\n if (webkit) display.scroller.draggable = true;\n cm.state.draggingText = dragEnd;\n // IE's approach to draggable\n if (display.scroller.dragDrop) display.scroller.dragDrop();\n on(document, \"mouseup\", dragEnd);\n on(display.scroller, \"drop\", dragEnd);\n }\n\n // Normal selection, as opposed to text dragging.\n function leftButtonSelect(cm, e, start, type, addNew) {\n var display = cm.display, doc = cm.doc;\n e_preventDefault(e);\n\n var ourRange, ourIndex, startSel = doc.sel;\n if (addNew && !e.shiftKey) {\n ourIndex = doc.sel.contains(start);\n if (ourIndex > -1)\n ourRange = doc.sel.ranges[ourIndex];\n else\n ourRange = new Range(start, start);\n } else {\n ourRange = doc.sel.primary();\n }\n\n if (e.altKey) {\n type = \"rect\";\n if (!addNew) ourRange = new Range(start, start);\n start = posFromMouse(cm, e, true, true);\n ourIndex = -1;\n } else if (type == \"double\") {\n var word = findWordAt(cm, start);\n if (cm.display.shift || doc.extend)\n ourRange = extendRange(doc, ourRange, word.anchor, word.head);\n else\n ourRange = word;\n } else if (type == \"triple\") {\n var line = new Range(Pos(start.line, 0), clipPos(doc, Pos(start.line + 1, 0)));\n if (cm.display.shift || doc.extend)\n ourRange = extendRange(doc, ourRange, line.anchor, line.head);\n else\n ourRange = line;\n } else {\n ourRange = extendRange(doc, ourRange, start);\n }\n\n if (!addNew) {\n ourIndex = 0;\n setSelection(doc, new Selection([ourRange], 0), sel_mouse);\n startSel = doc.sel;\n } else if (ourIndex > -1) {\n replaceOneSelection(doc, ourIndex, ourRange, sel_mouse);\n } else {\n ourIndex = doc.sel.ranges.length;\n setSelection(doc, normalizeSelection(doc.sel.ranges.concat([ourRange]), ourIndex),\n {scroll: false, origin: \"*mouse\"});\n }\n\n var lastPos = start;\n function extendTo(pos) {\n if (cmp(lastPos, pos) == 0) return;\n lastPos = pos;\n\n if (type == \"rect\") {\n var ranges = [], tabSize = cm.options.tabSize;\n var startCol = countColumn(getLine(doc, start.line).text, start.ch, tabSize);\n var posCol = countColumn(getLine(doc, pos.line).text, pos.ch, tabSize);\n var left = Math.min(startCol, posCol), right = Math.max(startCol, posCol);\n for (var line = Math.min(start.line, pos.line), end = Math.min(cm.lastLine(), Math.max(start.line, pos.line));\n line <= end; line++) {\n var text = getLine(doc, line).text, leftPos = findColumn(text, left, tabSize);\n if (left == right)\n ranges.push(new Range(Pos(line, leftPos), Pos(line, leftPos)));\n else if (text.length > leftPos)\n ranges.push(new Range(Pos(line, leftPos), Pos(line, findColumn(text, right, tabSize))));\n }\n if (!ranges.length) ranges.push(new Range(start, start));\n setSelection(doc, normalizeSelection(startSel.ranges.slice(0, ourIndex).concat(ranges), ourIndex),\n {origin: \"*mouse\", scroll: false});\n cm.scrollIntoView(pos);\n } else {\n var oldRange = ourRange;\n var anchor = oldRange.anchor, head = pos;\n if (type != \"single\") {\n if (type == \"double\")\n var range = findWordAt(cm, pos);\n else\n var range = new Range(Pos(pos.line, 0), clipPos(doc, Pos(pos.line + 1, 0)));\n if (cmp(range.anchor, anchor) > 0) {\n head = range.head;\n anchor = minPos(oldRange.from(), range.anchor);\n } else {\n head = range.anchor;\n anchor = maxPos(oldRange.to(), range.head);\n }\n }\n var ranges = startSel.ranges.slice(0);\n ranges[ourIndex] = new Range(clipPos(doc, anchor), head);\n setSelection(doc, normalizeSelection(ranges, ourIndex), sel_mouse);\n }\n }\n\n var editorSize = display.wrapper.getBoundingClientRect();\n // Used to ensure timeout re-tries don't fire when another extend\n // happened in the meantime (clearTimeout isn't reliable -- at\n // least on Chrome, the timeouts still happen even when cleared,\n // if the clear happens after their scheduled firing time).\n var counter = 0;\n\n function extend(e) {\n var curCount = ++counter;\n var cur = posFromMouse(cm, e, true, type == \"rect\");\n if (!cur) return;\n if (cmp(cur, lastPos) != 0) {\n ensureFocus(cm);\n extendTo(cur);\n var visible = visibleLines(display, doc);\n if (cur.line >= visible.to || cur.line < visible.from)\n setTimeout(operation(cm, function(){if (counter == curCount) extend(e);}), 150);\n } else {\n var outside = e.clientY < editorSize.top ? -20 : e.clientY > editorSize.bottom ? 20 : 0;\n if (outside) setTimeout(operation(cm, function() {\n if (counter != curCount) return;\n display.scroller.scrollTop += outside;\n extend(e);\n }), 50);\n }\n }\n\n function done(e) {\n counter = Infinity;\n e_preventDefault(e);\n focusInput(cm);\n off(document, \"mousemove\", move);\n off(document, \"mouseup\", up);\n doc.history.lastSelOrigin = null;\n }\n\n var move = operation(cm, function(e) {\n if ((ie && !ie_upto9) ? !e.buttons : !e_button(e)) done(e);\n else extend(e);\n });\n var up = operation(cm, done);\n on(document, \"mousemove\", move);\n on(document, \"mouseup\", up);\n }\n\n // Determines whether an event happened in the gutter, and fires the\n // handlers for the corresponding event.\n function gutterEvent(cm, e, type, prevent, signalfn) {\n try { var mX = e.clientX, mY = e.clientY; }\n catch(e) { return false; }\n if (mX >= Math.floor(cm.display.gutters.getBoundingClientRect().right)) return false;\n if (prevent) e_preventDefault(e);\n\n var display = cm.display;\n var lineBox = display.lineDiv.getBoundingClientRect();\n\n if (mY > lineBox.bottom || !hasHandler(cm, type)) return e_defaultPrevented(e);\n mY -= lineBox.top - display.viewOffset;\n\n for (var i = 0; i < cm.options.gutters.length; ++i) {\n var g = display.gutters.childNodes[i];\n if (g && g.getBoundingClientRect().right >= mX) {\n var line = lineAtHeight(cm.doc, mY);\n var gutter = cm.options.gutters[i];\n signalfn(cm, type, cm, line, gutter, e);\n return e_defaultPrevented(e);\n }\n }\n }\n\n function clickInGutter(cm, e) {\n return gutterEvent(cm, e, \"gutterClick\", true, signalLater);\n }\n\n // Kludge to work around strange IE behavior where it'll sometimes\n // re-fire a series of drag-related events right after the drop (#1551)\n var lastDrop = 0;\n\n function onDrop(e) {\n var cm = this;\n if (signalDOMEvent(cm, e) || eventInWidget(cm.display, e))\n return;\n e_preventDefault(e);\n if (ie) lastDrop = +new Date;\n var pos = posFromMouse(cm, e, true), files = e.dataTransfer.files;\n if (!pos || isReadOnly(cm)) return;\n // Might be a file drop, in which case we simply extract the text\n // and insert it.\n if (files && files.length && window.FileReader && window.File) {\n var n = files.length, text = Array(n), read = 0;\n var loadFile = function(file, i) {\n var reader = new FileReader;\n reader.onload = operation(cm, function() {\n text[i] = reader.result;\n if (++read == n) {\n pos = clipPos(cm.doc, pos);\n var change = {from: pos, to: pos, text: splitLines(text.join(\"\\n\")), origin: \"paste\"};\n makeChange(cm.doc, change);\n setSelectionReplaceHistory(cm.doc, simpleSelection(pos, changeEnd(change)));\n }\n });\n reader.readAsText(file);\n };\n for (var i = 0; i < n; ++i) loadFile(files[i], i);\n } else { // Normal drop\n // Don't do a replace if the drop happened inside of the selected text.\n if (cm.state.draggingText && cm.doc.sel.contains(pos) > -1) {\n cm.state.draggingText(e);\n // Ensure the editor is re-focused\n setTimeout(bind(focusInput, cm), 20);\n return;\n }\n try {\n var text = e.dataTransfer.getData(\"Text\");\n if (text) {\n var selected = cm.state.draggingText && cm.listSelections();\n setSelectionNoUndo(cm.doc, simpleSelection(pos, pos));\n if (selected) for (var i = 0; i < selected.length; ++i)\n replaceRange(cm.doc, \"\", selected[i].anchor, selected[i].head, \"drag\");\n cm.replaceSelection(text, \"around\", \"paste\");\n focusInput(cm);\n }\n }\n catch(e){}\n }\n }\n\n function onDragStart(cm, e) {\n if (ie && (!cm.state.draggingText || +new Date - lastDrop < 100)) { e_stop(e); return; }\n if (signalDOMEvent(cm, e) || eventInWidget(cm.display, e)) return;\n\n e.dataTransfer.setData(\"Text\", cm.getSelection());\n\n // Use dummy image instead of default browsers image.\n // Recent Safari (~6.0.2) have a tendency to segfault when this happens, so we don't do it there.\n if (e.dataTransfer.setDragImage && !safari) {\n var img = elt(\"img\", null, null, \"position: fixed; left: 0; top: 0;\");\n img.src = \"data:image/gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw==\";\n if (presto) {\n img.width = img.height = 1;\n cm.display.wrapper.appendChild(img);\n // Force a relayout, or Opera won't use our image for some obscure reason\n img._top = img.offsetTop;\n }\n e.dataTransfer.setDragImage(img, 0, 0);\n if (presto) img.parentNode.removeChild(img);\n }\n }\n\n // SCROLL EVENTS\n\n // Sync the scrollable area and scrollbars, ensure the viewport\n // covers the visible area.\n function setScrollTop(cm, val) {\n if (Math.abs(cm.doc.scrollTop - val) < 2) return;\n cm.doc.scrollTop = val;\n if (!gecko) updateDisplay(cm, {top: val});\n if (cm.display.scroller.scrollTop != val) cm.display.scroller.scrollTop = val;\n if (cm.display.scrollbarV.scrollTop != val) cm.display.scrollbarV.scrollTop = val;\n if (gecko) updateDisplay(cm);\n startWorker(cm, 100);\n }\n // Sync scroller and scrollbar, ensure the gutter elements are\n // aligned.\n function setScrollLeft(cm, val, isScroller) {\n if (isScroller ? val == cm.doc.scrollLeft : Math.abs(cm.doc.scrollLeft - val) < 2) return;\n val = Math.min(val, cm.display.scroller.scrollWidth - cm.display.scroller.clientWidth);\n cm.doc.scrollLeft = val;\n alignHorizontally(cm);\n if (cm.display.scroller.scrollLeft != val) cm.display.scroller.scrollLeft = val;\n if (cm.display.scrollbarH.scrollLeft != val) cm.display.scrollbarH.scrollLeft = val;\n }\n\n // Since the delta values reported on mouse wheel events are\n // unstandardized between browsers and even browser versions, and\n // generally horribly unpredictable, this code starts by measuring\n // the scroll effect that the first few mouse wheel events have,\n // and, from that, detects the way it can convert deltas to pixel\n // offsets afterwards.\n //\n // The reason we want to know the amount a wheel event will scroll\n // is that it gives us a chance to update the display before the\n // actual scrolling happens, reducing flickering.\n\n var wheelSamples = 0, wheelPixelsPerUnit = null;\n // Fill in a browser-detected starting value on browsers where we\n // know one. These don't have to be accurate -- the result of them\n // being wrong would just be a slight flicker on the first wheel\n // scroll (if it is large enough).\n if (ie) wheelPixelsPerUnit = -.53;\n else if (gecko) wheelPixelsPerUnit = 15;\n else if (chrome) wheelPixelsPerUnit = -.7;\n else if (safari) wheelPixelsPerUnit = -1/3;\n\n function onScrollWheel(cm, e) {\n var dx = e.wheelDeltaX, dy = e.wheelDeltaY;\n if (dx == null && e.detail && e.axis == e.HORIZONTAL_AXIS) dx = e.detail;\n if (dy == null && e.detail && e.axis == e.VERTICAL_AXIS) dy = e.detail;\n else if (dy == null) dy = e.wheelDelta;\n\n var display = cm.display, scroll = display.scroller;\n // Quit if there's nothing to scroll here\n if (!(dx && scroll.scrollWidth > scroll.clientWidth ||\n dy && scroll.scrollHeight > scroll.clientHeight)) return;\n\n // Webkit browsers on OS X abort momentum scrolls when the target\n // of the scroll event is removed from the scrollable element.\n // This hack (see related code in patchDisplay) makes sure the\n // element is kept around.\n if (dy && mac && webkit) {\n outer: for (var cur = e.target, view = display.view; cur != scroll; cur = cur.parentNode) {\n for (var i = 0; i < view.length; i++) {\n if (view[i].node == cur) {\n cm.display.currentWheelTarget = cur;\n break outer;\n }\n }\n }\n }\n\n // On some browsers, horizontal scrolling will cause redraws to\n // happen before the gutter has been realigned, causing it to\n // wriggle around in a most unseemly way. When we have an\n // estimated pixels/delta value, we just handle horizontal\n // scrolling entirely here. It'll be slightly off from native, but\n // better than glitching out.\n if (dx && !gecko && !presto && wheelPixelsPerUnit != null) {\n if (dy)\n setScrollTop(cm, Math.max(0, Math.min(scroll.scrollTop + dy * wheelPixelsPerUnit, scroll.scrollHeight - scroll.clientHeight)));\n setScrollLeft(cm, Math.max(0, Math.min(scroll.scrollLeft + dx * wheelPixelsPerUnit, scroll.scrollWidth - scroll.clientWidth)));\n e_preventDefault(e);\n display.wheelStartX = null; // Abort measurement, if in progress\n return;\n }\n\n // 'Project' the visible viewport to cover the area that is being\n // scrolled into view (if we know enough to estimate it).\n if (dy && wheelPixelsPerUnit != null) {\n var pixels = dy * wheelPixelsPerUnit;\n var top = cm.doc.scrollTop, bot = top + display.wrapper.clientHeight;\n if (pixels < 0) top = Math.max(0, top + pixels - 50);\n else bot = Math.min(cm.doc.height, bot + pixels + 50);\n updateDisplay(cm, {top: top, bottom: bot});\n }\n\n if (wheelSamples < 20) {\n if (display.wheelStartX == null) {\n display.wheelStartX = scroll.scrollLeft; display.wheelStartY = scroll.scrollTop;\n display.wheelDX = dx; display.wheelDY = dy;\n setTimeout(function() {\n if (display.wheelStartX == null) return;\n var movedX = scroll.scrollLeft - display.wheelStartX;\n var movedY = scroll.scrollTop - display.wheelStartY;\n var sample = (movedY && display.wheelDY && movedY / display.wheelDY) ||\n (movedX && display.wheelDX && movedX / display.wheelDX);\n display.wheelStartX = display.wheelStartY = null;\n if (!sample) return;\n wheelPixelsPerUnit = (wheelPixelsPerUnit * wheelSamples + sample) / (wheelSamples + 1);\n ++wheelSamples;\n }, 200);\n } else {\n display.wheelDX += dx; display.wheelDY += dy;\n }\n }\n }\n\n // KEY EVENTS\n\n // Run a handler that was bound to a key.\n function doHandleBinding(cm, bound, dropShift) {\n if (typeof bound == \"string\") {\n bound = commands[bound];\n if (!bound) return false;\n }\n // Ensure previous input has been read, so that the handler sees a\n // consistent view of the document\n if (cm.display.pollingFast && readInput(cm)) cm.display.pollingFast = false;\n var prevShift = cm.display.shift, done = false;\n try {\n if (isReadOnly(cm)) cm.state.suppressEdits = true;\n if (dropShift) cm.display.shift = false;\n done = bound(cm) != Pass;\n } finally {\n cm.display.shift = prevShift;\n cm.state.suppressEdits = false;\n }\n return done;\n }\n\n // Collect the currently active keymaps.\n function allKeyMaps(cm) {\n var maps = cm.state.keyMaps.slice(0);\n if (cm.options.extraKeys) maps.push(cm.options.extraKeys);\n maps.push(cm.options.keyMap);\n return maps;\n }\n\n var maybeTransition;\n // Handle a key from the keydown event.\n function handleKeyBinding(cm, e) {\n // Handle automatic keymap transitions\n var startMap = getKeyMap(cm.options.keyMap), next = startMap.auto;\n clearTimeout(maybeTransition);\n if (next && !isModifierKey(e)) maybeTransition = setTimeout(function() {\n if (getKeyMap(cm.options.keyMap) == startMap) {\n cm.options.keyMap = (next.call ? next.call(null, cm) : next);\n keyMapChanged(cm);\n }\n }, 50);\n\n var name = keyName(e, true), handled = false;\n if (!name) return false;\n var keymaps = allKeyMaps(cm);\n\n if (e.shiftKey) {\n // First try to resolve full name (including 'Shift-'). Failing\n // that, see if there is a cursor-motion command (starting with\n // 'go') bound to the keyname without 'Shift-'.\n handled = lookupKey(\"Shift-\" + name, keymaps, function(b) {return doHandleBinding(cm, b, true);})\n || lookupKey(name, keymaps, function(b) {\n if (typeof b == \"string\" ? /^go[A-Z]/.test(b) : b.motion)\n return doHandleBinding(cm, b);\n });\n } else {\n handled = lookupKey(name, keymaps, function(b) { return doHandleBinding(cm, b); });\n }\n\n if (handled) {\n e_preventDefault(e);\n restartBlink(cm);\n signalLater(cm, \"keyHandled\", cm, name, e);\n }\n return handled;\n }\n\n // Handle a key from the keypress event\n function handleCharBinding(cm, e, ch) {\n var handled = lookupKey(\"'\" + ch + \"'\", allKeyMaps(cm),\n function(b) { return doHandleBinding(cm, b, true); });\n if (handled) {\n e_preventDefault(e);\n restartBlink(cm);\n signalLater(cm, \"keyHandled\", cm, \"'\" + ch + \"'\", e);\n }\n return handled;\n }\n\n var lastStoppedKey = null;\n function onKeyDown(e) {\n var cm = this;\n ensureFocus(cm);\n if (signalDOMEvent(cm, e)) return;\n // IE does strange things with escape.\n if (ie_upto10 && e.keyCode == 27) e.returnValue = false;\n var code = e.keyCode;\n cm.display.shift = code == 16 || e.shiftKey;\n var handled = handleKeyBinding(cm, e);\n if (presto) {\n lastStoppedKey = handled ? code : null;\n // Opera has no cut event... we try to at least catch the key combo\n if (!handled && code == 88 && !hasCopyEvent && (mac ? e.metaKey : e.ctrlKey))\n cm.replaceSelection(\"\", null, \"cut\");\n }\n\n // Turn mouse into crosshair when Alt is held on Mac.\n if (code == 18 && !/\\bCodeMirror-crosshair\\b/.test(cm.display.lineDiv.className))\n showCrossHair(cm);\n }\n\n function showCrossHair(cm) {\n var lineDiv = cm.display.lineDiv;\n addClass(lineDiv, \"CodeMirror-crosshair\");\n\n function up(e) {\n if (e.keyCode == 18 || !e.altKey) {\n rmClass(lineDiv, \"CodeMirror-crosshair\");\n off(document, \"keyup\", up);\n off(document, \"mouseover\", up);\n }\n }\n on(document, \"keyup\", up);\n on(document, \"mouseover\", up);\n }\n\n function onKeyUp(e) {\n if (signalDOMEvent(this, e)) return;\n if (e.keyCode == 16) this.doc.sel.shift = false;\n }\n\n function onKeyPress(e) {\n var cm = this;\n if (signalDOMEvent(cm, e)) return;\n var keyCode = e.keyCode, charCode = e.charCode;\n if (presto && keyCode == lastStoppedKey) {lastStoppedKey = null; e_preventDefault(e); return;}\n if (((presto && (!e.which || e.which < 10)) || khtml) && handleKeyBinding(cm, e)) return;\n var ch = String.fromCharCode(charCode == null ? keyCode : charCode);\n if (handleCharBinding(cm, e, ch)) return;\n if (ie && !ie_upto8) cm.display.inputHasSelection = null;\n fastPoll(cm);\n }\n\n // FOCUS/BLUR EVENTS\n\n function onFocus(cm) {\n if (cm.options.readOnly == \"nocursor\") return;\n if (!cm.state.focused) {\n signal(cm, \"focus\", cm);\n cm.state.focused = true;\n addClass(cm.display.wrapper, \"CodeMirror-focused\");\n // The prevInput test prevents this from firing when a context\n // menu is closed (since the resetInput would kill the\n // select-all detection hack)\n if (!cm.curOp && cm.display.selForContextMenu != cm.doc.sel) {\n resetInput(cm);\n if (webkit) setTimeout(bind(resetInput, cm, true), 0); // Issue #1730\n }\n }\n slowPoll(cm);\n restartBlink(cm);\n }\n function onBlur(cm) {\n if (cm.state.focused) {\n signal(cm, \"blur\", cm);\n cm.state.focused = false;\n rmClass(cm.display.wrapper, \"CodeMirror-focused\");\n }\n clearInterval(cm.display.blinker);\n setTimeout(function() {if (!cm.state.focused) cm.display.shift = false;}, 150);\n }\n\n // CONTEXT MENU HANDLING\n\n // To make the context menu work, we need to briefly unhide the\n // textarea (making it as unobtrusive as possible) to let the\n // right-click take effect on it.\n function onContextMenu(cm, e) {\n if (signalDOMEvent(cm, e, \"contextmenu\")) return;\n var display = cm.display;\n if (eventInWidget(display, e) || contextMenuInGutter(cm, e)) return;\n\n var pos = posFromMouse(cm, e), scrollPos = display.scroller.scrollTop;\n if (!pos || presto) return; // Opera is difficult.\n\n // Reset the current text selection only if the click is done outside of the selection\n // and 'resetSelectionOnContextMenu' option is true.\n var reset = cm.options.resetSelectionOnContextMenu;\n if (reset && cm.doc.sel.contains(pos) == -1)\n operation(cm, setSelection)(cm.doc, simpleSelection(pos), sel_dontScroll);\n\n var oldCSS = display.input.style.cssText;\n display.inputDiv.style.position = \"absolute\";\n display.input.style.cssText = \"position: fixed; width: 30px; height: 30px; top: \" + (e.clientY - 5) +\n \"px; left: \" + (e.clientX - 5) + \"px; z-index: 1000; background: \" +\n (ie ? \"rgba(255, 255, 255, .05)\" : \"transparent\") +\n \"; outline: none; border-width: 0; outline: none; overflow: hidden; opacity: .05; filter: alpha(opacity=5);\";\n focusInput(cm);\n resetInput(cm);\n // Adds \"Select all\" to context menu in FF\n if (!cm.somethingSelected()) display.input.value = display.prevInput = \" \";\n display.selForContextMenu = cm.doc.sel;\n clearTimeout(display.detectingSelectAll);\n\n // Select-all will be greyed out if there's nothing to select, so\n // this adds a zero-width space so that we can later check whether\n // it got selected.\n function prepareSelectAllHack() {\n if (display.input.selectionStart != null) {\n var selected = cm.somethingSelected();\n var extval = display.input.value = \"\\u200b\" + (selected ? display.input.value : \"\");\n display.prevInput = selected ? \"\" : \"\\u200b\";\n display.input.selectionStart = 1; display.input.selectionEnd = extval.length;\n }\n }\n function rehide() {\n display.inputDiv.style.position = \"relative\";\n display.input.style.cssText = oldCSS;\n if (ie_upto8) display.scrollbarV.scrollTop = display.scroller.scrollTop = scrollPos;\n slowPoll(cm);\n\n // Try to detect the user choosing select-all\n if (display.input.selectionStart != null) {\n if (!ie || ie_upto8) prepareSelectAllHack();\n var i = 0, poll = function() {\n if (display.selForContextMenu == cm.doc.sel && display.input.selectionStart == 0)\n operation(cm, commands.selectAll)(cm);\n else if (i++ < 10) display.detectingSelectAll = setTimeout(poll, 500);\n else resetInput(cm);\n };\n display.detectingSelectAll = setTimeout(poll, 200);\n }\n }\n\n if (ie && !ie_upto8) prepareSelectAllHack();\n if (captureRightClick) {\n e_stop(e);\n var mouseup = function() {\n off(window, \"mouseup\", mouseup);\n setTimeout(rehide, 20);\n };\n on(window, \"mouseup\", mouseup);\n } else {\n setTimeout(rehide, 50);\n }\n }\n\n function contextMenuInGutter(cm, e) {\n if (!hasHandler(cm, \"gutterContextMenu\")) return false;\n return gutterEvent(cm, e, \"gutterContextMenu\", false, signal);\n }\n\n // UPDATING\n\n // Compute the position of the end of a change (its 'to' property\n // refers to the pre-change end).\n var changeEnd = CodeMirror.changeEnd = function(change) {\n if (!change.text) return change.to;\n return Pos(change.from.line + change.text.length - 1,\n lst(change.text).length + (change.text.length == 1 ? change.from.ch : 0));\n };\n\n // Adjust a position to refer to the post-change position of the\n // same text, or the end of the change if the change covers it.\n function adjustForChange(pos, change) {\n if (cmp(pos, change.from) < 0) return pos;\n if (cmp(pos, change.to) <= 0) return changeEnd(change);\n\n var line = pos.line + change.text.length - (change.to.line - change.from.line) - 1, ch = pos.ch;\n if (pos.line == change.to.line) ch += changeEnd(change).ch - change.to.ch;\n return Pos(line, ch);\n }\n\n function computeSelAfterChange(doc, change) {\n var out = [];\n for (var i = 0; i < doc.sel.ranges.length; i++) {\n var range = doc.sel.ranges[i];\n out.push(new Range(adjustForChange(range.anchor, change),\n adjustForChange(range.head, change)));\n }\n return normalizeSelection(out, doc.sel.primIndex);\n }\n\n function offsetPos(pos, old, nw) {\n if (pos.line == old.line)\n return Pos(nw.line, pos.ch - old.ch + nw.ch);\n else\n return Pos(nw.line + (pos.line - old.line), pos.ch);\n }\n\n // Used by replaceSelections to allow moving the selection to the\n // start or around the replaced test. Hint may be \"start\" or \"around\".\n function computeReplacedSel(doc, changes, hint) {\n var out = [];\n var oldPrev = Pos(doc.first, 0), newPrev = oldPrev;\n for (var i = 0; i < changes.length; i++) {\n var change = changes[i];\n var from = offsetPos(change.from, oldPrev, newPrev);\n var to = offsetPos(changeEnd(change), oldPrev, newPrev);\n oldPrev = change.to;\n newPrev = to;\n if (hint == \"around\") {\n var range = doc.sel.ranges[i], inv = cmp(range.head, range.anchor) < 0;\n out[i] = new Range(inv ? to : from, inv ? from : to);\n } else {\n out[i] = new Range(from, from);\n }\n }\n return new Selection(out, doc.sel.primIndex);\n }\n\n // Allow \"beforeChange\" event handlers to influence a change\n function filterChange(doc, change, update) {\n var obj = {\n canceled: false,\n from: change.from,\n to: change.to,\n text: change.text,\n origin: change.origin,\n cancel: function() { this.canceled = true; }\n };\n if (update) obj.update = function(from, to, text, origin) {\n if (from) this.from = clipPos(doc, from);\n if (to) this.to = clipPos(doc, to);\n if (text) this.text = text;\n if (origin !== undefined) this.origin = origin;\n };\n signal(doc, \"beforeChange\", doc, obj);\n if (doc.cm) signal(doc.cm, \"beforeChange\", doc.cm, obj);\n\n if (obj.canceled) return null;\n return {from: obj.from, to: obj.to, text: obj.text, origin: obj.origin};\n }\n\n // Apply a change to a document, and add it to the document's\n // history, and propagating it to all linked documents.\n function makeChange(doc, change, ignoreReadOnly) {\n if (doc.cm) {\n if (!doc.cm.curOp) return operation(doc.cm, makeChange)(doc, change, ignoreReadOnly);\n if (doc.cm.state.suppressEdits) return;\n }\n\n if (hasHandler(doc, \"beforeChange\") || doc.cm && hasHandler(doc.cm, \"beforeChange\")) {\n change = filterChange(doc, change, true);\n if (!change) return;\n }\n\n // Possibly split or suppress the update based on the presence\n // of read-only spans in its range.\n var split = sawReadOnlySpans && !ignoreReadOnly && removeReadOnlyRanges(doc, change.from, change.to);\n if (split) {\n for (var i = split.length - 1; i >= 0; --i)\n makeChangeInner(doc, {from: split[i].from, to: split[i].to, text: i ? [\"\"] : change.text});\n } else {\n makeChangeInner(doc, change);\n }\n }\n\n function makeChangeInner(doc, change) {\n if (change.text.length == 1 && change.text[0] == \"\" && cmp(change.from, change.to) == 0) return;\n var selAfter = computeSelAfterChange(doc, change);\n addChangeToHistory(doc, change, selAfter, doc.cm ? doc.cm.curOp.id : NaN);\n\n makeChangeSingleDoc(doc, change, selAfter, stretchSpansOverChange(doc, change));\n var rebased = [];\n\n linkedDocs(doc, function(doc, sharedHist) {\n if (!sharedHist && indexOf(rebased, doc.history) == -1) {\n rebaseHist(doc.history, change);\n rebased.push(doc.history);\n }\n makeChangeSingleDoc(doc, change, null, stretchSpansOverChange(doc, change));\n });\n }\n\n // Revert a change stored in a document's history.\n function makeChangeFromHistory(doc, type, allowSelectionOnly) {\n if (doc.cm && doc.cm.state.suppressEdits) return;\n\n var hist = doc.history, event, selAfter = doc.sel;\n var source = type == \"undo\" ? hist.done : hist.undone, dest = type == \"undo\" ? hist.undone : hist.done;\n\n // Verify that there is a useable event (so that ctrl-z won't\n // needlessly clear selection events)\n for (var i = 0; i < source.length; i++) {\n event = source[i];\n if (allowSelectionOnly ? event.ranges && !event.equals(doc.sel) : !event.ranges)\n break;\n }\n if (i == source.length) return;\n hist.lastOrigin = hist.lastSelOrigin = null;\n\n for (;;) {\n event = source.pop();\n if (event.ranges) {\n pushSelectionToHistory(event, dest);\n if (allowSelectionOnly && !event.equals(doc.sel)) {\n setSelection(doc, event, {clearRedo: false});\n return;\n }\n selAfter = event;\n }\n else break;\n }\n\n // Build up a reverse change object to add to the opposite history\n // stack (redo when undoing, and vice versa).\n var antiChanges = [];\n pushSelectionToHistory(selAfter, dest);\n dest.push({changes: antiChanges, generation: hist.generation});\n hist.generation = event.generation || ++hist.maxGeneration;\n\n var filter = hasHandler(doc, \"beforeChange\") || doc.cm && hasHandler(doc.cm, \"beforeChange\");\n\n for (var i = event.changes.length - 1; i >= 0; --i) {\n var change = event.changes[i];\n change.origin = type;\n if (filter && !filterChange(doc, change, false)) {\n source.length = 0;\n return;\n }\n\n antiChanges.push(historyChangeFromChange(doc, change));\n\n var after = i ? computeSelAfterChange(doc, change, null) : lst(source);\n makeChangeSingleDoc(doc, change, after, mergeOldSpans(doc, change));\n if (!i && doc.cm) doc.cm.scrollIntoView(change);\n var rebased = [];\n\n // Propagate to the linked documents\n linkedDocs(doc, function(doc, sharedHist) {\n if (!sharedHist && indexOf(rebased, doc.history) == -1) {\n rebaseHist(doc.history, change);\n rebased.push(doc.history);\n }\n makeChangeSingleDoc(doc, change, null, mergeOldSpans(doc, change));\n });\n }\n }\n\n // Sub-views need their line numbers shifted when text is added\n // above or below them in the parent document.\n function shiftDoc(doc, distance) {\n if (distance == 0) return;\n doc.first += distance;\n doc.sel = new Selection(map(doc.sel.ranges, function(range) {\n return new Range(Pos(range.anchor.line + distance, range.anchor.ch),\n Pos(range.head.line + distance, range.head.ch));\n }), doc.sel.primIndex);\n if (doc.cm) {\n regChange(doc.cm, doc.first, doc.first - distance, distance);\n for (var d = doc.cm.display, l = d.viewFrom; l < d.viewTo; l++)\n regLineChange(doc.cm, l, \"gutter\");\n }\n }\n\n // More lower-level change function, handling only a single document\n // (not linked ones).\n function makeChangeSingleDoc(doc, change, selAfter, spans) {\n if (doc.cm && !doc.cm.curOp)\n return operation(doc.cm, makeChangeSingleDoc)(doc, change, selAfter, spans);\n\n if (change.to.line < doc.first) {\n shiftDoc(doc, change.text.length - 1 - (change.to.line - change.from.line));\n return;\n }\n if (change.from.line > doc.lastLine()) return;\n\n // Clip the change to the size of this doc\n if (change.from.line < doc.first) {\n var shift = change.text.length - 1 - (doc.first - change.from.line);\n shiftDoc(doc, shift);\n change = {from: Pos(doc.first, 0), to: Pos(change.to.line + shift, change.to.ch),\n text: [lst(change.text)], origin: change.origin};\n }\n var last = doc.lastLine();\n if (change.to.line > last) {\n change = {from: change.from, to: Pos(last, getLine(doc, last).text.length),\n text: [change.text[0]], origin: change.origin};\n }\n\n change.removed = getBetween(doc, change.from, change.to);\n\n if (!selAfter) selAfter = computeSelAfterChange(doc, change, null);\n if (doc.cm) makeChangeSingleDocInEditor(doc.cm, change, spans);\n else updateDoc(doc, change, spans);\n setSelectionNoUndo(doc, selAfter, sel_dontScroll);\n }\n\n // Handle the interaction of a change to a document with the editor\n // that this document is part of.\n function makeChangeSingleDocInEditor(cm, change, spans) {\n var doc = cm.doc, display = cm.display, from = change.from, to = change.to;\n\n var recomputeMaxLength = false, checkWidthStart = from.line;\n if (!cm.options.lineWrapping) {\n checkWidthStart = lineNo(visualLine(getLine(doc, from.line)));\n doc.iter(checkWidthStart, to.line + 1, function(line) {\n if (line == display.maxLine) {\n recomputeMaxLength = true;\n return true;\n }\n });\n }\n\n if (doc.sel.contains(change.from, change.to) > -1)\n signalCursorActivity(cm);\n\n updateDoc(doc, change, spans, estimateHeight(cm));\n\n if (!cm.options.lineWrapping) {\n doc.iter(checkWidthStart, from.line + change.text.length, function(line) {\n var len = lineLength(line);\n if (len > display.maxLineLength) {\n display.maxLine = line;\n display.maxLineLength = len;\n display.maxLineChanged = true;\n recomputeMaxLength = false;\n }\n });\n if (recomputeMaxLength) cm.curOp.updateMaxLine = true;\n }\n\n // Adjust frontier, schedule worker\n doc.frontier = Math.min(doc.frontier, from.line);\n startWorker(cm, 400);\n\n var lendiff = change.text.length - (to.line - from.line) - 1;\n // Remember that these lines changed, for updating the display\n if (from.line == to.line && change.text.length == 1 && !isWholeLineUpdate(cm.doc, change))\n regLineChange(cm, from.line, \"text\");\n else\n regChange(cm, from.line, to.line + 1, lendiff);\n\n var changesHandler = hasHandler(cm, \"changes\"), changeHandler = hasHandler(cm, \"change\");\n if (changeHandler || changesHandler) {\n var obj = {\n from: from, to: to,\n text: change.text,\n removed: change.removed,\n origin: change.origin\n };\n if (changeHandler) signalLater(cm, \"change\", cm, obj);\n if (changesHandler) (cm.curOp.changeObjs || (cm.curOp.changeObjs = [])).push(obj);\n }\n cm.display.selForContextMenu = null;\n }\n\n function replaceRange(doc, code, from, to, origin) {\n if (!to) to = from;\n if (cmp(to, from) < 0) { var tmp = to; to = from; from = tmp; }\n if (typeof code == \"string\") code = splitLines(code);\n makeChange(doc, {from: from, to: to, text: code, origin: origin});\n }\n\n // SCROLLING THINGS INTO VIEW\n\n // If an editor sits on the top or bottom of the window, partially\n // scrolled out of view, this ensures that the cursor is visible.\n function maybeScrollWindow(cm, coords) {\n var display = cm.display, box = display.sizer.getBoundingClientRect(), doScroll = null;\n if (coords.top + box.top < 0) doScroll = true;\n else if (coords.bottom + box.top > (window.innerHeight || document.documentElement.clientHeight)) doScroll = false;\n if (doScroll != null && !phantom) {\n var scrollNode = elt(\"div\", \"\\u200b\", null, \"position: absolute; top: \" +\n (coords.top - display.viewOffset - paddingTop(cm.display)) + \"px; height: \" +\n (coords.bottom - coords.top + scrollerCutOff) + \"px; left: \" +\n coords.left + \"px; width: 2px;\");\n cm.display.lineSpace.appendChild(scrollNode);\n scrollNode.scrollIntoView(doScroll);\n cm.display.lineSpace.removeChild(scrollNode);\n }\n }\n\n // Scroll a given position into view (immediately), verifying that\n // it actually became visible (as line heights are accurately\n // measured, the position of something may 'drift' during drawing).\n function scrollPosIntoView(cm, pos, end, margin) {\n if (margin == null) margin = 0;\n for (;;) {\n var changed = false, coords = cursorCoords(cm, pos);\n var endCoords = !end || end == pos ? coords : cursorCoords(cm, end);\n var scrollPos = calculateScrollPos(cm, Math.min(coords.left, endCoords.left),\n Math.min(coords.top, endCoords.top) - margin,\n Math.max(coords.left, endCoords.left),\n Math.max(coords.bottom, endCoords.bottom) + margin);\n var startTop = cm.doc.scrollTop, startLeft = cm.doc.scrollLeft;\n if (scrollPos.scrollTop != null) {\n setScrollTop(cm, scrollPos.scrollTop);\n if (Math.abs(cm.doc.scrollTop - startTop) > 1) changed = true;\n }\n if (scrollPos.scrollLeft != null) {\n setScrollLeft(cm, scrollPos.scrollLeft);\n if (Math.abs(cm.doc.scrollLeft - startLeft) > 1) changed = true;\n }\n if (!changed) return coords;\n }\n }\n\n // Scroll a given set of coordinates into view (immediately).\n function scrollIntoView(cm, x1, y1, x2, y2) {\n var scrollPos = calculateScrollPos(cm, x1, y1, x2, y2);\n if (scrollPos.scrollTop != null) setScrollTop(cm, scrollPos.scrollTop);\n if (scrollPos.scrollLeft != null) setScrollLeft(cm, scrollPos.scrollLeft);\n }\n\n // Calculate a new scroll position needed to scroll the given\n // rectangle into view. Returns an object with scrollTop and\n // scrollLeft properties. When these are undefined, the\n // vertical/horizontal position does not need to be adjusted.\n function calculateScrollPos(cm, x1, y1, x2, y2) {\n var display = cm.display, snapMargin = textHeight(cm.display);\n if (y1 < 0) y1 = 0;\n var screentop = cm.curOp && cm.curOp.scrollTop != null ? cm.curOp.scrollTop : display.scroller.scrollTop;\n var screen = display.scroller.clientHeight - scrollerCutOff, result = {};\n var docBottom = cm.doc.height + paddingVert(display);\n var atTop = y1 < snapMargin, atBottom = y2 > docBottom - snapMargin;\n if (y1 < screentop) {\n result.scrollTop = atTop ? 0 : y1;\n } else if (y2 > screentop + screen) {\n var newTop = Math.min(y1, (atBottom ? docBottom : y2) - screen);\n if (newTop != screentop) result.scrollTop = newTop;\n }\n\n var screenleft = cm.curOp && cm.curOp.scrollLeft != null ? cm.curOp.scrollLeft : display.scroller.scrollLeft;\n var screenw = display.scroller.clientWidth - scrollerCutOff;\n x1 += display.gutters.offsetWidth; x2 += display.gutters.offsetWidth;\n var gutterw = display.gutters.offsetWidth;\n var atLeft = x1 < gutterw + 10;\n if (x1 < screenleft + gutterw || atLeft) {\n if (atLeft) x1 = 0;\n result.scrollLeft = Math.max(0, x1 - 10 - gutterw);\n } else if (x2 > screenw + screenleft - 3) {\n result.scrollLeft = x2 + 10 - screenw;\n }\n return result;\n }\n\n // Store a relative adjustment to the scroll position in the current\n // operation (to be applied when the operation finishes).\n function addToScrollPos(cm, left, top) {\n if (left != null || top != null) resolveScrollToPos(cm);\n if (left != null)\n cm.curOp.scrollLeft = (cm.curOp.scrollLeft == null ? cm.doc.scrollLeft : cm.curOp.scrollLeft) + left;\n if (top != null)\n cm.curOp.scrollTop = (cm.curOp.scrollTop == null ? cm.doc.scrollTop : cm.curOp.scrollTop) + top;\n }\n\n // Make sure that at the end of the operation the current cursor is\n // shown.\n function ensureCursorVisible(cm) {\n resolveScrollToPos(cm);\n var cur = cm.getCursor(), from = cur, to = cur;\n if (!cm.options.lineWrapping) {\n from = cur.ch ? Pos(cur.line, cur.ch - 1) : cur;\n to = Pos(cur.line, cur.ch + 1);\n }\n cm.curOp.scrollToPos = {from: from, to: to, margin: cm.options.cursorScrollMargin, isCursor: true};\n }\n\n // When an operation has its scrollToPos property set, and another\n // scroll action is applied before the end of the operation, this\n // 'simulates' scrolling that position into view in a cheap way, so\n // that the effect of intermediate scroll commands is not ignored.\n function resolveScrollToPos(cm) {\n var range = cm.curOp.scrollToPos;\n if (range) {\n cm.curOp.scrollToPos = null;\n var from = estimateCoords(cm, range.from), to = estimateCoords(cm, range.to);\n var sPos = calculateScrollPos(cm, Math.min(from.left, to.left),\n Math.min(from.top, to.top) - range.margin,\n Math.max(from.right, to.right),\n Math.max(from.bottom, to.bottom) + range.margin);\n cm.scrollTo(sPos.scrollLeft, sPos.scrollTop);\n }\n }\n\n // API UTILITIES\n\n // Indent the given line. The how parameter can be \"smart\",\n // \"add\"/null, \"subtract\", or \"prev\". When aggressive is false\n // (typically set to true for forced single-line indents), empty\n // lines are not indented, and places where the mode returns Pass\n // are left alone.\n function indentLine(cm, n, how, aggressive) {\n var doc = cm.doc, state;\n if (how == null) how = \"add\";\n if (how == \"smart\") {\n // Fall back to \"prev\" when the mode doesn't have an indentation\n // method.\n if (!cm.doc.mode.indent) how = \"prev\";\n else state = getStateBefore(cm, n);\n }\n\n var tabSize = cm.options.tabSize;\n var line = getLine(doc, n), curSpace = countColumn(line.text, null, tabSize);\n if (line.stateAfter) line.stateAfter = null;\n var curSpaceString = line.text.match(/^\\s*/)[0], indentation;\n if (!aggressive && !/\\S/.test(line.text)) {\n indentation = 0;\n how = \"not\";\n } else if (how == \"smart\") {\n indentation = cm.doc.mode.indent(state, line.text.slice(curSpaceString.length), line.text);\n if (indentation == Pass) {\n if (!aggressive) return;\n how = \"prev\";\n }\n }\n if (how == \"prev\") {\n if (n > doc.first) indentation = countColumn(getLine(doc, n-1).text, null, tabSize);\n else indentation = 0;\n } else if (how == \"add\") {\n indentation = curSpace + cm.options.indentUnit;\n } else if (how == \"subtract\") {\n indentation = curSpace - cm.options.indentUnit;\n } else if (typeof how == \"number\") {\n indentation = curSpace + how;\n }\n indentation = Math.max(0, indentation);\n\n var indentString = \"\", pos = 0;\n if (cm.options.indentWithTabs)\n for (var i = Math.floor(indentation / tabSize); i; --i) {pos += tabSize; indentString += \"\\t\";}\n if (pos < indentation) indentString += spaceStr(indentation - pos);\n\n if (indentString != curSpaceString) {\n replaceRange(cm.doc, indentString, Pos(n, 0), Pos(n, curSpaceString.length), \"+input\");\n } else {\n // Ensure that, if the cursor was in the whitespace at the start\n // of the line, it is moved to the end of that space.\n for (var i = 0; i < doc.sel.ranges.length; i++) {\n var range = doc.sel.ranges[i];\n if (range.head.line == n && range.head.ch < curSpaceString.length) {\n var pos = Pos(n, curSpaceString.length);\n replaceOneSelection(doc, i, new Range(pos, pos));\n break;\n }\n }\n }\n line.stateAfter = null;\n }\n\n // Utility for applying a change to a line by handle or number,\n // returning the number and optionally registering the line as\n // changed.\n function changeLine(cm, handle, changeType, op) {\n var no = handle, line = handle, doc = cm.doc;\n if (typeof handle == \"number\") line = getLine(doc, clipLine(doc, handle));\n else no = lineNo(handle);\n if (no == null) return null;\n if (op(line, no)) regLineChange(cm, no, changeType);\n return line;\n }\n\n // Helper for deleting text near the selection(s), used to implement\n // backspace, delete, and similar functionality.\n function deleteNearSelection(cm, compute) {\n var ranges = cm.doc.sel.ranges, kill = [];\n // Build up a set of ranges to kill first, merging overlapping\n // ranges.\n for (var i = 0; i < ranges.length; i++) {\n var toKill = compute(ranges[i]);\n while (kill.length && cmp(toKill.from, lst(kill).to) <= 0) {\n var replaced = kill.pop();\n if (cmp(replaced.from, toKill.from) < 0) {\n toKill.from = replaced.from;\n break;\n }\n }\n kill.push(toKill);\n }\n // Next, remove those actual ranges.\n runInOp(cm, function() {\n for (var i = kill.length - 1; i >= 0; i--)\n replaceRange(cm.doc, \"\", kill[i].from, kill[i].to, \"+delete\");\n ensureCursorVisible(cm);\n });\n }\n\n // Used for horizontal relative motion. Dir is -1 or 1 (left or\n // right), unit can be \"char\", \"column\" (like char, but doesn't\n // cross line boundaries), \"word\" (across next word), or \"group\" (to\n // the start of next group of word or non-word-non-whitespace\n // chars). The visually param controls whether, in right-to-left\n // text, direction 1 means to move towards the next index in the\n // string, or towards the character to the right of the current\n // position. The resulting position will have a hitSide=true\n // property if it reached the end of the document.\n function findPosH(doc, pos, dir, unit, visually) {\n var line = pos.line, ch = pos.ch, origDir = dir;\n var lineObj = getLine(doc, line);\n var possible = true;\n function findNextLine() {\n var l = line + dir;\n if (l < doc.first || l >= doc.first + doc.size) return (possible = false);\n line = l;\n return lineObj = getLine(doc, l);\n }\n function moveOnce(boundToLine) {\n var next = (visually ? moveVisually : moveLogically)(lineObj, ch, dir, true);\n if (next == null) {\n if (!boundToLine && findNextLine()) {\n if (visually) ch = (dir < 0 ? lineRight : lineLeft)(lineObj);\n else ch = dir < 0 ? lineObj.text.length : 0;\n } else return (possible = false);\n } else ch = next;\n return true;\n }\n\n if (unit == \"char\") moveOnce();\n else if (unit == \"column\") moveOnce(true);\n else if (unit == \"word\" || unit == \"group\") {\n var sawType = null, group = unit == \"group\";\n var helper = doc.cm && doc.cm.getHelper(pos, \"wordChars\");\n for (var first = true;; first = false) {\n if (dir < 0 && !moveOnce(!first)) break;\n var cur = lineObj.text.charAt(ch) || \"\\n\";\n var type = isWordChar(cur, helper) ? \"w\"\n : group && cur == \"\\n\" ? \"n\"\n : !group || /\\s/.test(cur) ? null\n : \"p\";\n if (group && !first && !type) type = \"s\";\n if (sawType && sawType != type) {\n if (dir < 0) {dir = 1; moveOnce();}\n break;\n }\n\n if (type) sawType = type;\n if (dir > 0 && !moveOnce(!first)) break;\n }\n }\n var result = skipAtomic(doc, Pos(line, ch), origDir, true);\n if (!possible) result.hitSide = true;\n return result;\n }\n\n // For relative vertical movement. Dir may be -1 or 1. Unit can be\n // \"page\" or \"line\". The resulting position will have a hitSide=true\n // property if it reached the end of the document.\n function findPosV(cm, pos, dir, unit) {\n var doc = cm.doc, x = pos.left, y;\n if (unit == \"page\") {\n var pageSize = Math.min(cm.display.wrapper.clientHeight, window.innerHeight || document.documentElement.clientHeight);\n y = pos.top + dir * (pageSize - (dir < 0 ? 1.5 : .5) * textHeight(cm.display));\n } else if (unit == \"line\") {\n y = dir > 0 ? pos.bottom + 3 : pos.top - 3;\n }\n for (;;) {\n var target = coordsChar(cm, x, y);\n if (!target.outside) break;\n if (dir < 0 ? y <= 0 : y >= doc.height) { target.hitSide = true; break; }\n y += dir * 5;\n }\n return target;\n }\n\n // Find the word at the given position (as returned by coordsChar).\n function findWordAt(cm, pos) {\n var doc = cm.doc, line = getLine(doc, pos.line).text;\n var start = pos.ch, end = pos.ch;\n if (line) {\n var helper = cm.getHelper(pos, \"wordChars\");\n if ((pos.xRel < 0 || end == line.length) && start) --start; else ++end;\n var startChar = line.charAt(start);\n var check = isWordChar(startChar, helper)\n ? function(ch) { return isWordChar(ch, helper); }\n : /\\s/.test(startChar) ? function(ch) {return /\\s/.test(ch);}\n : function(ch) {return !/\\s/.test(ch) && !isWordChar(ch);};\n while (start > 0 && check(line.charAt(start - 1))) --start;\n while (end < line.length && check(line.charAt(end))) ++end;\n }\n return new Range(Pos(pos.line, start), Pos(pos.line, end));\n }\n\n // EDITOR METHODS\n\n // The publicly visible API. Note that methodOp(f) means\n // 'wrap f in an operation, performed on its `this` parameter'.\n\n // This is not the complete set of editor methods. Most of the\n // methods defined on the Doc type are also injected into\n // CodeMirror.prototype, for backwards compatibility and\n // convenience.\n\n CodeMirror.prototype = {\n constructor: CodeMirror,\n focus: function(){window.focus(); focusInput(this); fastPoll(this);},\n\n setOption: function(option, value) {\n var options = this.options, old = options[option];\n if (options[option] == value && option != \"mode\") return;\n options[option] = value;\n if (optionHandlers.hasOwnProperty(option))\n operation(this, optionHandlers[option])(this, value, old);\n },\n\n getOption: function(option) {return this.options[option];},\n getDoc: function() {return this.doc;},\n\n addKeyMap: function(map, bottom) {\n this.state.keyMaps[bottom ? \"push\" : \"unshift\"](map);\n },\n removeKeyMap: function(map) {\n var maps = this.state.keyMaps;\n for (var i = 0; i < maps.length; ++i)\n if (maps[i] == map || (typeof maps[i] != \"string\" && maps[i].name == map)) {\n maps.splice(i, 1);\n return true;\n }\n },\n\n addOverlay: methodOp(function(spec, options) {\n var mode = spec.token ? spec : CodeMirror.getMode(this.options, spec);\n if (mode.startState) throw new Error(\"Overlays may not be stateful.\");\n this.state.overlays.push({mode: mode, modeSpec: spec, opaque: options && options.opaque});\n this.state.modeGen++;\n regChange(this);\n }),\n removeOverlay: methodOp(function(spec) {\n var overlays = this.state.overlays;\n for (var i = 0; i < overlays.length; ++i) {\n var cur = overlays[i].modeSpec;\n if (cur == spec || typeof spec == \"string\" && cur.name == spec) {\n overlays.splice(i, 1);\n this.state.modeGen++;\n regChange(this);\n return;\n }\n }\n }),\n\n indentLine: methodOp(function(n, dir, aggressive) {\n if (typeof dir != \"string\" && typeof dir != \"number\") {\n if (dir == null) dir = this.options.smartIndent ? \"smart\" : \"prev\";\n else dir = dir ? \"add\" : \"subtract\";\n }\n if (isLine(this.doc, n)) indentLine(this, n, dir, aggressive);\n }),\n indentSelection: methodOp(function(how) {\n var ranges = this.doc.sel.ranges, end = -1;\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (!range.empty()) {\n var start = Math.max(end, range.from().line);\n var to = range.to();\n end = Math.min(this.lastLine(), to.line - (to.ch ? 0 : 1)) + 1;\n for (var j = start; j < end; ++j)\n indentLine(this, j, how);\n } else if (range.head.line > end) {\n indentLine(this, range.head.line, how, true);\n end = range.head.line;\n if (i == this.doc.sel.primIndex) ensureCursorVisible(this);\n }\n }\n }),\n\n // Fetch the parser token for a given character. Useful for hacks\n // that want to inspect the mode state (say, for completion).\n getTokenAt: function(pos, precise) {\n var doc = this.doc;\n pos = clipPos(doc, pos);\n var state = getStateBefore(this, pos.line, precise), mode = this.doc.mode;\n var line = getLine(doc, pos.line);\n var stream = new StringStream(line.text, this.options.tabSize);\n while (stream.pos < pos.ch && !stream.eol()) {\n stream.start = stream.pos;\n var style = readToken(mode, stream, state);\n }\n return {start: stream.start,\n end: stream.pos,\n string: stream.current(),\n type: style || null,\n state: state};\n },\n\n getTokenTypeAt: function(pos) {\n pos = clipPos(this.doc, pos);\n var styles = getLineStyles(this, getLine(this.doc, pos.line));\n var before = 0, after = (styles.length - 1) / 2, ch = pos.ch;\n var type;\n if (ch == 0) type = styles[2];\n else for (;;) {\n var mid = (before + after) >> 1;\n if ((mid ? styles[mid * 2 - 1] : 0) >= ch) after = mid;\n else if (styles[mid * 2 + 1] < ch) before = mid + 1;\n else { type = styles[mid * 2 + 2]; break; }\n }\n var cut = type ? type.indexOf(\"cm-overlay \") : -1;\n return cut < 0 ? type : cut == 0 ? null : type.slice(0, cut - 1);\n },\n\n getModeAt: function(pos) {\n var mode = this.doc.mode;\n if (!mode.innerMode) return mode;\n return CodeMirror.innerMode(mode, this.getTokenAt(pos).state).mode;\n },\n\n getHelper: function(pos, type) {\n return this.getHelpers(pos, type)[0];\n },\n\n getHelpers: function(pos, type) {\n var found = [];\n if (!helpers.hasOwnProperty(type)) return helpers;\n var help = helpers[type], mode = this.getModeAt(pos);\n if (typeof mode[type] == \"string\") {\n if (help[mode[type]]) found.push(help[mode[type]]);\n } else if (mode[type]) {\n for (var i = 0; i < mode[type].length; i++) {\n var val = help[mode[type][i]];\n if (val) found.push(val);\n }\n } else if (mode.helperType && help[mode.helperType]) {\n found.push(help[mode.helperType]);\n } else if (help[mode.name]) {\n found.push(help[mode.name]);\n }\n for (var i = 0; i < help._global.length; i++) {\n var cur = help._global[i];\n if (cur.pred(mode, this) && indexOf(found, cur.val) == -1)\n found.push(cur.val);\n }\n return found;\n },\n\n getStateAfter: function(line, precise) {\n var doc = this.doc;\n line = clipLine(doc, line == null ? doc.first + doc.size - 1: line);\n return getStateBefore(this, line + 1, precise);\n },\n\n cursorCoords: function(start, mode) {\n var pos, range = this.doc.sel.primary();\n if (start == null) pos = range.head;\n else if (typeof start == \"object\") pos = clipPos(this.doc, start);\n else pos = start ? range.from() : range.to();\n return cursorCoords(this, pos, mode || \"page\");\n },\n\n charCoords: function(pos, mode) {\n return charCoords(this, clipPos(this.doc, pos), mode || \"page\");\n },\n\n coordsChar: function(coords, mode) {\n coords = fromCoordSystem(this, coords, mode || \"page\");\n return coordsChar(this, coords.left, coords.top);\n },\n\n lineAtHeight: function(height, mode) {\n height = fromCoordSystem(this, {top: height, left: 0}, mode || \"page\").top;\n return lineAtHeight(this.doc, height + this.display.viewOffset);\n },\n heightAtLine: function(line, mode) {\n var end = false, last = this.doc.first + this.doc.size - 1;\n if (line < this.doc.first) line = this.doc.first;\n else if (line > last) { line = last; end = true; }\n var lineObj = getLine(this.doc, line);\n return intoCoordSystem(this, lineObj, {top: 0, left: 0}, mode || \"page\").top +\n (end ? this.doc.height - heightAtLine(lineObj) : 0);\n },\n\n defaultTextHeight: function() { return textHeight(this.display); },\n defaultCharWidth: function() { return charWidth(this.display); },\n\n setGutterMarker: methodOp(function(line, gutterID, value) {\n return changeLine(this, line, \"gutter\", function(line) {\n var markers = line.gutterMarkers || (line.gutterMarkers = {});\n markers[gutterID] = value;\n if (!value && isEmpty(markers)) line.gutterMarkers = null;\n return true;\n });\n }),\n\n clearGutter: methodOp(function(gutterID) {\n var cm = this, doc = cm.doc, i = doc.first;\n doc.iter(function(line) {\n if (line.gutterMarkers && line.gutterMarkers[gutterID]) {\n line.gutterMarkers[gutterID] = null;\n regLineChange(cm, i, \"gutter\");\n if (isEmpty(line.gutterMarkers)) line.gutterMarkers = null;\n }\n ++i;\n });\n }),\n\n addLineClass: methodOp(function(handle, where, cls) {\n return changeLine(this, handle, \"class\", function(line) {\n var prop = where == \"text\" ? \"textClass\" : where == \"background\" ? \"bgClass\" : \"wrapClass\";\n if (!line[prop]) line[prop] = cls;\n else if (new RegExp(\"(?:^|\\\\s)\" + cls + \"(?:$|\\\\s)\").test(line[prop])) return false;\n else line[prop] += \" \" + cls;\n return true;\n });\n }),\n\n removeLineClass: methodOp(function(handle, where, cls) {\n return changeLine(this, handle, \"class\", function(line) {\n var prop = where == \"text\" ? \"textClass\" : where == \"background\" ? \"bgClass\" : \"wrapClass\";\n var cur = line[prop];\n if (!cur) return false;\n else if (cls == null) line[prop] = null;\n else {\n var found = cur.match(new RegExp(\"(?:^|\\\\s+)\" + cls + \"(?:$|\\\\s+)\"));\n if (!found) return false;\n var end = found.index + found[0].length;\n line[prop] = cur.slice(0, found.index) + (!found.index || end == cur.length ? \"\" : \" \") + cur.slice(end) || null;\n }\n return true;\n });\n }),\n\n addLineWidget: methodOp(function(handle, node, options) {\n return addLineWidget(this, handle, node, options);\n }),\n\n removeLineWidget: function(widget) { widget.clear(); },\n\n lineInfo: function(line) {\n if (typeof line == \"number\") {\n if (!isLine(this.doc, line)) return null;\n var n = line;\n line = getLine(this.doc, line);\n if (!line) return null;\n } else {\n var n = lineNo(line);\n if (n == null) return null;\n }\n return {line: n, handle: line, text: line.text, gutterMarkers: line.gutterMarkers,\n textClass: line.textClass, bgClass: line.bgClass, wrapClass: line.wrapClass,\n widgets: line.widgets};\n },\n\n getViewport: function() { return {from: this.display.viewFrom, to: this.display.viewTo};},\n\n addWidget: function(pos, node, scroll, vert, horiz) {\n var display = this.display;\n pos = cursorCoords(this, clipPos(this.doc, pos));\n var top = pos.bottom, left = pos.left;\n node.style.position = \"absolute\";\n display.sizer.appendChild(node);\n if (vert == \"over\") {\n top = pos.top;\n } else if (vert == \"above\" || vert == \"near\") {\n var vspace = Math.max(display.wrapper.clientHeight, this.doc.height),\n hspace = Math.max(display.sizer.clientWidth, display.lineSpace.clientWidth);\n // Default to positioning above (if specified and possible); otherwise default to positioning below\n if ((vert == 'above' || pos.bottom + node.offsetHeight > vspace) && pos.top > node.offsetHeight)\n top = pos.top - node.offsetHeight;\n else if (pos.bottom + node.offsetHeight <= vspace)\n top = pos.bottom;\n if (left + node.offsetWidth > hspace)\n left = hspace - node.offsetWidth;\n }\n node.style.top = top + \"px\";\n node.style.left = node.style.right = \"\";\n if (horiz == \"right\") {\n left = display.sizer.clientWidth - node.offsetWidth;\n node.style.right = \"0px\";\n } else {\n if (horiz == \"left\") left = 0;\n else if (horiz == \"middle\") left = (display.sizer.clientWidth - node.offsetWidth) / 2;\n node.style.left = left + \"px\";\n }\n if (scroll)\n scrollIntoView(this, left, top, left + node.offsetWidth, top + node.offsetHeight);\n },\n\n triggerOnKeyDown: methodOp(onKeyDown),\n triggerOnKeyPress: methodOp(onKeyPress),\n triggerOnKeyUp: methodOp(onKeyUp),\n\n execCommand: function(cmd) {\n if (commands.hasOwnProperty(cmd))\n return commands[cmd](this);\n },\n\n findPosH: function(from, amount, unit, visually) {\n var dir = 1;\n if (amount < 0) { dir = -1; amount = -amount; }\n for (var i = 0, cur = clipPos(this.doc, from); i < amount; ++i) {\n cur = findPosH(this.doc, cur, dir, unit, visually);\n if (cur.hitSide) break;\n }\n return cur;\n },\n\n moveH: methodOp(function(dir, unit) {\n var cm = this;\n cm.extendSelectionsBy(function(range) {\n if (cm.display.shift || cm.doc.extend || range.empty())\n return findPosH(cm.doc, range.head, dir, unit, cm.options.rtlMoveVisually);\n else\n return dir < 0 ? range.from() : range.to();\n }, sel_move);\n }),\n\n deleteH: methodOp(function(dir, unit) {\n var sel = this.doc.sel, doc = this.doc;\n if (sel.somethingSelected())\n doc.replaceSelection(\"\", null, \"+delete\");\n else\n deleteNearSelection(this, function(range) {\n var other = findPosH(doc, range.head, dir, unit, false);\n return dir < 0 ? {from: other, to: range.head} : {from: range.head, to: other};\n });\n }),\n\n findPosV: function(from, amount, unit, goalColumn) {\n var dir = 1, x = goalColumn;\n if (amount < 0) { dir = -1; amount = -amount; }\n for (var i = 0, cur = clipPos(this.doc, from); i < amount; ++i) {\n var coords = cursorCoords(this, cur, \"div\");\n if (x == null) x = coords.left;\n else coords.left = x;\n cur = findPosV(this, coords, dir, unit);\n if (cur.hitSide) break;\n }\n return cur;\n },\n\n moveV: methodOp(function(dir, unit) {\n var cm = this, doc = this.doc, goals = [];\n var collapse = !cm.display.shift && !doc.extend && doc.sel.somethingSelected();\n doc.extendSelectionsBy(function(range) {\n if (collapse)\n return dir < 0 ? range.from() : range.to();\n var headPos = cursorCoords(cm, range.head, \"div\");\n if (range.goalColumn != null) headPos.left = range.goalColumn;\n goals.push(headPos.left);\n var pos = findPosV(cm, headPos, dir, unit);\n if (unit == \"page\" && range == doc.sel.primary())\n addToScrollPos(cm, null, charCoords(cm, pos, \"div\").top - headPos.top);\n return pos;\n }, sel_move);\n if (goals.length) for (var i = 0; i < doc.sel.ranges.length; i++)\n doc.sel.ranges[i].goalColumn = goals[i];\n }),\n\n toggleOverwrite: function(value) {\n if (value != null && value == this.state.overwrite) return;\n if (this.state.overwrite = !this.state.overwrite)\n addClass(this.display.cursorDiv, \"CodeMirror-overwrite\");\n else\n rmClass(this.display.cursorDiv, \"CodeMirror-overwrite\");\n\n signal(this, \"overwriteToggle\", this, this.state.overwrite);\n },\n hasFocus: function() { return activeElt() == this.display.input; },\n\n scrollTo: methodOp(function(x, y) {\n if (x != null || y != null) resolveScrollToPos(this);\n if (x != null) this.curOp.scrollLeft = x;\n if (y != null) this.curOp.scrollTop = y;\n }),\n getScrollInfo: function() {\n var scroller = this.display.scroller, co = scrollerCutOff;\n return {left: scroller.scrollLeft, top: scroller.scrollTop,\n height: scroller.scrollHeight - co, width: scroller.scrollWidth - co,\n clientHeight: scroller.clientHeight - co, clientWidth: scroller.clientWidth - co};\n },\n\n scrollIntoView: methodOp(function(range, margin) {\n if (range == null) {\n range = {from: this.doc.sel.primary().head, to: null};\n if (margin == null) margin = this.options.cursorScrollMargin;\n } else if (typeof range == \"number\") {\n range = {from: Pos(range, 0), to: null};\n } else if (range.from == null) {\n range = {from: range, to: null};\n }\n if (!range.to) range.to = range.from;\n range.margin = margin || 0;\n\n if (range.from.line != null) {\n resolveScrollToPos(this);\n this.curOp.scrollToPos = range;\n } else {\n var sPos = calculateScrollPos(this, Math.min(range.from.left, range.to.left),\n Math.min(range.from.top, range.to.top) - range.margin,\n Math.max(range.from.right, range.to.right),\n Math.max(range.from.bottom, range.to.bottom) + range.margin);\n this.scrollTo(sPos.scrollLeft, sPos.scrollTop);\n }\n }),\n\n setSize: methodOp(function(width, height) {\n function interpret(val) {\n return typeof val == \"number\" || /^\\d+$/.test(String(val)) ? val + \"px\" : val;\n }\n if (width != null) this.display.wrapper.style.width = interpret(width);\n if (height != null) this.display.wrapper.style.height = interpret(height);\n if (this.options.lineWrapping) clearLineMeasurementCache(this);\n this.curOp.forceUpdate = true;\n signal(this, \"refresh\", this);\n }),\n\n operation: function(f){return runInOp(this, f);},\n\n refresh: methodOp(function() {\n var oldHeight = this.display.cachedTextHeight;\n regChange(this);\n this.curOp.forceUpdate = true;\n clearCaches(this);\n this.scrollTo(this.doc.scrollLeft, this.doc.scrollTop);\n updateGutterSpace(this);\n if (oldHeight == null || Math.abs(oldHeight - textHeight(this.display)) > .5)\n estimateLineHeights(this);\n signal(this, \"refresh\", this);\n }),\n\n swapDoc: methodOp(function(doc) {\n var old = this.doc;\n old.cm = null;\n attachDoc(this, doc);\n clearCaches(this);\n resetInput(this);\n this.scrollTo(doc.scrollLeft, doc.scrollTop);\n signalLater(this, \"swapDoc\", this, old);\n return old;\n }),\n\n getInputField: function(){return this.display.input;},\n getWrapperElement: function(){return this.display.wrapper;},\n getScrollerElement: function(){return this.display.scroller;},\n getGutterElement: function(){return this.display.gutters;}\n };\n eventMixin(CodeMirror);\n\n // OPTION DEFAULTS\n\n // The default configuration options.\n var defaults = CodeMirror.defaults = {};\n // Functions to run when options are changed.\n var optionHandlers = CodeMirror.optionHandlers = {};\n\n function option(name, deflt, handle, notOnInit) {\n CodeMirror.defaults[name] = deflt;\n if (handle) optionHandlers[name] =\n notOnInit ? function(cm, val, old) {if (old != Init) handle(cm, val, old);} : handle;\n }\n\n // Passed to option handlers when there is no old value.\n var Init = CodeMirror.Init = {toString: function(){return \"CodeMirror.Init\";}};\n\n // These two are, on init, called from the constructor because they\n // have to be initialized before the editor can start at all.\n option(\"value\", \"\", function(cm, val) {\n cm.setValue(val);\n }, true);\n option(\"mode\", null, function(cm, val) {\n cm.doc.modeOption = val;\n loadMode(cm);\n }, true);\n\n option(\"indentUnit\", 2, loadMode, true);\n option(\"indentWithTabs\", false);\n option(\"smartIndent\", true);\n option(\"tabSize\", 4, function(cm) {\n resetModeState(cm);\n clearCaches(cm);\n regChange(cm);\n }, true);\n option(\"specialChars\", /[\\t\\u0000-\\u0019\\u00ad\\u200b\\u2028\\u2029\\ufeff]/g, function(cm, val) {\n cm.options.specialChars = new RegExp(val.source + (val.test(\"\\t\") ? \"\" : \"|\\t\"), \"g\");\n cm.refresh();\n }, true);\n option(\"specialCharPlaceholder\", defaultSpecialCharPlaceholder, function(cm) {cm.refresh();}, true);\n option(\"electricChars\", true);\n option(\"rtlMoveVisually\", !windows);\n option(\"wholeLineUpdateBefore\", true);\n\n option(\"theme\", \"default\", function(cm) {\n themeChanged(cm);\n guttersChanged(cm);\n }, true);\n option(\"keyMap\", \"default\", keyMapChanged);\n option(\"extraKeys\", null);\n\n option(\"lineWrapping\", false, wrappingChanged, true);\n option(\"gutters\", [], function(cm) {\n setGuttersForLineNumbers(cm.options);\n guttersChanged(cm);\n }, true);\n option(\"fixedGutter\", true, function(cm, val) {\n cm.display.gutters.style.left = val ? compensateForHScroll(cm.display) + \"px\" : \"0\";\n cm.refresh();\n }, true);\n option(\"coverGutterNextToScrollbar\", false, updateScrollbars, true);\n option(\"lineNumbers\", false, function(cm) {\n setGuttersForLineNumbers(cm.options);\n guttersChanged(cm);\n }, true);\n option(\"firstLineNumber\", 1, guttersChanged, true);\n option(\"lineNumberFormatter\", function(integer) {return integer;}, guttersChanged, true);\n option(\"showCursorWhenSelecting\", false, updateSelection, true);\n\n option(\"resetSelectionOnContextMenu\", true);\n\n option(\"readOnly\", false, function(cm, val) {\n if (val == \"nocursor\") {\n onBlur(cm);\n cm.display.input.blur();\n cm.display.disabled = true;\n } else {\n cm.display.disabled = false;\n if (!val) resetInput(cm);\n }\n });\n option(\"disableInput\", false, function(cm, val) {if (!val) resetInput(cm);}, true);\n option(\"dragDrop\", true);\n\n option(\"cursorBlinkRate\", 530);\n option(\"cursorScrollMargin\", 0);\n option(\"cursorHeight\", 1);\n option(\"workTime\", 100);\n option(\"workDelay\", 100);\n option(\"flattenSpans\", true, resetModeState, true);\n option(\"addModeClass\", false, resetModeState, true);\n option(\"pollInterval\", 100);\n option(\"undoDepth\", 200, function(cm, val){cm.doc.history.undoDepth = val;});\n option(\"historyEventDelay\", 1250);\n option(\"viewportMargin\", 10, function(cm){cm.refresh();}, true);\n option(\"maxHighlightLength\", 10000, resetModeState, true);\n option(\"moveInputWithCursor\", true, function(cm, val) {\n if (!val) cm.display.inputDiv.style.top = cm.display.inputDiv.style.left = 0;\n });\n\n option(\"tabindex\", null, function(cm, val) {\n cm.display.input.tabIndex = val || \"\";\n });\n option(\"autofocus\", null);\n\n // MODE DEFINITION AND QUERYING\n\n // Known modes, by name and by MIME\n var modes = CodeMirror.modes = {}, mimeModes = CodeMirror.mimeModes = {};\n\n // Extra arguments are stored as the mode's dependencies, which is\n // used by (legacy) mechanisms like loadmode.js to automatically\n // load a mode. (Preferred mechanism is the require/define calls.)\n CodeMirror.defineMode = function(name, mode) {\n if (!CodeMirror.defaults.mode && name != \"null\") CodeMirror.defaults.mode = name;\n if (arguments.length > 2) {\n mode.dependencies = [];\n for (var i = 2; i < arguments.length; ++i) mode.dependencies.push(arguments[i]);\n }\n modes[name] = mode;\n };\n\n CodeMirror.defineMIME = function(mime, spec) {\n mimeModes[mime] = spec;\n };\n\n // Given a MIME type, a {name, ...options} config object, or a name\n // string, return a mode config object.\n CodeMirror.resolveMode = function(spec) {\n if (typeof spec == \"string\" && mimeModes.hasOwnProperty(spec)) {\n spec = mimeModes[spec];\n } else if (spec && typeof spec.name == \"string\" && mimeModes.hasOwnProperty(spec.name)) {\n var found = mimeModes[spec.name];\n if (typeof found == \"string\") found = {name: found};\n spec = createObj(found, spec);\n spec.name = found.name;\n } else if (typeof spec == \"string\" && /^[\\w\\-]+\\/[\\w\\-]+\\+xml$/.test(spec)) {\n return CodeMirror.resolveMode(\"application/xml\");\n }\n if (typeof spec == \"string\") return {name: spec};\n else return spec || {name: \"null\"};\n };\n\n // Given a mode spec (anything that resolveMode accepts), find and\n // initialize an actual mode object.\n CodeMirror.getMode = function(options, spec) {\n var spec = CodeMirror.resolveMode(spec);\n var mfactory = modes[spec.name];\n if (!mfactory) return CodeMirror.getMode(options, \"text/plain\");\n var modeObj = mfactory(options, spec);\n if (modeExtensions.hasOwnProperty(spec.name)) {\n var exts = modeExtensions[spec.name];\n for (var prop in exts) {\n if (!exts.hasOwnProperty(prop)) continue;\n if (modeObj.hasOwnProperty(prop)) modeObj[\"_\" + prop] = modeObj[prop];\n modeObj[prop] = exts[prop];\n }\n }\n modeObj.name = spec.name;\n if (spec.helperType) modeObj.helperType = spec.helperType;\n if (spec.modeProps) for (var prop in spec.modeProps)\n modeObj[prop] = spec.modeProps[prop];\n\n return modeObj;\n };\n\n // Minimal default mode.\n CodeMirror.defineMode(\"null\", function() {\n return {token: function(stream) {stream.skipToEnd();}};\n });\n CodeMirror.defineMIME(\"text/plain\", \"null\");\n\n // This can be used to attach properties to mode objects from\n // outside the actual mode definition.\n var modeExtensions = CodeMirror.modeExtensions = {};\n CodeMirror.extendMode = function(mode, properties) {\n var exts = modeExtensions.hasOwnProperty(mode) ? modeExtensions[mode] : (modeExtensions[mode] = {});\n copyObj(properties, exts);\n };\n\n // EXTENSIONS\n\n CodeMirror.defineExtension = function(name, func) {\n CodeMirror.prototype[name] = func;\n };\n CodeMirror.defineDocExtension = function(name, func) {\n Doc.prototype[name] = func;\n };\n CodeMirror.defineOption = option;\n\n var initHooks = [];\n CodeMirror.defineInitHook = function(f) {initHooks.push(f);};\n\n var helpers = CodeMirror.helpers = {};\n CodeMirror.registerHelper = function(type, name, value) {\n if (!helpers.hasOwnProperty(type)) helpers[type] = CodeMirror[type] = {_global: []};\n helpers[type][name] = value;\n };\n CodeMirror.registerGlobalHelper = function(type, name, predicate, value) {\n CodeMirror.registerHelper(type, name, value);\n helpers[type]._global.push({pred: predicate, val: value});\n };\n\n // MODE STATE HANDLING\n\n // Utility functions for working with state. Exported because nested\n // modes need to do this for their inner modes.\n\n var copyState = CodeMirror.copyState = function(mode, state) {\n if (state === true) return state;\n if (mode.copyState) return mode.copyState(state);\n var nstate = {};\n for (var n in state) {\n var val = state[n];\n if (val instanceof Array) val = val.concat([]);\n nstate[n] = val;\n }\n return nstate;\n };\n\n var startState = CodeMirror.startState = function(mode, a1, a2) {\n return mode.startState ? mode.startState(a1, a2) : true;\n };\n\n // Given a mode and a state (for that mode), find the inner mode and\n // state at the position that the state refers to.\n CodeMirror.innerMode = function(mode, state) {\n while (mode.innerMode) {\n var info = mode.innerMode(state);\n if (!info || info.mode == mode) break;\n state = info.state;\n mode = info.mode;\n }\n return info || {mode: mode, state: state};\n };\n\n // STANDARD COMMANDS\n\n // Commands are parameter-less actions that can be performed on an\n // editor, mostly used for keybindings.\n var commands = CodeMirror.commands = {\n selectAll: function(cm) {cm.setSelection(Pos(cm.firstLine(), 0), Pos(cm.lastLine()), sel_dontScroll);},\n singleSelection: function(cm) {\n cm.setSelection(cm.getCursor(\"anchor\"), cm.getCursor(\"head\"), sel_dontScroll);\n },\n killLine: function(cm) {\n deleteNearSelection(cm, function(range) {\n if (range.empty()) {\n var len = getLine(cm.doc, range.head.line).text.length;\n if (range.head.ch == len && range.head.line < cm.lastLine())\n return {from: range.head, to: Pos(range.head.line + 1, 0)};\n else\n return {from: range.head, to: Pos(range.head.line, len)};\n } else {\n return {from: range.from(), to: range.to()};\n }\n });\n },\n deleteLine: function(cm) {\n deleteNearSelection(cm, function(range) {\n return {from: Pos(range.from().line, 0),\n to: clipPos(cm.doc, Pos(range.to().line + 1, 0))};\n });\n },\n delLineLeft: function(cm) {\n deleteNearSelection(cm, function(range) {\n return {from: Pos(range.from().line, 0), to: range.from()};\n });\n },\n undo: function(cm) {cm.undo();},\n redo: function(cm) {cm.redo();},\n undoSelection: function(cm) {cm.undoSelection();},\n redoSelection: function(cm) {cm.redoSelection();},\n goDocStart: function(cm) {cm.extendSelection(Pos(cm.firstLine(), 0));},\n goDocEnd: function(cm) {cm.extendSelection(Pos(cm.lastLine()));},\n goLineStart: function(cm) {\n cm.extendSelectionsBy(function(range) { return lineStart(cm, range.head.line); }, sel_move);\n },\n goLineStartSmart: function(cm) {\n cm.extendSelectionsBy(function(range) {\n var start = lineStart(cm, range.head.line);\n var line = cm.getLineHandle(start.line);\n var order = getOrder(line);\n if (!order || order[0].level == 0) {\n var firstNonWS = Math.max(0, line.text.search(/\\S/));\n var inWS = range.head.line == start.line && range.head.ch <= firstNonWS && range.head.ch;\n return Pos(start.line, inWS ? 0 : firstNonWS);\n }\n return start;\n }, sel_move);\n },\n goLineEnd: function(cm) {\n cm.extendSelectionsBy(function(range) { return lineEnd(cm, range.head.line); }, sel_move);\n },\n goLineRight: function(cm) {\n cm.extendSelectionsBy(function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n return cm.coordsChar({left: cm.display.lineDiv.offsetWidth + 100, top: top}, \"div\");\n }, sel_move);\n },\n goLineLeft: function(cm) {\n cm.extendSelectionsBy(function(range) {\n var top = cm.charCoords(range.head, \"div\").top + 5;\n return cm.coordsChar({left: 0, top: top}, \"div\");\n }, sel_move);\n },\n goLineUp: function(cm) {cm.moveV(-1, \"line\");},\n goLineDown: function(cm) {cm.moveV(1, \"line\");},\n goPageUp: function(cm) {cm.moveV(-1, \"page\");},\n goPageDown: function(cm) {cm.moveV(1, \"page\");},\n goCharLeft: function(cm) {cm.moveH(-1, \"char\");},\n goCharRight: function(cm) {cm.moveH(1, \"char\");},\n goColumnLeft: function(cm) {cm.moveH(-1, \"column\");},\n goColumnRight: function(cm) {cm.moveH(1, \"column\");},\n goWordLeft: function(cm) {cm.moveH(-1, \"word\");},\n goGroupRight: function(cm) {cm.moveH(1, \"group\");},\n goGroupLeft: function(cm) {cm.moveH(-1, \"group\");},\n goWordRight: function(cm) {cm.moveH(1, \"word\");},\n delCharBefore: function(cm) {cm.deleteH(-1, \"char\");},\n delCharAfter: function(cm) {cm.deleteH(1, \"char\");},\n delWordBefore: function(cm) {cm.deleteH(-1, \"word\");},\n delWordAfter: function(cm) {cm.deleteH(1, \"word\");},\n delGroupBefore: function(cm) {cm.deleteH(-1, \"group\");},\n delGroupAfter: function(cm) {cm.deleteH(1, \"group\");},\n indentAuto: function(cm) {cm.indentSelection(\"smart\");},\n indentMore: function(cm) {cm.indentSelection(\"add\");},\n indentLess: function(cm) {cm.indentSelection(\"subtract\");},\n insertTab: function(cm) {cm.replaceSelection(\"\\t\");},\n insertSoftTab: function(cm) {\n var spaces = [], ranges = cm.listSelections(), tabSize = cm.options.tabSize;\n for (var i = 0; i < ranges.length; i++) {\n var pos = ranges[i].from();\n var col = countColumn(cm.getLine(pos.line), pos.ch, tabSize);\n spaces.push(new Array(tabSize - col % tabSize + 1).join(\" \"));\n }\n cm.replaceSelections(spaces);\n },\n defaultTab: function(cm) {\n if (cm.somethingSelected()) cm.indentSelection(\"add\");\n else cm.execCommand(\"insertTab\");\n },\n transposeChars: function(cm) {\n runInOp(cm, function() {\n var ranges = cm.listSelections(), newSel = [];\n for (var i = 0; i < ranges.length; i++) {\n var cur = ranges[i].head, line = getLine(cm.doc, cur.line).text;\n if (line) {\n if (cur.ch == line.length) cur = new Pos(cur.line, cur.ch - 1);\n if (cur.ch > 0) {\n cur = new Pos(cur.line, cur.ch + 1);\n cm.replaceRange(line.charAt(cur.ch - 1) + line.charAt(cur.ch - 2),\n Pos(cur.line, cur.ch - 2), cur, \"+transpose\");\n } else if (cur.line > cm.doc.first) {\n var prev = getLine(cm.doc, cur.line - 1).text;\n if (prev)\n cm.replaceRange(line.charAt(0) + \"\\n\" + prev.charAt(prev.length - 1),\n Pos(cur.line - 1, prev.length - 1), Pos(cur.line, 1), \"+transpose\");\n }\n }\n newSel.push(new Range(cur, cur));\n }\n cm.setSelections(newSel);\n });\n },\n newlineAndIndent: function(cm) {\n runInOp(cm, function() {\n var len = cm.listSelections().length;\n for (var i = 0; i < len; i++) {\n var range = cm.listSelections()[i];\n cm.replaceRange(\"\\n\", range.anchor, range.head, \"+input\");\n cm.indentLine(range.from().line + 1, null, true);\n ensureCursorVisible(cm);\n }\n });\n },\n toggleOverwrite: function(cm) {cm.toggleOverwrite();}\n };\n\n // STANDARD KEYMAPS\n\n var keyMap = CodeMirror.keyMap = {};\n keyMap.basic = {\n \"Left\": \"goCharLeft\", \"Right\": \"goCharRight\", \"Up\": \"goLineUp\", \"Down\": \"goLineDown\",\n \"End\": \"goLineEnd\", \"Home\": \"goLineStartSmart\", \"PageUp\": \"goPageUp\", \"PageDown\": \"goPageDown\",\n \"Delete\": \"delCharAfter\", \"Backspace\": \"delCharBefore\", \"Shift-Backspace\": \"delCharBefore\",\n \"Tab\": \"defaultTab\", \"Shift-Tab\": \"indentAuto\",\n \"Enter\": \"newlineAndIndent\", \"Insert\": \"toggleOverwrite\",\n \"Esc\": \"singleSelection\"\n };\n // Note that the save and find-related commands aren't defined by\n // default. User code or addons can define them. Unknown commands\n // are simply ignored.\n keyMap.pcDefault = {\n \"Ctrl-A\": \"selectAll\", \"Ctrl-D\": \"deleteLine\", \"Ctrl-Z\": \"undo\", \"Shift-Ctrl-Z\": \"redo\", \"Ctrl-Y\": \"redo\",\n \"Ctrl-Home\": \"goDocStart\", \"Ctrl-Up\": \"goDocStart\", \"Ctrl-End\": \"goDocEnd\", \"Ctrl-Down\": \"goDocEnd\",\n \"Ctrl-Left\": \"goGroupLeft\", \"Ctrl-Right\": \"goGroupRight\", \"Alt-Left\": \"goLineStart\", \"Alt-Right\": \"goLineEnd\",\n \"Ctrl-Backspace\": \"delGroupBefore\", \"Ctrl-Delete\": \"delGroupAfter\", \"Ctrl-S\": \"save\", \"Ctrl-F\": \"find\",\n \"Ctrl-G\": \"findNext\", \"Shift-Ctrl-G\": \"findPrev\", \"Shift-Ctrl-F\": \"replace\", \"Shift-Ctrl-R\": \"replaceAll\",\n \"Ctrl-[\": \"indentLess\", \"Ctrl-]\": \"indentMore\",\n \"Ctrl-U\": \"undoSelection\", \"Shift-Ctrl-U\": \"redoSelection\", \"Alt-U\": \"redoSelection\",\n fallthrough: \"basic\"\n };\n keyMap.macDefault = {\n \"Cmd-A\": \"selectAll\", \"Cmd-D\": \"deleteLine\", \"Cmd-Z\": \"undo\", \"Shift-Cmd-Z\": \"redo\", \"Cmd-Y\": \"redo\",\n \"Cmd-Up\": \"goDocStart\", \"Cmd-End\": \"goDocEnd\", \"Cmd-Down\": \"goDocEnd\", \"Alt-Left\": \"goGroupLeft\",\n \"Alt-Right\": \"goGroupRight\", \"Cmd-Left\": \"goLineStart\", \"Cmd-Right\": \"goLineEnd\", \"Alt-Backspace\": \"delGroupBefore\",\n \"Ctrl-Alt-Backspace\": \"delGroupAfter\", \"Alt-Delete\": \"delGroupAfter\", \"Cmd-S\": \"save\", \"Cmd-F\": \"find\",\n \"Cmd-G\": \"findNext\", \"Shift-Cmd-G\": \"findPrev\", \"Cmd-Alt-F\": \"replace\", \"Shift-Cmd-Alt-F\": \"replaceAll\",\n \"Cmd-[\": \"indentLess\", \"Cmd-]\": \"indentMore\", \"Cmd-Backspace\": \"delLineLeft\",\n \"Cmd-U\": \"undoSelection\", \"Shift-Cmd-U\": \"redoSelection\",\n fallthrough: [\"basic\", \"emacsy\"]\n };\n // Very basic readline/emacs-style bindings, which are standard on Mac.\n keyMap.emacsy = {\n \"Ctrl-F\": \"goCharRight\", \"Ctrl-B\": \"goCharLeft\", \"Ctrl-P\": \"goLineUp\", \"Ctrl-N\": \"goLineDown\",\n \"Alt-F\": \"goWordRight\", \"Alt-B\": \"goWordLeft\", \"Ctrl-A\": \"goLineStart\", \"Ctrl-E\": \"goLineEnd\",\n \"Ctrl-V\": \"goPageDown\", \"Shift-Ctrl-V\": \"goPageUp\", \"Ctrl-D\": \"delCharAfter\", \"Ctrl-H\": \"delCharBefore\",\n \"Alt-D\": \"delWordAfter\", \"Alt-Backspace\": \"delWordBefore\", \"Ctrl-K\": \"killLine\", \"Ctrl-T\": \"transposeChars\"\n };\n keyMap[\"default\"] = mac ? keyMap.macDefault : keyMap.pcDefault;\n\n // KEYMAP DISPATCH\n\n function getKeyMap(val) {\n if (typeof val == \"string\") return keyMap[val];\n else return val;\n }\n\n // Given an array of keymaps and a key name, call handle on any\n // bindings found, until that returns a truthy value, at which point\n // we consider the key handled. Implements things like binding a key\n // to false stopping further handling and keymap fallthrough.\n var lookupKey = CodeMirror.lookupKey = function(name, maps, handle) {\n function lookup(map) {\n map = getKeyMap(map);\n var found = map[name];\n if (found === false) return \"stop\";\n if (found != null && handle(found)) return true;\n if (map.nofallthrough) return \"stop\";\n\n var fallthrough = map.fallthrough;\n if (fallthrough == null) return false;\n if (Object.prototype.toString.call(fallthrough) != \"[object Array]\")\n return lookup(fallthrough);\n for (var i = 0; i < fallthrough.length; ++i) {\n var done = lookup(fallthrough[i]);\n if (done) return done;\n }\n return false;\n }\n\n for (var i = 0; i < maps.length; ++i) {\n var done = lookup(maps[i]);\n if (done) return done != \"stop\";\n }\n };\n\n // Modifier key presses don't count as 'real' key presses for the\n // purpose of keymap fallthrough.\n var isModifierKey = CodeMirror.isModifierKey = function(event) {\n var name = keyNames[event.keyCode];\n return name == \"Ctrl\" || name == \"Alt\" || name == \"Shift\" || name == \"Mod\";\n };\n\n // Look up the name of a key as indicated by an event object.\n var keyName = CodeMirror.keyName = function(event, noShift) {\n if (presto && event.keyCode == 34 && event[\"char\"]) return false;\n var name = keyNames[event.keyCode];\n if (name == null || event.altGraphKey) return false;\n if (event.altKey) name = \"Alt-\" + name;\n if (flipCtrlCmd ? event.metaKey : event.ctrlKey) name = \"Ctrl-\" + name;\n if (flipCtrlCmd ? event.ctrlKey : event.metaKey) name = \"Cmd-\" + name;\n if (!noShift && event.shiftKey) name = \"Shift-\" + name;\n return name;\n };\n\n // FROMTEXTAREA\n\n CodeMirror.fromTextArea = function(textarea, options) {\n if (!options) options = {};\n options.value = textarea.value;\n if (!options.tabindex && textarea.tabindex)\n options.tabindex = textarea.tabindex;\n if (!options.placeholder && textarea.placeholder)\n options.placeholder = textarea.placeholder;\n // Set autofocus to true if this textarea is focused, or if it has\n // autofocus and no other element is focused.\n if (options.autofocus == null) {\n var hasFocus = activeElt();\n options.autofocus = hasFocus == textarea ||\n textarea.getAttribute(\"autofocus\") != null && hasFocus == document.body;\n }\n\n function save() {textarea.value = cm.getValue();}\n if (textarea.form) {\n on(textarea.form, \"submit\", save);\n // Deplorable hack to make the submit method do the right thing.\n if (!options.leaveSubmitMethodAlone) {\n var form = textarea.form, realSubmit = form.submit;\n try {\n var wrappedSubmit = form.submit = function() {\n save();\n form.submit = realSubmit;\n form.submit();\n form.submit = wrappedSubmit;\n };\n } catch(e) {}\n }\n }\n\n textarea.style.display = \"none\";\n var cm = CodeMirror(function(node) {\n textarea.parentNode.insertBefore(node, textarea.nextSibling);\n }, options);\n cm.save = save;\n cm.getTextArea = function() { return textarea; };\n cm.toTextArea = function() {\n save();\n textarea.parentNode.removeChild(cm.getWrapperElement());\n textarea.style.display = \"\";\n if (textarea.form) {\n off(textarea.form, \"submit\", save);\n if (typeof textarea.form.submit == \"function\")\n textarea.form.submit = realSubmit;\n }\n };\n return cm;\n };\n\n // STRING STREAM\n\n // Fed to the mode parsers, provides helper functions to make\n // parsers more succinct.\n\n var StringStream = CodeMirror.StringStream = function(string, tabSize) {\n this.pos = this.start = 0;\n this.string = string;\n this.tabSize = tabSize || 8;\n this.lastColumnPos = this.lastColumnValue = 0;\n this.lineStart = 0;\n };\n\n StringStream.prototype = {\n eol: function() {return this.pos >= this.string.length;},\n sol: function() {return this.pos == this.lineStart;},\n peek: function() {return this.string.charAt(this.pos) || undefined;},\n next: function() {\n if (this.pos < this.string.length)\n return this.string.charAt(this.pos++);\n },\n eat: function(match) {\n var ch = this.string.charAt(this.pos);\n if (typeof match == \"string\") var ok = ch == match;\n else var ok = ch && (match.test ? match.test(ch) : match(ch));\n if (ok) {++this.pos; return ch;}\n },\n eatWhile: function(match) {\n var start = this.pos;\n while (this.eat(match)){}\n return this.pos > start;\n },\n eatSpace: function() {\n var start = this.pos;\n while (/[\\s\\u00a0]/.test(this.string.charAt(this.pos))) ++this.pos;\n return this.pos > start;\n },\n skipToEnd: function() {this.pos = this.string.length;},\n skipTo: function(ch) {\n var found = this.string.indexOf(ch, this.pos);\n if (found > -1) {this.pos = found; return true;}\n },\n backUp: function(n) {this.pos -= n;},\n column: function() {\n if (this.lastColumnPos < this.start) {\n this.lastColumnValue = countColumn(this.string, this.start, this.tabSize, this.lastColumnPos, this.lastColumnValue);\n this.lastColumnPos = this.start;\n }\n return this.lastColumnValue - (this.lineStart ? countColumn(this.string, this.lineStart, this.tabSize) : 0);\n },\n indentation: function() {\n return countColumn(this.string, null, this.tabSize) -\n (this.lineStart ? countColumn(this.string, this.lineStart, this.tabSize) : 0);\n },\n match: function(pattern, consume, caseInsensitive) {\n if (typeof pattern == \"string\") {\n var cased = function(str) {return caseInsensitive ? str.toLowerCase() : str;};\n var substr = this.string.substr(this.pos, pattern.length);\n if (cased(substr) == cased(pattern)) {\n if (consume !== false) this.pos += pattern.length;\n return true;\n }\n } else {\n var match = this.string.slice(this.pos).match(pattern);\n if (match && match.index > 0) return null;\n if (match && consume !== false) this.pos += match[0].length;\n return match;\n }\n },\n current: function(){return this.string.slice(this.start, this.pos);},\n hideFirstChars: function(n, inner) {\n this.lineStart += n;\n try { return inner(); }\n finally { this.lineStart -= n; }\n }\n };\n\n // TEXTMARKERS\n\n // Created with markText and setBookmark methods. A TextMarker is a\n // handle that can be used to clear or find a marked position in the\n // document. Line objects hold arrays (markedSpans) containing\n // {from, to, marker} object pointing to such marker objects, and\n // indicating that such a marker is present on that line. Multiple\n // lines may point to the same marker when it spans across lines.\n // The spans will have null for their from/to properties when the\n // marker continues beyond the start/end of the line. Markers have\n // links back to the lines they currently touch.\n\n var TextMarker = CodeMirror.TextMarker = function(doc, type) {\n this.lines = [];\n this.type = type;\n this.doc = doc;\n };\n eventMixin(TextMarker);\n\n // Clear the marker.\n TextMarker.prototype.clear = function() {\n if (this.explicitlyCleared) return;\n var cm = this.doc.cm, withOp = cm && !cm.curOp;\n if (withOp) startOperation(cm);\n if (hasHandler(this, \"clear\")) {\n var found = this.find();\n if (found) signalLater(this, \"clear\", found.from, found.to);\n }\n var min = null, max = null;\n for (var i = 0; i < this.lines.length; ++i) {\n var line = this.lines[i];\n var span = getMarkedSpanFor(line.markedSpans, this);\n if (cm && !this.collapsed) regLineChange(cm, lineNo(line), \"text\");\n else if (cm) {\n if (span.to != null) max = lineNo(line);\n if (span.from != null) min = lineNo(line);\n }\n line.markedSpans = removeMarkedSpan(line.markedSpans, span);\n if (span.from == null && this.collapsed && !lineIsHidden(this.doc, line) && cm)\n updateLineHeight(line, textHeight(cm.display));\n }\n if (cm && this.collapsed && !cm.options.lineWrapping) for (var i = 0; i < this.lines.length; ++i) {\n var visual = visualLine(this.lines[i]), len = lineLength(visual);\n if (len > cm.display.maxLineLength) {\n cm.display.maxLine = visual;\n cm.display.maxLineLength = len;\n cm.display.maxLineChanged = true;\n }\n }\n\n if (min != null && cm && this.collapsed) regChange(cm, min, max + 1);\n this.lines.length = 0;\n this.explicitlyCleared = true;\n if (this.atomic && this.doc.cantEdit) {\n this.doc.cantEdit = false;\n if (cm) reCheckSelection(cm.doc);\n }\n if (cm) signalLater(cm, \"markerCleared\", cm, this);\n if (withOp) endOperation(cm);\n if (this.parent) this.parent.clear();\n };\n\n // Find the position of the marker in the document. Returns a {from,\n // to} object by default. Side can be passed to get a specific side\n // -- 0 (both), -1 (left), or 1 (right). When lineObj is true, the\n // Pos objects returned contain a line object, rather than a line\n // number (used to prevent looking up the same line twice).\n TextMarker.prototype.find = function(side, lineObj) {\n if (side == null && this.type == \"bookmark\") side = 1;\n var from, to;\n for (var i = 0; i < this.lines.length; ++i) {\n var line = this.lines[i];\n var span = getMarkedSpanFor(line.markedSpans, this);\n if (span.from != null) {\n from = Pos(lineObj ? line : lineNo(line), span.from);\n if (side == -1) return from;\n }\n if (span.to != null) {\n to = Pos(lineObj ? line : lineNo(line), span.to);\n if (side == 1) return to;\n }\n }\n return from && {from: from, to: to};\n };\n\n // Signals that the marker's widget changed, and surrounding layout\n // should be recomputed.\n TextMarker.prototype.changed = function() {\n var pos = this.find(-1, true), widget = this, cm = this.doc.cm;\n if (!pos || !cm) return;\n runInOp(cm, function() {\n var line = pos.line, lineN = lineNo(pos.line);\n var view = findViewForLine(cm, lineN);\n if (view) {\n clearLineMeasurementCacheFor(view);\n cm.curOp.selectionChanged = cm.curOp.forceUpdate = true;\n }\n cm.curOp.updateMaxLine = true;\n if (!lineIsHidden(widget.doc, line) && widget.height != null) {\n var oldHeight = widget.height;\n widget.height = null;\n var dHeight = widgetHeight(widget) - oldHeight;\n if (dHeight)\n updateLineHeight(line, line.height + dHeight);\n }\n });\n };\n\n TextMarker.prototype.attachLine = function(line) {\n if (!this.lines.length && this.doc.cm) {\n var op = this.doc.cm.curOp;\n if (!op.maybeHiddenMarkers || indexOf(op.maybeHiddenMarkers, this) == -1)\n (op.maybeUnhiddenMarkers || (op.maybeUnhiddenMarkers = [])).push(this);\n }\n this.lines.push(line);\n };\n TextMarker.prototype.detachLine = function(line) {\n this.lines.splice(indexOf(this.lines, line), 1);\n if (!this.lines.length && this.doc.cm) {\n var op = this.doc.cm.curOp;\n (op.maybeHiddenMarkers || (op.maybeHiddenMarkers = [])).push(this);\n }\n };\n\n // Collapsed markers have unique ids, in order to be able to order\n // them, which is needed for uniquely determining an outer marker\n // when they overlap (they may nest, but not partially overlap).\n var nextMarkerId = 0;\n\n // Create a marker, wire it up to the right lines, and\n function markText(doc, from, to, options, type) {\n // Shared markers (across linked documents) are handled separately\n // (markTextShared will call out to this again, once per\n // document).\n if (options && options.shared) return markTextShared(doc, from, to, options, type);\n // Ensure we are in an operation.\n if (doc.cm && !doc.cm.curOp) return operation(doc.cm, markText)(doc, from, to, options, type);\n\n var marker = new TextMarker(doc, type), diff = cmp(from, to);\n if (options) copyObj(options, marker, false);\n // Don't connect empty markers unless clearWhenEmpty is false\n if (diff > 0 || diff == 0 && marker.clearWhenEmpty !== false)\n return marker;\n if (marker.replacedWith) {\n // Showing up as a widget implies collapsed (widget replaces text)\n marker.collapsed = true;\n marker.widgetNode = elt(\"span\", [marker.replacedWith], \"CodeMirror-widget\");\n if (!options.handleMouseEvents) marker.widgetNode.ignoreEvents = true;\n if (options.insertLeft) marker.widgetNode.insertLeft = true;\n }\n if (marker.collapsed) {\n if (conflictingCollapsedRange(doc, from.line, from, to, marker) ||\n from.line != to.line && conflictingCollapsedRange(doc, to.line, from, to, marker))\n throw new Error(\"Inserting collapsed marker partially overlapping an existing one\");\n sawCollapsedSpans = true;\n }\n\n if (marker.addToHistory)\n addChangeToHistory(doc, {from: from, to: to, origin: \"markText\"}, doc.sel, NaN);\n\n var curLine = from.line, cm = doc.cm, updateMaxLine;\n doc.iter(curLine, to.line + 1, function(line) {\n if (cm && marker.collapsed && !cm.options.lineWrapping && visualLine(line) == cm.display.maxLine)\n updateMaxLine = true;\n if (marker.collapsed && curLine != from.line) updateLineHeight(line, 0);\n addMarkedSpan(line, new MarkedSpan(marker,\n curLine == from.line ? from.ch : null,\n curLine == to.line ? to.ch : null));\n ++curLine;\n });\n // lineIsHidden depends on the presence of the spans, so needs a second pass\n if (marker.collapsed) doc.iter(from.line, to.line + 1, function(line) {\n if (lineIsHidden(doc, line)) updateLineHeight(line, 0);\n });\n\n if (marker.clearOnEnter) on(marker, \"beforeCursorEnter\", function() { marker.clear(); });\n\n if (marker.readOnly) {\n sawReadOnlySpans = true;\n if (doc.history.done.length || doc.history.undone.length)\n doc.clearHistory();\n }\n if (marker.collapsed) {\n marker.id = ++nextMarkerId;\n marker.atomic = true;\n }\n if (cm) {\n // Sync editor state\n if (updateMaxLine) cm.curOp.updateMaxLine = true;\n if (marker.collapsed)\n regChange(cm, from.line, to.line + 1);\n else if (marker.className || marker.title || marker.startStyle || marker.endStyle)\n for (var i = from.line; i <= to.line; i++) regLineChange(cm, i, \"text\");\n if (marker.atomic) reCheckSelection(cm.doc);\n signalLater(cm, \"markerAdded\", cm, marker);\n }\n return marker;\n }\n\n // SHARED TEXTMARKERS\n\n // A shared marker spans multiple linked documents. It is\n // implemented as a meta-marker-object controlling multiple normal\n // markers.\n var SharedTextMarker = CodeMirror.SharedTextMarker = function(markers, primary) {\n this.markers = markers;\n this.primary = primary;\n for (var i = 0; i < markers.length; ++i)\n markers[i].parent = this;\n };\n eventMixin(SharedTextMarker);\n\n SharedTextMarker.prototype.clear = function() {\n if (this.explicitlyCleared) return;\n this.explicitlyCleared = true;\n for (var i = 0; i < this.markers.length; ++i)\n this.markers[i].clear();\n signalLater(this, \"clear\");\n };\n SharedTextMarker.prototype.find = function(side, lineObj) {\n return this.primary.find(side, lineObj);\n };\n\n function markTextShared(doc, from, to, options, type) {\n options = copyObj(options);\n options.shared = false;\n var markers = [markText(doc, from, to, options, type)], primary = markers[0];\n var widget = options.widgetNode;\n linkedDocs(doc, function(doc) {\n if (widget) options.widgetNode = widget.cloneNode(true);\n markers.push(markText(doc, clipPos(doc, from), clipPos(doc, to), options, type));\n for (var i = 0; i < doc.linked.length; ++i)\n if (doc.linked[i].isParent) return;\n primary = lst(markers);\n });\n return new SharedTextMarker(markers, primary);\n }\n\n function findSharedMarkers(doc) {\n return doc.findMarks(Pos(doc.first, 0), doc.clipPos(Pos(doc.lastLine())),\n function(m) { return m.parent; });\n }\n\n function copySharedMarkers(doc, markers) {\n for (var i = 0; i < markers.length; i++) {\n var marker = markers[i], pos = marker.find();\n var mFrom = doc.clipPos(pos.from), mTo = doc.clipPos(pos.to);\n if (cmp(mFrom, mTo)) {\n var subMark = markText(doc, mFrom, mTo, marker.primary, marker.primary.type);\n marker.markers.push(subMark);\n subMark.parent = marker;\n }\n }\n }\n\n function detachSharedMarkers(markers) {\n for (var i = 0; i < markers.length; i++) {\n var marker = markers[i], linked = [marker.primary.doc];;\n linkedDocs(marker.primary.doc, function(d) { linked.push(d); });\n for (var j = 0; j < marker.markers.length; j++) {\n var subMarker = marker.markers[j];\n if (indexOf(linked, subMarker.doc) == -1) {\n subMarker.parent = null;\n marker.markers.splice(j--, 1);\n }\n }\n }\n }\n\n // TEXTMARKER SPANS\n\n function MarkedSpan(marker, from, to) {\n this.marker = marker;\n this.from = from; this.to = to;\n }\n\n // Search an array of spans for a span matching the given marker.\n function getMarkedSpanFor(spans, marker) {\n if (spans) for (var i = 0; i < spans.length; ++i) {\n var span = spans[i];\n if (span.marker == marker) return span;\n }\n }\n // Remove a span from an array, returning undefined if no spans are\n // left (we don't store arrays for lines without spans).\n function removeMarkedSpan(spans, span) {\n for (var r, i = 0; i < spans.length; ++i)\n if (spans[i] != span) (r || (r = [])).push(spans[i]);\n return r;\n }\n // Add a span to a line.\n function addMarkedSpan(line, span) {\n line.markedSpans = line.markedSpans ? line.markedSpans.concat([span]) : [span];\n span.marker.attachLine(line);\n }\n\n // Used for the algorithm that adjusts markers for a change in the\n // document. These functions cut an array of spans at a given\n // character position, returning an array of remaining chunks (or\n // undefined if nothing remains).\n function markedSpansBefore(old, startCh, isInsert) {\n if (old) for (var i = 0, nw; i < old.length; ++i) {\n var span = old[i], marker = span.marker;\n var startsBefore = span.from == null || (marker.inclusiveLeft ? span.from <= startCh : span.from < startCh);\n if (startsBefore || span.from == startCh && marker.type == \"bookmark\" && (!isInsert || !span.marker.insertLeft)) {\n var endsAfter = span.to == null || (marker.inclusiveRight ? span.to >= startCh : span.to > startCh);\n (nw || (nw = [])).push(new MarkedSpan(marker, span.from, endsAfter ? null : span.to));\n }\n }\n return nw;\n }\n function markedSpansAfter(old, endCh, isInsert) {\n if (old) for (var i = 0, nw; i < old.length; ++i) {\n var span = old[i], marker = span.marker;\n var endsAfter = span.to == null || (marker.inclusiveRight ? span.to >= endCh : span.to > endCh);\n if (endsAfter || span.from == endCh && marker.type == \"bookmark\" && (!isInsert || span.marker.insertLeft)) {\n var startsBefore = span.from == null || (marker.inclusiveLeft ? span.from <= endCh : span.from < endCh);\n (nw || (nw = [])).push(new MarkedSpan(marker, startsBefore ? null : span.from - endCh,\n span.to == null ? null : span.to - endCh));\n }\n }\n return nw;\n }\n\n // Given a change object, compute the new set of marker spans that\n // cover the line in which the change took place. Removes spans\n // entirely within the change, reconnects spans belonging to the\n // same marker that appear on both sides of the change, and cuts off\n // spans partially within the change. Returns an array of span\n // arrays with one element for each line in (after) the change.\n function stretchSpansOverChange(doc, change) {\n var oldFirst = isLine(doc, change.from.line) && getLine(doc, change.from.line).markedSpans;\n var oldLast = isLine(doc, change.to.line) && getLine(doc, change.to.line).markedSpans;\n if (!oldFirst && !oldLast) return null;\n\n var startCh = change.from.ch, endCh = change.to.ch, isInsert = cmp(change.from, change.to) == 0;\n // Get the spans that 'stick out' on both sides\n var first = markedSpansBefore(oldFirst, startCh, isInsert);\n var last = markedSpansAfter(oldLast, endCh, isInsert);\n\n // Next, merge those two ends\n var sameLine = change.text.length == 1, offset = lst(change.text).length + (sameLine ? startCh : 0);\n if (first) {\n // Fix up .to properties of first\n for (var i = 0; i < first.length; ++i) {\n var span = first[i];\n if (span.to == null) {\n var found = getMarkedSpanFor(last, span.marker);\n if (!found) span.to = startCh;\n else if (sameLine) span.to = found.to == null ? null : found.to + offset;\n }\n }\n }\n if (last) {\n // Fix up .from in last (or move them into first in case of sameLine)\n for (var i = 0; i < last.length; ++i) {\n var span = last[i];\n if (span.to != null) span.to += offset;\n if (span.from == null) {\n var found = getMarkedSpanFor(first, span.marker);\n if (!found) {\n span.from = offset;\n if (sameLine) (first || (first = [])).push(span);\n }\n } else {\n span.from += offset;\n if (sameLine) (first || (first = [])).push(span);\n }\n }\n }\n // Make sure we didn't create any zero-length spans\n if (first) first = clearEmptySpans(first);\n if (last && last != first) last = clearEmptySpans(last);\n\n var newMarkers = [first];\n if (!sameLine) {\n // Fill gap with whole-line-spans\n var gap = change.text.length - 2, gapMarkers;\n if (gap > 0 && first)\n for (var i = 0; i < first.length; ++i)\n if (first[i].to == null)\n (gapMarkers || (gapMarkers = [])).push(new MarkedSpan(first[i].marker, null, null));\n for (var i = 0; i < gap; ++i)\n newMarkers.push(gapMarkers);\n newMarkers.push(last);\n }\n return newMarkers;\n }\n\n // Remove spans that are empty and don't have a clearWhenEmpty\n // option of false.\n function clearEmptySpans(spans) {\n for (var i = 0; i < spans.length; ++i) {\n var span = spans[i];\n if (span.from != null && span.from == span.to && span.marker.clearWhenEmpty !== false)\n spans.splice(i--, 1);\n }\n if (!spans.length) return null;\n return spans;\n }\n\n // Used for un/re-doing changes from the history. Combines the\n // result of computing the existing spans with the set of spans that\n // existed in the history (so that deleting around a span and then\n // undoing brings back the span).\n function mergeOldSpans(doc, change) {\n var old = getOldSpans(doc, change);\n var stretched = stretchSpansOverChange(doc, change);\n if (!old) return stretched;\n if (!stretched) return old;\n\n for (var i = 0; i < old.length; ++i) {\n var oldCur = old[i], stretchCur = stretched[i];\n if (oldCur && stretchCur) {\n spans: for (var j = 0; j < stretchCur.length; ++j) {\n var span = stretchCur[j];\n for (var k = 0; k < oldCur.length; ++k)\n if (oldCur[k].marker == span.marker) continue spans;\n oldCur.push(span);\n }\n } else if (stretchCur) {\n old[i] = stretchCur;\n }\n }\n return old;\n }\n\n // Used to 'clip' out readOnly ranges when making a change.\n function removeReadOnlyRanges(doc, from, to) {\n var markers = null;\n doc.iter(from.line, to.line + 1, function(line) {\n if (line.markedSpans) for (var i = 0; i < line.markedSpans.length; ++i) {\n var mark = line.markedSpans[i].marker;\n if (mark.readOnly && (!markers || indexOf(markers, mark) == -1))\n (markers || (markers = [])).push(mark);\n }\n });\n if (!markers) return null;\n var parts = [{from: from, to: to}];\n for (var i = 0; i < markers.length; ++i) {\n var mk = markers[i], m = mk.find(0);\n for (var j = 0; j < parts.length; ++j) {\n var p = parts[j];\n if (cmp(p.to, m.from) < 0 || cmp(p.from, m.to) > 0) continue;\n var newParts = [j, 1], dfrom = cmp(p.from, m.from), dto = cmp(p.to, m.to);\n if (dfrom < 0 || !mk.inclusiveLeft && !dfrom)\n newParts.push({from: p.from, to: m.from});\n if (dto > 0 || !mk.inclusiveRight && !dto)\n newParts.push({from: m.to, to: p.to});\n parts.splice.apply(parts, newParts);\n j += newParts.length - 1;\n }\n }\n return parts;\n }\n\n // Connect or disconnect spans from a line.\n function detachMarkedSpans(line) {\n var spans = line.markedSpans;\n if (!spans) return;\n for (var i = 0; i < spans.length; ++i)\n spans[i].marker.detachLine(line);\n line.markedSpans = null;\n }\n function attachMarkedSpans(line, spans) {\n if (!spans) return;\n for (var i = 0; i < spans.length; ++i)\n spans[i].marker.attachLine(line);\n line.markedSpans = spans;\n }\n\n // Helpers used when computing which overlapping collapsed span\n // counts as the larger one.\n function extraLeft(marker) { return marker.inclusiveLeft ? -1 : 0; }\n function extraRight(marker) { return marker.inclusiveRight ? 1 : 0; }\n\n // Returns a number indicating which of two overlapping collapsed\n // spans is larger (and thus includes the other). Falls back to\n // comparing ids when the spans cover exactly the same range.\n function compareCollapsedMarkers(a, b) {\n var lenDiff = a.lines.length - b.lines.length;\n if (lenDiff != 0) return lenDiff;\n var aPos = a.find(), bPos = b.find();\n var fromCmp = cmp(aPos.from, bPos.from) || extraLeft(a) - extraLeft(b);\n if (fromCmp) return -fromCmp;\n var toCmp = cmp(aPos.to, bPos.to) || extraRight(a) - extraRight(b);\n if (toCmp) return toCmp;\n return b.id - a.id;\n }\n\n // Find out whether a line ends or starts in a collapsed span. If\n // so, return the marker for that span.\n function collapsedSpanAtSide(line, start) {\n var sps = sawCollapsedSpans && line.markedSpans, found;\n if (sps) for (var sp, i = 0; i < sps.length; ++i) {\n sp = sps[i];\n if (sp.marker.collapsed && (start ? sp.from : sp.to) == null &&\n (!found || compareCollapsedMarkers(found, sp.marker) < 0))\n found = sp.marker;\n }\n return found;\n }\n function collapsedSpanAtStart(line) { return collapsedSpanAtSide(line, true); }\n function collapsedSpanAtEnd(line) { return collapsedSpanAtSide(line, false); }\n\n // Test whether there exists a collapsed span that partially\n // overlaps (covers the start or end, but not both) of a new span.\n // Such overlap is not allowed.\n function conflictingCollapsedRange(doc, lineNo, from, to, marker) {\n var line = getLine(doc, lineNo);\n var sps = sawCollapsedSpans && line.markedSpans;\n if (sps) for (var i = 0; i < sps.length; ++i) {\n var sp = sps[i];\n if (!sp.marker.collapsed) continue;\n var found = sp.marker.find(0);\n var fromCmp = cmp(found.from, from) || extraLeft(sp.marker) - extraLeft(marker);\n var toCmp = cmp(found.to, to) || extraRight(sp.marker) - extraRight(marker);\n if (fromCmp >= 0 && toCmp <= 0 || fromCmp <= 0 && toCmp >= 0) continue;\n if (fromCmp <= 0 && (cmp(found.to, from) || extraRight(sp.marker) - extraLeft(marker)) > 0 ||\n fromCmp >= 0 && (cmp(found.from, to) || extraLeft(sp.marker) - extraRight(marker)) < 0)\n return true;\n }\n }\n\n // A visual line is a line as drawn on the screen. Folding, for\n // example, can cause multiple logical lines to appear on the same\n // visual line. This finds the start of the visual line that the\n // given line is part of (usually that is the line itself).\n function visualLine(line) {\n var merged;\n while (merged = collapsedSpanAtStart(line))\n line = merged.find(-1, true).line;\n return line;\n }\n\n // Returns an array of logical lines that continue the visual line\n // started by the argument, or undefined if there are no such lines.\n function visualLineContinued(line) {\n var merged, lines;\n while (merged = collapsedSpanAtEnd(line)) {\n line = merged.find(1, true).line;\n (lines || (lines = [])).push(line);\n }\n return lines;\n }\n\n // Get the line number of the start of the visual line that the\n // given line number is part of.\n function visualLineNo(doc, lineN) {\n var line = getLine(doc, lineN), vis = visualLine(line);\n if (line == vis) return lineN;\n return lineNo(vis);\n }\n // Get the line number of the start of the next visual line after\n // the given line.\n function visualLineEndNo(doc, lineN) {\n if (lineN > doc.lastLine()) return lineN;\n var line = getLine(doc, lineN), merged;\n if (!lineIsHidden(doc, line)) return lineN;\n while (merged = collapsedSpanAtEnd(line))\n line = merged.find(1, true).line;\n return lineNo(line) + 1;\n }\n\n // Compute whether a line is hidden. Lines count as hidden when they\n // are part of a visual line that starts with another line, or when\n // they are entirely covered by collapsed, non-widget span.\n function lineIsHidden(doc, line) {\n var sps = sawCollapsedSpans && line.markedSpans;\n if (sps) for (var sp, i = 0; i < sps.length; ++i) {\n sp = sps[i];\n if (!sp.marker.collapsed) continue;\n if (sp.from == null) return true;\n if (sp.marker.widgetNode) continue;\n if (sp.from == 0 && sp.marker.inclusiveLeft && lineIsHiddenInner(doc, line, sp))\n return true;\n }\n }\n function lineIsHiddenInner(doc, line, span) {\n if (span.to == null) {\n var end = span.marker.find(1, true);\n return lineIsHiddenInner(doc, end.line, getMarkedSpanFor(end.line.markedSpans, span.marker));\n }\n if (span.marker.inclusiveRight && span.to == line.text.length)\n return true;\n for (var sp, i = 0; i < line.markedSpans.length; ++i) {\n sp = line.markedSpans[i];\n if (sp.marker.collapsed && !sp.marker.widgetNode && sp.from == span.to &&\n (sp.to == null || sp.to != span.from) &&\n (sp.marker.inclusiveLeft || span.marker.inclusiveRight) &&\n lineIsHiddenInner(doc, line, sp)) return true;\n }\n }\n\n // LINE WIDGETS\n\n // Line widgets are block elements displayed above or below a line.\n\n var LineWidget = CodeMirror.LineWidget = function(cm, node, options) {\n if (options) for (var opt in options) if (options.hasOwnProperty(opt))\n this[opt] = options[opt];\n this.cm = cm;\n this.node = node;\n };\n eventMixin(LineWidget);\n\n function adjustScrollWhenAboveVisible(cm, line, diff) {\n if (heightAtLine(line) < ((cm.curOp && cm.curOp.scrollTop) || cm.doc.scrollTop))\n addToScrollPos(cm, null, diff);\n }\n\n LineWidget.prototype.clear = function() {\n var cm = this.cm, ws = this.line.widgets, line = this.line, no = lineNo(line);\n if (no == null || !ws) return;\n for (var i = 0; i < ws.length; ++i) if (ws[i] == this) ws.splice(i--, 1);\n if (!ws.length) line.widgets = null;\n var height = widgetHeight(this);\n runInOp(cm, function() {\n adjustScrollWhenAboveVisible(cm, line, -height);\n regLineChange(cm, no, \"widget\");\n updateLineHeight(line, Math.max(0, line.height - height));\n });\n };\n LineWidget.prototype.changed = function() {\n var oldH = this.height, cm = this.cm, line = this.line;\n this.height = null;\n var diff = widgetHeight(this) - oldH;\n if (!diff) return;\n runInOp(cm, function() {\n cm.curOp.forceUpdate = true;\n adjustScrollWhenAboveVisible(cm, line, diff);\n updateLineHeight(line, line.height + diff);\n });\n };\n\n function widgetHeight(widget) {\n if (widget.height != null) return widget.height;\n if (!contains(document.body, widget.node))\n removeChildrenAndAdd(widget.cm.display.measure, elt(\"div\", [widget.node], null, \"position: relative\"));\n return widget.height = widget.node.offsetHeight;\n }\n\n function addLineWidget(cm, handle, node, options) {\n var widget = new LineWidget(cm, node, options);\n if (widget.noHScroll) cm.display.alignWidgets = true;\n changeLine(cm, handle, \"widget\", function(line) {\n var widgets = line.widgets || (line.widgets = []);\n if (widget.insertAt == null) widgets.push(widget);\n else widgets.splice(Math.min(widgets.length - 1, Math.max(0, widget.insertAt)), 0, widget);\n widget.line = line;\n if (!lineIsHidden(cm.doc, line)) {\n var aboveVisible = heightAtLine(line) < cm.doc.scrollTop;\n updateLineHeight(line, line.height + widgetHeight(widget));\n if (aboveVisible) addToScrollPos(cm, null, widget.height);\n cm.curOp.forceUpdate = true;\n }\n return true;\n });\n return widget;\n }\n\n // LINE DATA STRUCTURE\n\n // Line objects. These hold state related to a line, including\n // highlighting info (the styles array).\n var Line = CodeMirror.Line = function(text, markedSpans, estimateHeight) {\n this.text = text;\n attachMarkedSpans(this, markedSpans);\n this.height = estimateHeight ? estimateHeight(this) : 1;\n };\n eventMixin(Line);\n Line.prototype.lineNo = function() { return lineNo(this); };\n\n // Change the content (text, markers) of a line. Automatically\n // invalidates cached information and tries to re-estimate the\n // line's height.\n function updateLine(line, text, markedSpans, estimateHeight) {\n line.text = text;\n if (line.stateAfter) line.stateAfter = null;\n if (line.styles) line.styles = null;\n if (line.order != null) line.order = null;\n detachMarkedSpans(line);\n attachMarkedSpans(line, markedSpans);\n var estHeight = estimateHeight ? estimateHeight(line) : 1;\n if (estHeight != line.height) updateLineHeight(line, estHeight);\n }\n\n // Detach a line from the document tree and its markers.\n function cleanUpLine(line) {\n line.parent = null;\n detachMarkedSpans(line);\n }\n\n function extractLineClasses(type, output) {\n if (type) for (;;) {\n var lineClass = type.match(/(?:^|\\s+)line-(background-)?(\\S+)/);\n if (!lineClass) break;\n type = type.slice(0, lineClass.index) + type.slice(lineClass.index + lineClass[0].length);\n var prop = lineClass[1] ? \"bgClass\" : \"textClass\";\n if (output[prop] == null)\n output[prop] = lineClass[2];\n else if (!(new RegExp(\"(?:^|\\s)\" + lineClass[2] + \"(?:$|\\s)\")).test(output[prop]))\n output[prop] += \" \" + lineClass[2];\n }\n return type;\n }\n\n function callBlankLine(mode, state) {\n if (mode.blankLine) return mode.blankLine(state);\n if (!mode.innerMode) return;\n var inner = CodeMirror.innerMode(mode, state);\n if (inner.mode.blankLine) return inner.mode.blankLine(inner.state);\n }\n\n function readToken(mode, stream, state) {\n for (var i = 0; i < 10; i++) {\n var style = mode.token(stream, state);\n if (stream.pos > stream.start) return style;\n }\n throw new Error(\"Mode \" + mode.name + \" failed to advance stream.\");\n }\n\n // Run the given mode's parser over a line, calling f for each token.\n function runMode(cm, text, mode, state, f, lineClasses, forceToEnd) {\n var flattenSpans = mode.flattenSpans;\n if (flattenSpans == null) flattenSpans = cm.options.flattenSpans;\n var curStart = 0, curStyle = null;\n var stream = new StringStream(text, cm.options.tabSize), style;\n if (text == \"\") extractLineClasses(callBlankLine(mode, state), lineClasses);\n while (!stream.eol()) {\n if (stream.pos > cm.options.maxHighlightLength) {\n flattenSpans = false;\n if (forceToEnd) processLine(cm, text, state, stream.pos);\n stream.pos = text.length;\n style = null;\n } else {\n style = extractLineClasses(readToken(mode, stream, state), lineClasses);\n }\n if (cm.options.addModeClass) {\n var mName = CodeMirror.innerMode(mode, state).mode.name;\n if (mName) style = \"m-\" + (style ? mName + \" \" + style : mName);\n }\n if (!flattenSpans || curStyle != style) {\n if (curStart < stream.start) f(stream.start, curStyle);\n curStart = stream.start; curStyle = style;\n }\n stream.start = stream.pos;\n }\n while (curStart < stream.pos) {\n // Webkit seems to refuse to render text nodes longer than 57444 characters\n var pos = Math.min(stream.pos, curStart + 50000);\n f(pos, curStyle);\n curStart = pos;\n }\n }\n\n // Compute a style array (an array starting with a mode generation\n // -- for invalidation -- followed by pairs of end positions and\n // style strings), which is used to highlight the tokens on the\n // line.\n function highlightLine(cm, line, state, forceToEnd) {\n // A styles array always starts with a number identifying the\n // mode/overlays that it is based on (for easy invalidation).\n var st = [cm.state.modeGen], lineClasses = {};\n // Compute the base array of styles\n runMode(cm, line.text, cm.doc.mode, state, function(end, style) {\n st.push(end, style);\n }, lineClasses, forceToEnd);\n\n // Run overlays, adjust style array.\n for (var o = 0; o < cm.state.overlays.length; ++o) {\n var overlay = cm.state.overlays[o], i = 1, at = 0;\n runMode(cm, line.text, overlay.mode, true, function(end, style) {\n var start = i;\n // Ensure there's a token end at the current position, and that i points at it\n while (at < end) {\n var i_end = st[i];\n if (i_end > end)\n st.splice(i, 1, end, st[i+1], i_end);\n i += 2;\n at = Math.min(end, i_end);\n }\n if (!style) return;\n if (overlay.opaque) {\n st.splice(start, i - start, end, \"cm-overlay \" + style);\n i = start + 2;\n } else {\n for (; start < i; start += 2) {\n var cur = st[start+1];\n st[start+1] = (cur ? cur + \" \" : \"\") + \"cm-overlay \" + style;\n }\n }\n }, lineClasses);\n }\n\n return {styles: st, classes: lineClasses.bgClass || lineClasses.textClass ? lineClasses : null};\n }\n\n function getLineStyles(cm, line) {\n if (!line.styles || line.styles[0] != cm.state.modeGen) {\n var result = highlightLine(cm, line, line.stateAfter = getStateBefore(cm, lineNo(line)));\n line.styles = result.styles;\n if (result.classes) line.styleClasses = result.classes;\n else if (line.styleClasses) line.styleClasses = null;\n }\n return line.styles;\n }\n\n // Lightweight form of highlight -- proceed over this line and\n // update state, but don't save a style array. Used for lines that\n // aren't currently visible.\n function processLine(cm, text, state, startAt) {\n var mode = cm.doc.mode;\n var stream = new StringStream(text, cm.options.tabSize);\n stream.start = stream.pos = startAt || 0;\n if (text == \"\") callBlankLine(mode, state);\n while (!stream.eol() && stream.pos <= cm.options.maxHighlightLength) {\n readToken(mode, stream, state);\n stream.start = stream.pos;\n }\n }\n\n // Convert a style as returned by a mode (either null, or a string\n // containing one or more styles) to a CSS style. This is cached,\n // and also looks for line-wide styles.\n var styleToClassCache = {}, styleToClassCacheWithMode = {};\n function interpretTokenStyle(style, options) {\n if (!style || /^\\s*$/.test(style)) return null;\n var cache = options.addModeClass ? styleToClassCacheWithMode : styleToClassCache;\n return cache[style] ||\n (cache[style] = style.replace(/\\S+/g, \"cm-$&\"));\n }\n\n // Render the DOM representation of the text of a line. Also builds\n // up a 'line map', which points at the DOM nodes that represent\n // specific stretches of text, and is used by the measuring code.\n // The returned object contains the DOM node, this map, and\n // information about line-wide styles that were set by the mode.\n function buildLineContent(cm, lineView) {\n // The padding-right forces the element to have a 'border', which\n // is needed on Webkit to be able to get line-level bounding\n // rectangles for it (in measureChar).\n var content = elt(\"span\", null, null, webkit ? \"padding-right: .1px\" : null);\n var builder = {pre: elt(\"pre\", [content]), content: content, col: 0, pos: 0, cm: cm};\n lineView.measure = {};\n\n // Iterate over the logical lines that make up this visual line.\n for (var i = 0; i <= (lineView.rest ? lineView.rest.length : 0); i++) {\n var line = i ? lineView.rest[i - 1] : lineView.line, order;\n builder.pos = 0;\n builder.addToken = buildToken;\n // Optionally wire in some hacks into the token-rendering\n // algorithm, to deal with browser quirks.\n if ((ie || webkit) && cm.getOption(\"lineWrapping\"))\n builder.addToken = buildTokenSplitSpaces(builder.addToken);\n if (hasBadBidiRects(cm.display.measure) && (order = getOrder(line)))\n builder.addToken = buildTokenBadBidi(builder.addToken, order);\n builder.map = [];\n insertLineContent(line, builder, getLineStyles(cm, line));\n if (line.styleClasses) {\n if (line.styleClasses.bgClass)\n builder.bgClass = joinClasses(line.styleClasses.bgClass, builder.bgClass || \"\");\n if (line.styleClasses.textClass)\n builder.textClass = joinClasses(line.styleClasses.textClass, builder.textClass || \"\");\n }\n\n // Ensure at least a single node is present, for measuring.\n if (builder.map.length == 0)\n builder.map.push(0, 0, builder.content.appendChild(zeroWidthElement(cm.display.measure)));\n\n // Store the map and a cache object for the current logical line\n if (i == 0) {\n lineView.measure.map = builder.map;\n lineView.measure.cache = {};\n } else {\n (lineView.measure.maps || (lineView.measure.maps = [])).push(builder.map);\n (lineView.measure.caches || (lineView.measure.caches = [])).push({});\n }\n }\n\n signal(cm, \"renderLine\", cm, lineView.line, builder.pre);\n return builder;\n }\n\n function defaultSpecialCharPlaceholder(ch) {\n var token = elt(\"span\", \"\\u2022\", \"cm-invalidchar\");\n token.title = \"\\\\u\" + ch.charCodeAt(0).toString(16);\n return token;\n }\n\n // Build up the DOM representation for a single token, and add it to\n // the line map. Takes care to render special characters separately.\n function buildToken(builder, text, style, startStyle, endStyle, title) {\n if (!text) return;\n var special = builder.cm.options.specialChars, mustWrap = false;\n if (!special.test(text)) {\n builder.col += text.length;\n var content = document.createTextNode(text);\n builder.map.push(builder.pos, builder.pos + text.length, content);\n if (ie_upto8) mustWrap = true;\n builder.pos += text.length;\n } else {\n var content = document.createDocumentFragment(), pos = 0;\n while (true) {\n special.lastIndex = pos;\n var m = special.exec(text);\n var skipped = m ? m.index - pos : text.length - pos;\n if (skipped) {\n var txt = document.createTextNode(text.slice(pos, pos + skipped));\n if (ie_upto8) content.appendChild(elt(\"span\", [txt]));\n else content.appendChild(txt);\n builder.map.push(builder.pos, builder.pos + skipped, txt);\n builder.col += skipped;\n builder.pos += skipped;\n }\n if (!m) break;\n pos += skipped + 1;\n if (m[0] == \"\\t\") {\n var tabSize = builder.cm.options.tabSize, tabWidth = tabSize - builder.col % tabSize;\n var txt = content.appendChild(elt(\"span\", spaceStr(tabWidth), \"cm-tab\"));\n builder.col += tabWidth;\n } else {\n var txt = builder.cm.options.specialCharPlaceholder(m[0]);\n if (ie_upto8) content.appendChild(elt(\"span\", [txt]));\n else content.appendChild(txt);\n builder.col += 1;\n }\n builder.map.push(builder.pos, builder.pos + 1, txt);\n builder.pos++;\n }\n }\n if (style || startStyle || endStyle || mustWrap) {\n var fullStyle = style || \"\";\n if (startStyle) fullStyle += startStyle;\n if (endStyle) fullStyle += endStyle;\n var token = elt(\"span\", [content], fullStyle);\n if (title) token.title = title;\n return builder.content.appendChild(token);\n }\n builder.content.appendChild(content);\n }\n\n function buildTokenSplitSpaces(inner) {\n function split(old) {\n var out = \" \";\n for (var i = 0; i < old.length - 2; ++i) out += i % 2 ? \" \" : \"\\u00a0\";\n out += \" \";\n return out;\n }\n return function(builder, text, style, startStyle, endStyle, title) {\n inner(builder, text.replace(/ {3,}/g, split), style, startStyle, endStyle, title);\n };\n }\n\n // Work around nonsense dimensions being reported for stretches of\n // right-to-left text.\n function buildTokenBadBidi(inner, order) {\n return function(builder, text, style, startStyle, endStyle, title) {\n style = style ? style + \" cm-force-border\" : \"cm-force-border\";\n var start = builder.pos, end = start + text.length;\n for (;;) {\n // Find the part that overlaps with the start of this text\n for (var i = 0; i < order.length; i++) {\n var part = order[i];\n if (part.to > start && part.from <= start) break;\n }\n if (part.to >= end) return inner(builder, text, style, startStyle, endStyle, title);\n inner(builder, text.slice(0, part.to - start), style, startStyle, null, title);\n startStyle = null;\n text = text.slice(part.to - start);\n start = part.to;\n }\n };\n }\n\n function buildCollapsedSpan(builder, size, marker, ignoreWidget) {\n var widget = !ignoreWidget && marker.widgetNode;\n if (widget) {\n builder.map.push(builder.pos, builder.pos + size, widget);\n builder.content.appendChild(widget);\n }\n builder.pos += size;\n }\n\n // Outputs a number of spans to make up a line, taking highlighting\n // and marked text into account.\n function insertLineContent(line, builder, styles) {\n var spans = line.markedSpans, allText = line.text, at = 0;\n if (!spans) {\n for (var i = 1; i < styles.length; i+=2)\n builder.addToken(builder, allText.slice(at, at = styles[i]), interpretTokenStyle(styles[i+1], builder.cm.options));\n return;\n }\n\n var len = allText.length, pos = 0, i = 1, text = \"\", style;\n var nextChange = 0, spanStyle, spanEndStyle, spanStartStyle, title, collapsed;\n for (;;) {\n if (nextChange == pos) { // Update current marker set\n spanStyle = spanEndStyle = spanStartStyle = title = \"\";\n collapsed = null; nextChange = Infinity;\n var foundBookmarks = [];\n for (var j = 0; j < spans.length; ++j) {\n var sp = spans[j], m = sp.marker;\n if (sp.from <= pos && (sp.to == null || sp.to > pos)) {\n if (sp.to != null && nextChange > sp.to) { nextChange = sp.to; spanEndStyle = \"\"; }\n if (m.className) spanStyle += \" \" + m.className;\n if (m.startStyle && sp.from == pos) spanStartStyle += \" \" + m.startStyle;\n if (m.endStyle && sp.to == nextChange) spanEndStyle += \" \" + m.endStyle;\n if (m.title && !title) title = m.title;\n if (m.collapsed && (!collapsed || compareCollapsedMarkers(collapsed.marker, m) < 0))\n collapsed = sp;\n } else if (sp.from > pos && nextChange > sp.from) {\n nextChange = sp.from;\n }\n if (m.type == \"bookmark\" && sp.from == pos && m.widgetNode) foundBookmarks.push(m);\n }\n if (collapsed && (collapsed.from || 0) == pos) {\n buildCollapsedSpan(builder, (collapsed.to == null ? len + 1 : collapsed.to) - pos,\n collapsed.marker, collapsed.from == null);\n if (collapsed.to == null) return;\n }\n if (!collapsed && foundBookmarks.length) for (var j = 0; j < foundBookmarks.length; ++j)\n buildCollapsedSpan(builder, 0, foundBookmarks[j]);\n }\n if (pos >= len) break;\n\n var upto = Math.min(len, nextChange);\n while (true) {\n if (text) {\n var end = pos + text.length;\n if (!collapsed) {\n var tokenText = end > upto ? text.slice(0, upto - pos) : text;\n builder.addToken(builder, tokenText, style ? style + spanStyle : spanStyle,\n spanStartStyle, pos + tokenText.length == nextChange ? spanEndStyle : \"\", title);\n }\n if (end >= upto) {text = text.slice(upto - pos); pos = upto; break;}\n pos = end;\n spanStartStyle = \"\";\n }\n text = allText.slice(at, at = styles[i++]);\n style = interpretTokenStyle(styles[i++], builder.cm.options);\n }\n }\n }\n\n // DOCUMENT DATA STRUCTURE\n\n // By default, updates that start and end at the beginning of a line\n // are treated specially, in order to make the association of line\n // widgets and marker elements with the text behave more intuitive.\n function isWholeLineUpdate(doc, change) {\n return change.from.ch == 0 && change.to.ch == 0 && lst(change.text) == \"\" &&\n (!doc.cm || doc.cm.options.wholeLineUpdateBefore);\n }\n\n // Perform a change on the document data structure.\n function updateDoc(doc, change, markedSpans, estimateHeight) {\n function spansFor(n) {return markedSpans ? markedSpans[n] : null;}\n function update(line, text, spans) {\n updateLine(line, text, spans, estimateHeight);\n signalLater(line, \"change\", line, change);\n }\n\n var from = change.from, to = change.to, text = change.text;\n var firstLine = getLine(doc, from.line), lastLine = getLine(doc, to.line);\n var lastText = lst(text), lastSpans = spansFor(text.length - 1), nlines = to.line - from.line;\n\n // Adjust the line structure\n if (isWholeLineUpdate(doc, change)) {\n // This is a whole-line replace. Treated specially to make\n // sure line objects move the way they are supposed to.\n for (var i = 0, added = []; i < text.length - 1; ++i)\n added.push(new Line(text[i], spansFor(i), estimateHeight));\n update(lastLine, lastLine.text, lastSpans);\n if (nlines) doc.remove(from.line, nlines);\n if (added.length) doc.insert(from.line, added);\n } else if (firstLine == lastLine) {\n if (text.length == 1) {\n update(firstLine, firstLine.text.slice(0, from.ch) + lastText + firstLine.text.slice(to.ch), lastSpans);\n } else {\n for (var added = [], i = 1; i < text.length - 1; ++i)\n added.push(new Line(text[i], spansFor(i), estimateHeight));\n added.push(new Line(lastText + firstLine.text.slice(to.ch), lastSpans, estimateHeight));\n update(firstLine, firstLine.text.slice(0, from.ch) + text[0], spansFor(0));\n doc.insert(from.line + 1, added);\n }\n } else if (text.length == 1) {\n update(firstLine, firstLine.text.slice(0, from.ch) + text[0] + lastLine.text.slice(to.ch), spansFor(0));\n doc.remove(from.line + 1, nlines);\n } else {\n update(firstLine, firstLine.text.slice(0, from.ch) + text[0], spansFor(0));\n update(lastLine, lastText + lastLine.text.slice(to.ch), lastSpans);\n for (var i = 1, added = []; i < text.length - 1; ++i)\n added.push(new Line(text[i], spansFor(i), estimateHeight));\n if (nlines > 1) doc.remove(from.line + 1, nlines - 1);\n doc.insert(from.line + 1, added);\n }\n\n signalLater(doc, \"change\", doc, change);\n }\n\n // The document is represented as a BTree consisting of leaves, with\n // chunk of lines in them, and branches, with up to ten leaves or\n // other branch nodes below them. The top node is always a branch\n // node, and is the document object itself (meaning it has\n // additional methods and properties).\n //\n // All nodes have parent links. The tree is used both to go from\n // line numbers to line objects, and to go from objects to numbers.\n // It also indexes by height, and is used to convert between height\n // and line object, and to find the total height of the document.\n //\n // See also http://marijnhaverbeke.nl/blog/codemirror-line-tree.html\n\n function LeafChunk(lines) {\n this.lines = lines;\n this.parent = null;\n for (var i = 0, height = 0; i < lines.length; ++i) {\n lines[i].parent = this;\n height += lines[i].height;\n }\n this.height = height;\n }\n\n LeafChunk.prototype = {\n chunkSize: function() { return this.lines.length; },\n // Remove the n lines at offset 'at'.\n removeInner: function(at, n) {\n for (var i = at, e = at + n; i < e; ++i) {\n var line = this.lines[i];\n this.height -= line.height;\n cleanUpLine(line);\n signalLater(line, \"delete\");\n }\n this.lines.splice(at, n);\n },\n // Helper used to collapse a small branch into a single leaf.\n collapse: function(lines) {\n lines.push.apply(lines, this.lines);\n },\n // Insert the given array of lines at offset 'at', count them as\n // having the given height.\n insertInner: function(at, lines, height) {\n this.height += height;\n this.lines = this.lines.slice(0, at).concat(lines).concat(this.lines.slice(at));\n for (var i = 0; i < lines.length; ++i) lines[i].parent = this;\n },\n // Used to iterate over a part of the tree.\n iterN: function(at, n, op) {\n for (var e = at + n; at < e; ++at)\n if (op(this.lines[at])) return true;\n }\n };\n\n function BranchChunk(children) {\n this.children = children;\n var size = 0, height = 0;\n for (var i = 0; i < children.length; ++i) {\n var ch = children[i];\n size += ch.chunkSize(); height += ch.height;\n ch.parent = this;\n }\n this.size = size;\n this.height = height;\n this.parent = null;\n }\n\n BranchChunk.prototype = {\n chunkSize: function() { return this.size; },\n removeInner: function(at, n) {\n this.size -= n;\n for (var i = 0; i < this.children.length; ++i) {\n var child = this.children[i], sz = child.chunkSize();\n if (at < sz) {\n var rm = Math.min(n, sz - at), oldHeight = child.height;\n child.removeInner(at, rm);\n this.height -= oldHeight - child.height;\n if (sz == rm) { this.children.splice(i--, 1); child.parent = null; }\n if ((n -= rm) == 0) break;\n at = 0;\n } else at -= sz;\n }\n // If the result is smaller than 25 lines, ensure that it is a\n // single leaf node.\n if (this.size - n < 25 &&\n (this.children.length > 1 || !(this.children[0] instanceof LeafChunk))) {\n var lines = [];\n this.collapse(lines);\n this.children = [new LeafChunk(lines)];\n this.children[0].parent = this;\n }\n },\n collapse: function(lines) {\n for (var i = 0; i < this.children.length; ++i) this.children[i].collapse(lines);\n },\n insertInner: function(at, lines, height) {\n this.size += lines.length;\n this.height += height;\n for (var i = 0; i < this.children.length; ++i) {\n var child = this.children[i], sz = child.chunkSize();\n if (at <= sz) {\n child.insertInner(at, lines, height);\n if (child.lines && child.lines.length > 50) {\n while (child.lines.length > 50) {\n var spilled = child.lines.splice(child.lines.length - 25, 25);\n var newleaf = new LeafChunk(spilled);\n child.height -= newleaf.height;\n this.children.splice(i + 1, 0, newleaf);\n newleaf.parent = this;\n }\n this.maybeSpill();\n }\n break;\n }\n at -= sz;\n }\n },\n // When a node has grown, check whether it should be split.\n maybeSpill: function() {\n if (this.children.length <= 10) return;\n var me = this;\n do {\n var spilled = me.children.splice(me.children.length - 5, 5);\n var sibling = new BranchChunk(spilled);\n if (!me.parent) { // Become the parent node\n var copy = new BranchChunk(me.children);\n copy.parent = me;\n me.children = [copy, sibling];\n me = copy;\n } else {\n me.size -= sibling.size;\n me.height -= sibling.height;\n var myIndex = indexOf(me.parent.children, me);\n me.parent.children.splice(myIndex + 1, 0, sibling);\n }\n sibling.parent = me.parent;\n } while (me.children.length > 10);\n me.parent.maybeSpill();\n },\n iterN: function(at, n, op) {\n for (var i = 0; i < this.children.length; ++i) {\n var child = this.children[i], sz = child.chunkSize();\n if (at < sz) {\n var used = Math.min(n, sz - at);\n if (child.iterN(at, used, op)) return true;\n if ((n -= used) == 0) break;\n at = 0;\n } else at -= sz;\n }\n }\n };\n\n var nextDocId = 0;\n var Doc = CodeMirror.Doc = function(text, mode, firstLine) {\n if (!(this instanceof Doc)) return new Doc(text, mode, firstLine);\n if (firstLine == null) firstLine = 0;\n\n BranchChunk.call(this, [new LeafChunk([new Line(\"\", null)])]);\n this.first = firstLine;\n this.scrollTop = this.scrollLeft = 0;\n this.cantEdit = false;\n this.cleanGeneration = 1;\n this.frontier = firstLine;\n var start = Pos(firstLine, 0);\n this.sel = simpleSelection(start);\n this.history = new History(null);\n this.id = ++nextDocId;\n this.modeOption = mode;\n\n if (typeof text == \"string\") text = splitLines(text);\n updateDoc(this, {from: start, to: start, text: text});\n setSelection(this, simpleSelection(start), sel_dontScroll);\n };\n\n Doc.prototype = createObj(BranchChunk.prototype, {\n constructor: Doc,\n // Iterate over the document. Supports two forms -- with only one\n // argument, it calls that for each line in the document. With\n // three, it iterates over the range given by the first two (with\n // the second being non-inclusive).\n iter: function(from, to, op) {\n if (op) this.iterN(from - this.first, to - from, op);\n else this.iterN(this.first, this.first + this.size, from);\n },\n\n // Non-public interface for adding and removing lines.\n insert: function(at, lines) {\n var height = 0;\n for (var i = 0; i < lines.length; ++i) height += lines[i].height;\n this.insertInner(at - this.first, lines, height);\n },\n remove: function(at, n) { this.removeInner(at - this.first, n); },\n\n // From here, the methods are part of the public interface. Most\n // are also available from CodeMirror (editor) instances.\n\n getValue: function(lineSep) {\n var lines = getLines(this, this.first, this.first + this.size);\n if (lineSep === false) return lines;\n return lines.join(lineSep || \"\\n\");\n },\n setValue: docMethodOp(function(code) {\n var top = Pos(this.first, 0), last = this.first + this.size - 1;\n makeChange(this, {from: top, to: Pos(last, getLine(this, last).text.length),\n text: splitLines(code), origin: \"setValue\"}, true);\n setSelection(this, simpleSelection(top));\n }),\n replaceRange: function(code, from, to, origin) {\n from = clipPos(this, from);\n to = to ? clipPos(this, to) : from;\n replaceRange(this, code, from, to, origin);\n },\n getRange: function(from, to, lineSep) {\n var lines = getBetween(this, clipPos(this, from), clipPos(this, to));\n if (lineSep === false) return lines;\n return lines.join(lineSep || \"\\n\");\n },\n\n getLine: function(line) {var l = this.getLineHandle(line); return l && l.text;},\n\n getLineHandle: function(line) {if (isLine(this, line)) return getLine(this, line);},\n getLineNumber: function(line) {return lineNo(line);},\n\n getLineHandleVisualStart: function(line) {\n if (typeof line == \"number\") line = getLine(this, line);\n return visualLine(line);\n },\n\n lineCount: function() {return this.size;},\n firstLine: function() {return this.first;},\n lastLine: function() {return this.first + this.size - 1;},\n\n clipPos: function(pos) {return clipPos(this, pos);},\n\n getCursor: function(start) {\n var range = this.sel.primary(), pos;\n if (start == null || start == \"head\") pos = range.head;\n else if (start == \"anchor\") pos = range.anchor;\n else if (start == \"end\" || start == \"to\" || start === false) pos = range.to();\n else pos = range.from();\n return pos;\n },\n listSelections: function() { return this.sel.ranges; },\n somethingSelected: function() {return this.sel.somethingSelected();},\n\n setCursor: docMethodOp(function(line, ch, options) {\n setSimpleSelection(this, clipPos(this, typeof line == \"number\" ? Pos(line, ch || 0) : line), null, options);\n }),\n setSelection: docMethodOp(function(anchor, head, options) {\n setSimpleSelection(this, clipPos(this, anchor), clipPos(this, head || anchor), options);\n }),\n extendSelection: docMethodOp(function(head, other, options) {\n extendSelection(this, clipPos(this, head), other && clipPos(this, other), options);\n }),\n extendSelections: docMethodOp(function(heads, options) {\n extendSelections(this, clipPosArray(this, heads, options));\n }),\n extendSelectionsBy: docMethodOp(function(f, options) {\n extendSelections(this, map(this.sel.ranges, f), options);\n }),\n setSelections: docMethodOp(function(ranges, primary, options) {\n if (!ranges.length) return;\n for (var i = 0, out = []; i < ranges.length; i++)\n out[i] = new Range(clipPos(this, ranges[i].anchor),\n clipPos(this, ranges[i].head));\n if (primary == null) primary = Math.min(ranges.length - 1, this.sel.primIndex);\n setSelection(this, normalizeSelection(out, primary), options);\n }),\n addSelection: docMethodOp(function(anchor, head, options) {\n var ranges = this.sel.ranges.slice(0);\n ranges.push(new Range(clipPos(this, anchor), clipPos(this, head || anchor)));\n setSelection(this, normalizeSelection(ranges, ranges.length - 1), options);\n }),\n\n getSelection: function(lineSep) {\n var ranges = this.sel.ranges, lines;\n for (var i = 0; i < ranges.length; i++) {\n var sel = getBetween(this, ranges[i].from(), ranges[i].to());\n lines = lines ? lines.concat(sel) : sel;\n }\n if (lineSep === false) return lines;\n else return lines.join(lineSep || \"\\n\");\n },\n getSelections: function(lineSep) {\n var parts = [], ranges = this.sel.ranges;\n for (var i = 0; i < ranges.length; i++) {\n var sel = getBetween(this, ranges[i].from(), ranges[i].to());\n if (lineSep !== false) sel = sel.join(lineSep || \"\\n\");\n parts[i] = sel;\n }\n return parts;\n },\n replaceSelection: function(code, collapse, origin) {\n var dup = [];\n for (var i = 0; i < this.sel.ranges.length; i++)\n dup[i] = code;\n this.replaceSelections(dup, collapse, origin || \"+input\");\n },\n replaceSelections: docMethodOp(function(code, collapse, origin) {\n var changes = [], sel = this.sel;\n for (var i = 0; i < sel.ranges.length; i++) {\n var range = sel.ranges[i];\n changes[i] = {from: range.from(), to: range.to(), text: splitLines(code[i]), origin: origin};\n }\n var newSel = collapse && collapse != \"end\" && computeReplacedSel(this, changes, collapse);\n for (var i = changes.length - 1; i >= 0; i--)\n makeChange(this, changes[i]);\n if (newSel) setSelectionReplaceHistory(this, newSel);\n else if (this.cm) ensureCursorVisible(this.cm);\n }),\n undo: docMethodOp(function() {makeChangeFromHistory(this, \"undo\");}),\n redo: docMethodOp(function() {makeChangeFromHistory(this, \"redo\");}),\n undoSelection: docMethodOp(function() {makeChangeFromHistory(this, \"undo\", true);}),\n redoSelection: docMethodOp(function() {makeChangeFromHistory(this, \"redo\", true);}),\n\n setExtending: function(val) {this.extend = val;},\n getExtending: function() {return this.extend;},\n\n historySize: function() {\n var hist = this.history, done = 0, undone = 0;\n for (var i = 0; i < hist.done.length; i++) if (!hist.done[i].ranges) ++done;\n for (var i = 0; i < hist.undone.length; i++) if (!hist.undone[i].ranges) ++undone;\n return {undo: done, redo: undone};\n },\n clearHistory: function() {this.history = new History(this.history.maxGeneration);},\n\n markClean: function() {\n this.cleanGeneration = this.changeGeneration(true);\n },\n changeGeneration: function(forceSplit) {\n if (forceSplit)\n this.history.lastOp = this.history.lastOrigin = null;\n return this.history.generation;\n },\n isClean: function (gen) {\n return this.history.generation == (gen || this.cleanGeneration);\n },\n\n getHistory: function() {\n return {done: copyHistoryArray(this.history.done),\n undone: copyHistoryArray(this.history.undone)};\n },\n setHistory: function(histData) {\n var hist = this.history = new History(this.history.maxGeneration);\n hist.done = copyHistoryArray(histData.done.slice(0), null, true);\n hist.undone = copyHistoryArray(histData.undone.slice(0), null, true);\n },\n\n markText: function(from, to, options) {\n return markText(this, clipPos(this, from), clipPos(this, to), options, \"range\");\n },\n setBookmark: function(pos, options) {\n var realOpts = {replacedWith: options && (options.nodeType == null ? options.widget : options),\n insertLeft: options && options.insertLeft,\n clearWhenEmpty: false, shared: options && options.shared};\n pos = clipPos(this, pos);\n return markText(this, pos, pos, realOpts, \"bookmark\");\n },\n findMarksAt: function(pos) {\n pos = clipPos(this, pos);\n var markers = [], spans = getLine(this, pos.line).markedSpans;\n if (spans) for (var i = 0; i < spans.length; ++i) {\n var span = spans[i];\n if ((span.from == null || span.from <= pos.ch) &&\n (span.to == null || span.to >= pos.ch))\n markers.push(span.marker.parent || span.marker);\n }\n return markers;\n },\n findMarks: function(from, to, filter) {\n from = clipPos(this, from); to = clipPos(this, to);\n var found = [], lineNo = from.line;\n this.iter(from.line, to.line + 1, function(line) {\n var spans = line.markedSpans;\n if (spans) for (var i = 0; i < spans.length; i++) {\n var span = spans[i];\n if (!(lineNo == from.line && from.ch > span.to ||\n span.from == null && lineNo != from.line||\n lineNo == to.line && span.from > to.ch) &&\n (!filter || filter(span.marker)))\n found.push(span.marker.parent || span.marker);\n }\n ++lineNo;\n });\n return found;\n },\n getAllMarks: function() {\n var markers = [];\n this.iter(function(line) {\n var sps = line.markedSpans;\n if (sps) for (var i = 0; i < sps.length; ++i)\n if (sps[i].from != null) markers.push(sps[i].marker);\n });\n return markers;\n },\n\n posFromIndex: function(off) {\n var ch, lineNo = this.first;\n this.iter(function(line) {\n var sz = line.text.length + 1;\n if (sz > off) { ch = off; return true; }\n off -= sz;\n ++lineNo;\n });\n return clipPos(this, Pos(lineNo, ch));\n },\n indexFromPos: function (coords) {\n coords = clipPos(this, coords);\n var index = coords.ch;\n if (coords.line < this.first || coords.ch < 0) return 0;\n this.iter(this.first, coords.line, function (line) {\n index += line.text.length + 1;\n });\n return index;\n },\n\n copy: function(copyHistory) {\n var doc = new Doc(getLines(this, this.first, this.first + this.size), this.modeOption, this.first);\n doc.scrollTop = this.scrollTop; doc.scrollLeft = this.scrollLeft;\n doc.sel = this.sel;\n doc.extend = false;\n if (copyHistory) {\n doc.history.undoDepth = this.history.undoDepth;\n doc.setHistory(this.getHistory());\n }\n return doc;\n },\n\n linkedDoc: function(options) {\n if (!options) options = {};\n var from = this.first, to = this.first + this.size;\n if (options.from != null && options.from > from) from = options.from;\n if (options.to != null && options.to < to) to = options.to;\n var copy = new Doc(getLines(this, from, to), options.mode || this.modeOption, from);\n if (options.sharedHist) copy.history = this.history;\n (this.linked || (this.linked = [])).push({doc: copy, sharedHist: options.sharedHist});\n copy.linked = [{doc: this, isParent: true, sharedHist: options.sharedHist}];\n copySharedMarkers(copy, findSharedMarkers(this));\n return copy;\n },\n unlinkDoc: function(other) {\n if (other instanceof CodeMirror) other = other.doc;\n if (this.linked) for (var i = 0; i < this.linked.length; ++i) {\n var link = this.linked[i];\n if (link.doc != other) continue;\n this.linked.splice(i, 1);\n other.unlinkDoc(this);\n detachSharedMarkers(findSharedMarkers(this));\n break;\n }\n // If the histories were shared, split them again\n if (other.history == this.history) {\n var splitIds = [other.id];\n linkedDocs(other, function(doc) {splitIds.push(doc.id);}, true);\n other.history = new History(null);\n other.history.done = copyHistoryArray(this.history.done, splitIds);\n other.history.undone = copyHistoryArray(this.history.undone, splitIds);\n }\n },\n iterLinkedDocs: function(f) {linkedDocs(this, f);},\n\n getMode: function() {return this.mode;},\n getEditor: function() {return this.cm;}\n });\n\n // Public alias.\n Doc.prototype.eachLine = Doc.prototype.iter;\n\n // Set up methods on CodeMirror's prototype to redirect to the editor's document.\n var dontDelegate = \"iter insert remove copy getEditor\".split(\" \");\n for (var prop in Doc.prototype) if (Doc.prototype.hasOwnProperty(prop) && indexOf(dontDelegate, prop) < 0)\n CodeMirror.prototype[prop] = (function(method) {\n return function() {return method.apply(this.doc, arguments);};\n })(Doc.prototype[prop]);\n\n eventMixin(Doc);\n\n // Call f for all linked documents.\n function linkedDocs(doc, f, sharedHistOnly) {\n function propagate(doc, skip, sharedHist) {\n if (doc.linked) for (var i = 0; i < doc.linked.length; ++i) {\n var rel = doc.linked[i];\n if (rel.doc == skip) continue;\n var shared = sharedHist && rel.sharedHist;\n if (sharedHistOnly && !shared) continue;\n f(rel.doc, shared);\n propagate(rel.doc, doc, shared);\n }\n }\n propagate(doc, null, true);\n }\n\n // Attach a document to an editor.\n function attachDoc(cm, doc) {\n if (doc.cm) throw new Error(\"This document is already in use.\");\n cm.doc = doc;\n doc.cm = cm;\n estimateLineHeights(cm);\n loadMode(cm);\n if (!cm.options.lineWrapping) findMaxLine(cm);\n cm.options.mode = doc.modeOption;\n regChange(cm);\n }\n\n // LINE UTILITIES\n\n // Find the line object corresponding to the given line number.\n function getLine(doc, n) {\n n -= doc.first;\n if (n < 0 || n >= doc.size) throw new Error(\"There is no line \" + (n + doc.first) + \" in the document.\");\n for (var chunk = doc; !chunk.lines;) {\n for (var i = 0;; ++i) {\n var child = chunk.children[i], sz = child.chunkSize();\n if (n < sz) { chunk = child; break; }\n n -= sz;\n }\n }\n return chunk.lines[n];\n }\n\n // Get the part of a document between two positions, as an array of\n // strings.\n function getBetween(doc, start, end) {\n var out = [], n = start.line;\n doc.iter(start.line, end.line + 1, function(line) {\n var text = line.text;\n if (n == end.line) text = text.slice(0, end.ch);\n if (n == start.line) text = text.slice(start.ch);\n out.push(text);\n ++n;\n });\n return out;\n }\n // Get the lines between from and to, as array of strings.\n function getLines(doc, from, to) {\n var out = [];\n doc.iter(from, to, function(line) { out.push(line.text); });\n return out;\n }\n\n // Update the height of a line, propagating the height change\n // upwards to parent nodes.\n function updateLineHeight(line, height) {\n var diff = height - line.height;\n if (diff) for (var n = line; n; n = n.parent) n.height += diff;\n }\n\n // Given a line object, find its line number by walking up through\n // its parent links.\n function lineNo(line) {\n if (line.parent == null) return null;\n var cur = line.parent, no = indexOf(cur.lines, line);\n for (var chunk = cur.parent; chunk; cur = chunk, chunk = chunk.parent) {\n for (var i = 0;; ++i) {\n if (chunk.children[i] == cur) break;\n no += chunk.children[i].chunkSize();\n }\n }\n return no + cur.first;\n }\n\n // Find the line at the given vertical position, using the height\n // information in the document tree.\n function lineAtHeight(chunk, h) {\n var n = chunk.first;\n outer: do {\n for (var i = 0; i < chunk.children.length; ++i) {\n var child = chunk.children[i], ch = child.height;\n if (h < ch) { chunk = child; continue outer; }\n h -= ch;\n n += child.chunkSize();\n }\n return n;\n } while (!chunk.lines);\n for (var i = 0; i < chunk.lines.length; ++i) {\n var line = chunk.lines[i], lh = line.height;\n if (h < lh) break;\n h -= lh;\n }\n return n + i;\n }\n\n\n // Find the height above the given line.\n function heightAtLine(lineObj) {\n lineObj = visualLine(lineObj);\n\n var h = 0, chunk = lineObj.parent;\n for (var i = 0; i < chunk.lines.length; ++i) {\n var line = chunk.lines[i];\n if (line == lineObj) break;\n else h += line.height;\n }\n for (var p = chunk.parent; p; chunk = p, p = chunk.parent) {\n for (var i = 0; i < p.children.length; ++i) {\n var cur = p.children[i];\n if (cur == chunk) break;\n else h += cur.height;\n }\n }\n return h;\n }\n\n // Get the bidi ordering for the given line (and cache it). Returns\n // false for lines that are fully left-to-right, and an array of\n // BidiSpan objects otherwise.\n function getOrder(line) {\n var order = line.order;\n if (order == null) order = line.order = bidiOrdering(line.text);\n return order;\n }\n\n // HISTORY\n\n function History(startGen) {\n // Arrays of change events and selections. Doing something adds an\n // event to done and clears undo. Undoing moves events from done\n // to undone, redoing moves them in the other direction.\n this.done = []; this.undone = [];\n this.undoDepth = Infinity;\n // Used to track when changes can be merged into a single undo\n // event\n this.lastModTime = this.lastSelTime = 0;\n this.lastOp = null;\n this.lastOrigin = this.lastSelOrigin = null;\n // Used by the isClean() method\n this.generation = this.maxGeneration = startGen || 1;\n }\n\n // Create a history change event from an updateDoc-style change\n // object.\n function historyChangeFromChange(doc, change) {\n var histChange = {from: copyPos(change.from), to: changeEnd(change), text: getBetween(doc, change.from, change.to)};\n attachLocalSpans(doc, histChange, change.from.line, change.to.line + 1);\n linkedDocs(doc, function(doc) {attachLocalSpans(doc, histChange, change.from.line, change.to.line + 1);}, true);\n return histChange;\n }\n\n // Pop all selection events off the end of a history array. Stop at\n // a change event.\n function clearSelectionEvents(array) {\n while (array.length) {\n var last = lst(array);\n if (last.ranges) array.pop();\n else break;\n }\n }\n\n // Find the top change event in the history. Pop off selection\n // events that are in the way.\n function lastChangeEvent(hist, force) {\n if (force) {\n clearSelectionEvents(hist.done);\n return lst(hist.done);\n } else if (hist.done.length && !lst(hist.done).ranges) {\n return lst(hist.done);\n } else if (hist.done.length > 1 && !hist.done[hist.done.length - 2].ranges) {\n hist.done.pop();\n return lst(hist.done);\n }\n }\n\n // Register a change in the history. Merges changes that are within\n // a single operation, ore are close together with an origin that\n // allows merging (starting with \"+\") into a single event.\n function addChangeToHistory(doc, change, selAfter, opId) {\n var hist = doc.history;\n hist.undone.length = 0;\n var time = +new Date, cur;\n\n if ((hist.lastOp == opId ||\n hist.lastOrigin == change.origin && change.origin &&\n ((change.origin.charAt(0) == \"+\" && doc.cm && hist.lastModTime > time - doc.cm.options.historyEventDelay) ||\n change.origin.charAt(0) == \"*\")) &&\n (cur = lastChangeEvent(hist, hist.lastOp == opId))) {\n // Merge this change into the last event\n var last = lst(cur.changes);\n if (cmp(change.from, change.to) == 0 && cmp(change.from, last.to) == 0) {\n // Optimized case for simple insertion -- don't want to add\n // new changesets for every character typed\n last.to = changeEnd(change);\n } else {\n // Add new sub-event\n cur.changes.push(historyChangeFromChange(doc, change));\n }\n } else {\n // Can not be merged, start a new event.\n var before = lst(hist.done);\n if (!before || !before.ranges)\n pushSelectionToHistory(doc.sel, hist.done);\n cur = {changes: [historyChangeFromChange(doc, change)],\n generation: hist.generation};\n hist.done.push(cur);\n while (hist.done.length > hist.undoDepth) {\n hist.done.shift();\n if (!hist.done[0].ranges) hist.done.shift();\n }\n }\n hist.done.push(selAfter);\n hist.generation = ++hist.maxGeneration;\n hist.lastModTime = hist.lastSelTime = time;\n hist.lastOp = opId;\n hist.lastOrigin = hist.lastSelOrigin = change.origin;\n\n if (!last) signal(doc, \"historyAdded\");\n }\n\n function selectionEventCanBeMerged(doc, origin, prev, sel) {\n var ch = origin.charAt(0);\n return ch == \"*\" ||\n ch == \"+\" &&\n prev.ranges.length == sel.ranges.length &&\n prev.somethingSelected() == sel.somethingSelected() &&\n new Date - doc.history.lastSelTime <= (doc.cm ? doc.cm.options.historyEventDelay : 500);\n }\n\n // Called whenever the selection changes, sets the new selection as\n // the pending selection in the history, and pushes the old pending\n // selection into the 'done' array when it was significantly\n // different (in number of selected ranges, emptiness, or time).\n function addSelectionToHistory(doc, sel, opId, options) {\n var hist = doc.history, origin = options && options.origin;\n\n // A new event is started when the previous origin does not match\n // the current, or the origins don't allow matching. Origins\n // starting with * are always merged, those starting with + are\n // merged when similar and close together in time.\n if (opId == hist.lastOp ||\n (origin && hist.lastSelOrigin == origin &&\n (hist.lastModTime == hist.lastSelTime && hist.lastOrigin == origin ||\n selectionEventCanBeMerged(doc, origin, lst(hist.done), sel))))\n hist.done[hist.done.length - 1] = sel;\n else\n pushSelectionToHistory(sel, hist.done);\n\n hist.lastSelTime = +new Date;\n hist.lastSelOrigin = origin;\n hist.lastOp = opId;\n if (options && options.clearRedo !== false)\n clearSelectionEvents(hist.undone);\n }\n\n function pushSelectionToHistory(sel, dest) {\n var top = lst(dest);\n if (!(top && top.ranges && top.equals(sel)))\n dest.push(sel);\n }\n\n // Used to store marked span information in the history.\n function attachLocalSpans(doc, change, from, to) {\n var existing = change[\"spans_\" + doc.id], n = 0;\n doc.iter(Math.max(doc.first, from), Math.min(doc.first + doc.size, to), function(line) {\n if (line.markedSpans)\n (existing || (existing = change[\"spans_\" + doc.id] = {}))[n] = line.markedSpans;\n ++n;\n });\n }\n\n // When un/re-doing restores text containing marked spans, those\n // that have been explicitly cleared should not be restored.\n function removeClearedSpans(spans) {\n if (!spans) return null;\n for (var i = 0, out; i < spans.length; ++i) {\n if (spans[i].marker.explicitlyCleared) { if (!out) out = spans.slice(0, i); }\n else if (out) out.push(spans[i]);\n }\n return !out ? spans : out.length ? out : null;\n }\n\n // Retrieve and filter the old marked spans stored in a change event.\n function getOldSpans(doc, change) {\n var found = change[\"spans_\" + doc.id];\n if (!found) return null;\n for (var i = 0, nw = []; i < change.text.length; ++i)\n nw.push(removeClearedSpans(found[i]));\n return nw;\n }\n\n // Used both to provide a JSON-safe object in .getHistory, and, when\n // detaching a document, to split the history in two\n function copyHistoryArray(events, newGroup, instantiateSel) {\n for (var i = 0, copy = []; i < events.length; ++i) {\n var event = events[i];\n if (event.ranges) {\n copy.push(instantiateSel ? Selection.prototype.deepCopy.call(event) : event);\n continue;\n }\n var changes = event.changes, newChanges = [];\n copy.push({changes: newChanges});\n for (var j = 0; j < changes.length; ++j) {\n var change = changes[j], m;\n newChanges.push({from: change.from, to: change.to, text: change.text});\n if (newGroup) for (var prop in change) if (m = prop.match(/^spans_(\\d+)$/)) {\n if (indexOf(newGroup, Number(m[1])) > -1) {\n lst(newChanges)[prop] = change[prop];\n delete change[prop];\n }\n }\n }\n }\n return copy;\n }\n\n // Rebasing/resetting history to deal with externally-sourced changes\n\n function rebaseHistSelSingle(pos, from, to, diff) {\n if (to < pos.line) {\n pos.line += diff;\n } else if (from < pos.line) {\n pos.line = from;\n pos.ch = 0;\n }\n }\n\n // Tries to rebase an array of history events given a change in the\n // document. If the change touches the same lines as the event, the\n // event, and everything 'behind' it, is discarded. If the change is\n // before the event, the event's positions are updated. Uses a\n // copy-on-write scheme for the positions, to avoid having to\n // reallocate them all on every rebase, but also avoid problems with\n // shared position objects being unsafely updated.\n function rebaseHistArray(array, from, to, diff) {\n for (var i = 0; i < array.length; ++i) {\n var sub = array[i], ok = true;\n if (sub.ranges) {\n if (!sub.copied) { sub = array[i] = sub.deepCopy(); sub.copied = true; }\n for (var j = 0; j < sub.ranges.length; j++) {\n rebaseHistSelSingle(sub.ranges[j].anchor, from, to, diff);\n rebaseHistSelSingle(sub.ranges[j].head, from, to, diff);\n }\n continue;\n }\n for (var j = 0; j < sub.changes.length; ++j) {\n var cur = sub.changes[j];\n if (to < cur.from.line) {\n cur.from = Pos(cur.from.line + diff, cur.from.ch);\n cur.to = Pos(cur.to.line + diff, cur.to.ch);\n } else if (from <= cur.to.line) {\n ok = false;\n break;\n }\n }\n if (!ok) {\n array.splice(0, i + 1);\n i = 0;\n }\n }\n }\n\n function rebaseHist(hist, change) {\n var from = change.from.line, to = change.to.line, diff = change.text.length - (to - from) - 1;\n rebaseHistArray(hist.done, from, to, diff);\n rebaseHistArray(hist.undone, from, to, diff);\n }\n\n // EVENT UTILITIES\n\n // Due to the fact that we still support jurassic IE versions, some\n // compatibility wrappers are needed.\n\n var e_preventDefault = CodeMirror.e_preventDefault = function(e) {\n if (e.preventDefault) e.preventDefault();\n else e.returnValue = false;\n };\n var e_stopPropagation = CodeMirror.e_stopPropagation = function(e) {\n if (e.stopPropagation) e.stopPropagation();\n else e.cancelBubble = true;\n };\n function e_defaultPrevented(e) {\n return e.defaultPrevented != null ? e.defaultPrevented : e.returnValue == false;\n }\n var e_stop = CodeMirror.e_stop = function(e) {e_preventDefault(e); e_stopPropagation(e);};\n\n function e_target(e) {return e.target || e.srcElement;}\n function e_button(e) {\n var b = e.which;\n if (b == null) {\n if (e.button & 1) b = 1;\n else if (e.button & 2) b = 3;\n else if (e.button & 4) b = 2;\n }\n if (mac && e.ctrlKey && b == 1) b = 3;\n return b;\n }\n\n // EVENT HANDLING\n\n // Lightweight event framework. on/off also work on DOM nodes,\n // registering native DOM handlers.\n\n var on = CodeMirror.on = function(emitter, type, f) {\n if (emitter.addEventListener)\n emitter.addEventListener(type, f, false);\n else if (emitter.attachEvent)\n emitter.attachEvent(\"on\" + type, f);\n else {\n var map = emitter._handlers || (emitter._handlers = {});\n var arr = map[type] || (map[type] = []);\n arr.push(f);\n }\n };\n\n var off = CodeMirror.off = function(emitter, type, f) {\n if (emitter.removeEventListener)\n emitter.removeEventListener(type, f, false);\n else if (emitter.detachEvent)\n emitter.detachEvent(\"on\" + type, f);\n else {\n var arr = emitter._handlers && emitter._handlers[type];\n if (!arr) return;\n for (var i = 0; i < arr.length; ++i)\n if (arr[i] == f) { arr.splice(i, 1); break; }\n }\n };\n\n var signal = CodeMirror.signal = function(emitter, type /*, values...*/) {\n var arr = emitter._handlers && emitter._handlers[type];\n if (!arr) return;\n var args = Array.prototype.slice.call(arguments, 2);\n for (var i = 0; i < arr.length; ++i) arr[i].apply(null, args);\n };\n\n // Often, we want to signal events at a point where we are in the\n // middle of some work, but don't want the handler to start calling\n // other methods on the editor, which might be in an inconsistent\n // state or simply not expect any other events to happen.\n // signalLater looks whether there are any handlers, and schedules\n // them to be executed when the last operation ends, or, if no\n // operation is active, when a timeout fires.\n var delayedCallbacks, delayedCallbackDepth = 0;\n function signalLater(emitter, type /*, values...*/) {\n var arr = emitter._handlers && emitter._handlers[type];\n if (!arr) return;\n var args = Array.prototype.slice.call(arguments, 2);\n if (!delayedCallbacks) {\n ++delayedCallbackDepth;\n delayedCallbacks = [];\n setTimeout(fireDelayed, 0);\n }\n function bnd(f) {return function(){f.apply(null, args);};};\n for (var i = 0; i < arr.length; ++i)\n delayedCallbacks.push(bnd(arr[i]));\n }\n\n function fireDelayed() {\n --delayedCallbackDepth;\n var delayed = delayedCallbacks;\n delayedCallbacks = null;\n for (var i = 0; i < delayed.length; ++i) delayed[i]();\n }\n\n // The DOM events that CodeMirror handles can be overridden by\n // registering a (non-DOM) handler on the editor for the event name,\n // and preventDefault-ing the event in that handler.\n function signalDOMEvent(cm, e, override) {\n signal(cm, override || e.type, cm, e);\n return e_defaultPrevented(e) || e.codemirrorIgnore;\n }\n\n function signalCursorActivity(cm) {\n var arr = cm._handlers && cm._handlers.cursorActivity;\n if (!arr) return;\n var set = cm.curOp.cursorActivityHandlers || (cm.curOp.cursorActivityHandlers = []);\n for (var i = 0; i < arr.length; ++i) if (indexOf(set, arr[i]) == -1)\n set.push(arr[i]);\n }\n\n function hasHandler(emitter, type) {\n var arr = emitter._handlers && emitter._handlers[type];\n return arr && arr.length > 0;\n }\n\n // Add on and off methods to a constructor's prototype, to make\n // registering events on such objects more convenient.\n function eventMixin(ctor) {\n ctor.prototype.on = function(type, f) {on(this, type, f);};\n ctor.prototype.off = function(type, f) {off(this, type, f);};\n }\n\n // MISC UTILITIES\n\n // Number of pixels added to scroller and sizer to hide scrollbar\n var scrollerCutOff = 30;\n\n // Returned or thrown by various protocols to signal 'I'm not\n // handling this'.\n var Pass = CodeMirror.Pass = {toString: function(){return \"CodeMirror.Pass\";}};\n\n // Reused option objects for setSelection & friends\n var sel_dontScroll = {scroll: false}, sel_mouse = {origin: \"*mouse\"}, sel_move = {origin: \"+move\"};\n\n function Delayed() {this.id = null;}\n Delayed.prototype.set = function(ms, f) {\n clearTimeout(this.id);\n this.id = setTimeout(f, ms);\n };\n\n // Counts the column offset in a string, taking tabs into account.\n // Used mostly to find indentation.\n var countColumn = CodeMirror.countColumn = function(string, end, tabSize, startIndex, startValue) {\n if (end == null) {\n end = string.search(/[^\\s\\u00a0]/);\n if (end == -1) end = string.length;\n }\n for (var i = startIndex || 0, n = startValue || 0;;) {\n var nextTab = string.indexOf(\"\\t\", i);\n if (nextTab < 0 || nextTab >= end)\n return n + (end - i);\n n += nextTab - i;\n n += tabSize - (n % tabSize);\n i = nextTab + 1;\n }\n };\n\n // The inverse of countColumn -- find the offset that corresponds to\n // a particular column.\n function findColumn(string, goal, tabSize) {\n for (var pos = 0, col = 0;;) {\n var nextTab = string.indexOf(\"\\t\", pos);\n if (nextTab == -1) nextTab = string.length;\n var skipped = nextTab - pos;\n if (nextTab == string.length || col + skipped >= goal)\n return pos + Math.min(skipped, goal - col);\n col += nextTab - pos;\n col += tabSize - (col % tabSize);\n pos = nextTab + 1;\n if (col >= goal) return pos;\n }\n }\n\n var spaceStrs = [\"\"];\n function spaceStr(n) {\n while (spaceStrs.length <= n)\n spaceStrs.push(lst(spaceStrs) + \" \");\n return spaceStrs[n];\n }\n\n function lst(arr) { return arr[arr.length-1]; }\n\n var selectInput = function(node) { node.select(); };\n if (ios) // Mobile Safari apparently has a bug where select() is broken.\n selectInput = function(node) { node.selectionStart = 0; node.selectionEnd = node.value.length; };\n else if (ie) // Suppress mysterious IE10 errors\n selectInput = function(node) { try { node.select(); } catch(_e) {} };\n\n function indexOf(array, elt) {\n for (var i = 0; i < array.length; ++i)\n if (array[i] == elt) return i;\n return -1;\n }\n if ([].indexOf) indexOf = function(array, elt) { return array.indexOf(elt); };\n function map(array, f) {\n var out = [];\n for (var i = 0; i < array.length; i++) out[i] = f(array[i], i);\n return out;\n }\n if ([].map) map = function(array, f) { return array.map(f); };\n\n function createObj(base, props) {\n var inst;\n if (Object.create) {\n inst = Object.create(base);\n } else {\n var ctor = function() {};\n ctor.prototype = base;\n inst = new ctor();\n }\n if (props) copyObj(props, inst);\n return inst;\n };\n\n function copyObj(obj, target, overwrite) {\n if (!target) target = {};\n for (var prop in obj)\n if (obj.hasOwnProperty(prop) && (overwrite !== false || !target.hasOwnProperty(prop)))\n target[prop] = obj[prop];\n return target;\n }\n\n function bind(f) {\n var args = Array.prototype.slice.call(arguments, 1);\n return function(){return f.apply(null, args);};\n }\n\n var nonASCIISingleCaseWordChar = /[\\u00df\\u3040-\\u309f\\u30a0-\\u30ff\\u3400-\\u4db5\\u4e00-\\u9fcc\\uac00-\\ud7af]/;\n var isWordCharBasic = CodeMirror.isWordChar = function(ch) {\n return /\\w/.test(ch) || ch > \"\\x80\" &&\n (ch.toUpperCase() != ch.toLowerCase() || nonASCIISingleCaseWordChar.test(ch));\n };\n function isWordChar(ch, helper) {\n if (!helper) return isWordCharBasic(ch);\n if (helper.source.indexOf(\"\\\\w\") > -1 && isWordCharBasic(ch)) return true;\n return helper.test(ch);\n }\n\n function isEmpty(obj) {\n for (var n in obj) if (obj.hasOwnProperty(n) && obj[n]) return false;\n return true;\n }\n\n // Extending unicode characters. A series of a non-extending char +\n // any number of extending chars is treated as a single unit as far\n // as editing and measuring is concerned. This is not fully correct,\n // since some scripts/fonts/browsers also treat other configurations\n // of code points as a group.\n var extendingChars = /[\\u0300-\\u036f\\u0483-\\u0489\\u0591-\\u05bd\\u05bf\\u05c1\\u05c2\\u05c4\\u05c5\\u05c7\\u0610-\\u061a\\u064b-\\u065e\\u0670\\u06d6-\\u06dc\\u06de-\\u06e4\\u06e7\\u06e8\\u06ea-\\u06ed\\u0711\\u0730-\\u074a\\u07a6-\\u07b0\\u07eb-\\u07f3\\u0816-\\u0819\\u081b-\\u0823\\u0825-\\u0827\\u0829-\\u082d\\u0900-\\u0902\\u093c\\u0941-\\u0948\\u094d\\u0951-\\u0955\\u0962\\u0963\\u0981\\u09bc\\u09be\\u09c1-\\u09c4\\u09cd\\u09d7\\u09e2\\u09e3\\u0a01\\u0a02\\u0a3c\\u0a41\\u0a42\\u0a47\\u0a48\\u0a4b-\\u0a4d\\u0a51\\u0a70\\u0a71\\u0a75\\u0a81\\u0a82\\u0abc\\u0ac1-\\u0ac5\\u0ac7\\u0ac8\\u0acd\\u0ae2\\u0ae3\\u0b01\\u0b3c\\u0b3e\\u0b3f\\u0b41-\\u0b44\\u0b4d\\u0b56\\u0b57\\u0b62\\u0b63\\u0b82\\u0bbe\\u0bc0\\u0bcd\\u0bd7\\u0c3e-\\u0c40\\u0c46-\\u0c48\\u0c4a-\\u0c4d\\u0c55\\u0c56\\u0c62\\u0c63\\u0cbc\\u0cbf\\u0cc2\\u0cc6\\u0ccc\\u0ccd\\u0cd5\\u0cd6\\u0ce2\\u0ce3\\u0d3e\\u0d41-\\u0d44\\u0d4d\\u0d57\\u0d62\\u0d63\\u0dca\\u0dcf\\u0dd2-\\u0dd4\\u0dd6\\u0ddf\\u0e31\\u0e34-\\u0e3a\\u0e47-\\u0e4e\\u0eb1\\u0eb4-\\u0eb9\\u0ebb\\u0ebc\\u0ec8-\\u0ecd\\u0f18\\u0f19\\u0f35\\u0f37\\u0f39\\u0f71-\\u0f7e\\u0f80-\\u0f84\\u0f86\\u0f87\\u0f90-\\u0f97\\u0f99-\\u0fbc\\u0fc6\\u102d-\\u1030\\u1032-\\u1037\\u1039\\u103a\\u103d\\u103e\\u1058\\u1059\\u105e-\\u1060\\u1071-\\u1074\\u1082\\u1085\\u1086\\u108d\\u109d\\u135f\\u1712-\\u1714\\u1732-\\u1734\\u1752\\u1753\\u1772\\u1773\\u17b7-\\u17bd\\u17c6\\u17c9-\\u17d3\\u17dd\\u180b-\\u180d\\u18a9\\u1920-\\u1922\\u1927\\u1928\\u1932\\u1939-\\u193b\\u1a17\\u1a18\\u1a56\\u1a58-\\u1a5e\\u1a60\\u1a62\\u1a65-\\u1a6c\\u1a73-\\u1a7c\\u1a7f\\u1b00-\\u1b03\\u1b34\\u1b36-\\u1b3a\\u1b3c\\u1b42\\u1b6b-\\u1b73\\u1b80\\u1b81\\u1ba2-\\u1ba5\\u1ba8\\u1ba9\\u1c2c-\\u1c33\\u1c36\\u1c37\\u1cd0-\\u1cd2\\u1cd4-\\u1ce0\\u1ce2-\\u1ce8\\u1ced\\u1dc0-\\u1de6\\u1dfd-\\u1dff\\u200c\\u200d\\u20d0-\\u20f0\\u2cef-\\u2cf1\\u2de0-\\u2dff\\u302a-\\u302f\\u3099\\u309a\\ua66f-\\ua672\\ua67c\\ua67d\\ua6f0\\ua6f1\\ua802\\ua806\\ua80b\\ua825\\ua826\\ua8c4\\ua8e0-\\ua8f1\\ua926-\\ua92d\\ua947-\\ua951\\ua980-\\ua982\\ua9b3\\ua9b6-\\ua9b9\\ua9bc\\uaa29-\\uaa2e\\uaa31\\uaa32\\uaa35\\uaa36\\uaa43\\uaa4c\\uaab0\\uaab2-\\uaab4\\uaab7\\uaab8\\uaabe\\uaabf\\uaac1\\uabe5\\uabe8\\uabed\\udc00-\\udfff\\ufb1e\\ufe00-\\ufe0f\\ufe20-\\ufe26\\uff9e\\uff9f]/;\n function isExtendingChar(ch) { return ch.charCodeAt(0) >= 768 && extendingChars.test(ch); }\n\n // DOM UTILITIES\n\n function elt(tag, content, className, style) {\n var e = document.createElement(tag);\n if (className) e.className = className;\n if (style) e.style.cssText = style;\n if (typeof content == \"string\") e.appendChild(document.createTextNode(content));\n else if (content) for (var i = 0; i < content.length; ++i) e.appendChild(content[i]);\n return e;\n }\n\n var range;\n if (document.createRange) range = function(node, start, end) {\n var r = document.createRange();\n r.setEnd(node, end);\n r.setStart(node, start);\n return r;\n };\n else range = function(node, start, end) {\n var r = document.body.createTextRange();\n r.moveToElementText(node.parentNode);\n r.collapse(true);\n r.moveEnd(\"character\", end);\n r.moveStart(\"character\", start);\n return r;\n };\n\n function removeChildren(e) {\n for (var count = e.childNodes.length; count > 0; --count)\n e.removeChild(e.firstChild);\n return e;\n }\n\n function removeChildrenAndAdd(parent, e) {\n return removeChildren(parent).appendChild(e);\n }\n\n function contains(parent, child) {\n if (parent.contains)\n return parent.contains(child);\n while (child = child.parentNode)\n if (child == parent) return true;\n }\n\n function activeElt() { return document.activeElement; }\n // Older versions of IE throws unspecified error when touching\n // document.activeElement in some cases (during loading, in iframe)\n if (ie_upto10) activeElt = function() {\n try { return document.activeElement; }\n catch(e) { return document.body; }\n };\n\n function classTest(cls) { return new RegExp(\"\\\\b\" + cls + \"\\\\b\\\\s*\"); }\n function rmClass(node, cls) {\n var test = classTest(cls);\n if (test.test(node.className)) node.className = node.className.replace(test, \"\");\n }\n function addClass(node, cls) {\n if (!classTest(cls).test(node.className)) node.className += \" \" + cls;\n }\n function joinClasses(a, b) {\n var as = a.split(\" \");\n for (var i = 0; i < as.length; i++)\n if (as[i] && !classTest(as[i]).test(b)) b += \" \" + as[i];\n return b;\n }\n\n // WINDOW-WIDE EVENTS\n\n // These must be handled carefully, because naively registering a\n // handler for each editor will cause the editors to never be\n // garbage collected.\n\n function forEachCodeMirror(f) {\n if (!document.body.getElementsByClassName) return;\n var byClass = document.body.getElementsByClassName(\"CodeMirror\");\n for (var i = 0; i < byClass.length; i++) {\n var cm = byClass[i].CodeMirror;\n if (cm) f(cm);\n }\n }\n\n var globalsRegistered = false;\n function ensureGlobalHandlers() {\n if (globalsRegistered) return;\n registerGlobalHandlers();\n globalsRegistered = true;\n }\n function registerGlobalHandlers() {\n // When the window resizes, we need to refresh active editors.\n var resizeTimer;\n on(window, \"resize\", function() {\n if (resizeTimer == null) resizeTimer = setTimeout(function() {\n resizeTimer = null;\n knownScrollbarWidth = null;\n forEachCodeMirror(onResize);\n }, 100);\n });\n // When the window loses focus, we want to show the editor as blurred\n on(window, \"blur\", function() {\n forEachCodeMirror(onBlur);\n });\n }\n\n // FEATURE DETECTION\n\n // Detect drag-and-drop\n var dragAndDrop = function() {\n // There is *some* kind of drag-and-drop support in IE6-8, but I\n // couldn't get it to work yet.\n if (ie_upto8) return false;\n var div = elt('div');\n return \"draggable\" in div || \"dragDrop\" in div;\n }();\n\n var knownScrollbarWidth;\n function scrollbarWidth(measure) {\n if (knownScrollbarWidth != null) return knownScrollbarWidth;\n var test = elt(\"div\", null, null, \"width: 50px; height: 50px; overflow-x: scroll\");\n removeChildrenAndAdd(measure, test);\n if (test.offsetWidth)\n knownScrollbarWidth = test.offsetHeight - test.clientHeight;\n return knownScrollbarWidth || 0;\n }\n\n var zwspSupported;\n function zeroWidthElement(measure) {\n if (zwspSupported == null) {\n var test = elt(\"span\", \"\\u200b\");\n removeChildrenAndAdd(measure, elt(\"span\", [test, document.createTextNode(\"x\")]));\n if (measure.firstChild.offsetHeight != 0)\n zwspSupported = test.offsetWidth <= 1 && test.offsetHeight > 2 && !ie_upto7;\n }\n if (zwspSupported) return elt(\"span\", \"\\u200b\");\n else return elt(\"span\", \"\\u00a0\", null, \"display: inline-block; width: 1px; margin-right: -1px\");\n }\n\n // Feature-detect IE's crummy client rect reporting for bidi text\n var badBidiRects;\n function hasBadBidiRects(measure) {\n if (badBidiRects != null) return badBidiRects;\n var txt = removeChildrenAndAdd(measure, document.createTextNode(\"A\\u062eA\"));\n var r0 = range(txt, 0, 1).getBoundingClientRect();\n if (r0.left == r0.right) return false;\n var r1 = range(txt, 1, 2).getBoundingClientRect();\n return badBidiRects = (r1.right - r0.right < 3);\n }\n\n // See if \"\".split is the broken IE version, if so, provide an\n // alternative way to split lines.\n var splitLines = CodeMirror.splitLines = \"\\n\\nb\".split(/\\n/).length != 3 ? function(string) {\n var pos = 0, result = [], l = string.length;\n while (pos <= l) {\n var nl = string.indexOf(\"\\n\", pos);\n if (nl == -1) nl = string.length;\n var line = string.slice(pos, string.charAt(nl - 1) == \"\\r\" ? nl - 1 : nl);\n var rt = line.indexOf(\"\\r\");\n if (rt != -1) {\n result.push(line.slice(0, rt));\n pos += rt + 1;\n } else {\n result.push(line);\n pos = nl + 1;\n }\n }\n return result;\n } : function(string){return string.split(/\\r\\n?|\\n/);};\n\n var hasSelection = window.getSelection ? function(te) {\n try { return te.selectionStart != te.selectionEnd; }\n catch(e) { return false; }\n } : function(te) {\n try {var range = te.ownerDocument.selection.createRange();}\n catch(e) {}\n if (!range || range.parentElement() != te) return false;\n return range.compareEndPoints(\"StartToEnd\", range) != 0;\n };\n\n var hasCopyEvent = (function() {\n var e = elt(\"div\");\n if (\"oncopy\" in e) return true;\n e.setAttribute(\"oncopy\", \"return;\");\n return typeof e.oncopy == \"function\";\n })();\n\n // KEY NAMES\n\n var keyNames = {3: \"Enter\", 8: \"Backspace\", 9: \"Tab\", 13: \"Enter\", 16: \"Shift\", 17: \"Ctrl\", 18: \"Alt\",\n 19: \"Pause\", 20: \"CapsLock\", 27: \"Esc\", 32: \"Space\", 33: \"PageUp\", 34: \"PageDown\", 35: \"End\",\n 36: \"Home\", 37: \"Left\", 38: \"Up\", 39: \"Right\", 40: \"Down\", 44: \"PrintScrn\", 45: \"Insert\",\n 46: \"Delete\", 59: \";\", 61: \"=\", 91: \"Mod\", 92: \"Mod\", 93: \"Mod\", 107: \"=\", 109: \"-\", 127: \"Delete\",\n 173: \"-\", 186: \";\", 187: \"=\", 188: \",\", 189: \"-\", 190: \".\", 191: \"/\", 192: \"`\", 219: \"[\", 220: \"\\\\\",\n 221: \"]\", 222: \"'\", 63232: \"Up\", 63233: \"Down\", 63234: \"Left\", 63235: \"Right\", 63272: \"Delete\",\n 63273: \"Home\", 63275: \"End\", 63276: \"PageUp\", 63277: \"PageDown\", 63302: \"Insert\"};\n CodeMirror.keyNames = keyNames;\n (function() {\n // Number keys\n for (var i = 0; i < 10; i++) keyNames[i + 48] = keyNames[i + 96] = String(i);\n // Alphabetic keys\n for (var i = 65; i <= 90; i++) keyNames[i] = String.fromCharCode(i);\n // Function keys\n for (var i = 1; i <= 12; i++) keyNames[i + 111] = keyNames[i + 63235] = \"F\" + i;\n })();\n\n // BIDI HELPERS\n\n function iterateBidiSections(order, from, to, f) {\n if (!order) return f(from, to, \"ltr\");\n var found = false;\n for (var i = 0; i < order.length; ++i) {\n var part = order[i];\n if (part.from < to && part.to > from || from == to && part.to == from) {\n f(Math.max(part.from, from), Math.min(part.to, to), part.level == 1 ? \"rtl\" : \"ltr\");\n found = true;\n }\n }\n if (!found) f(from, to, \"ltr\");\n }\n\n function bidiLeft(part) { return part.level % 2 ? part.to : part.from; }\n function bidiRight(part) { return part.level % 2 ? part.from : part.to; }\n\n function lineLeft(line) { var order = getOrder(line); return order ? bidiLeft(order[0]) : 0; }\n function lineRight(line) {\n var order = getOrder(line);\n if (!order) return line.text.length;\n return bidiRight(lst(order));\n }\n\n function lineStart(cm, lineN) {\n var line = getLine(cm.doc, lineN);\n var visual = visualLine(line);\n if (visual != line) lineN = lineNo(visual);\n var order = getOrder(visual);\n var ch = !order ? 0 : order[0].level % 2 ? lineRight(visual) : lineLeft(visual);\n return Pos(lineN, ch);\n }\n function lineEnd(cm, lineN) {\n var merged, line = getLine(cm.doc, lineN);\n while (merged = collapsedSpanAtEnd(line)) {\n line = merged.find(1, true).line;\n lineN = null;\n }\n var order = getOrder(line);\n var ch = !order ? line.text.length : order[0].level % 2 ? lineLeft(line) : lineRight(line);\n return Pos(lineN == null ? lineNo(line) : lineN, ch);\n }\n\n function compareBidiLevel(order, a, b) {\n var linedir = order[0].level;\n if (a == linedir) return true;\n if (b == linedir) return false;\n return a < b;\n }\n var bidiOther;\n function getBidiPartAt(order, pos) {\n bidiOther = null;\n for (var i = 0, found; i < order.length; ++i) {\n var cur = order[i];\n if (cur.from < pos && cur.to > pos) return i;\n if ((cur.from == pos || cur.to == pos)) {\n if (found == null) {\n found = i;\n } else if (compareBidiLevel(order, cur.level, order[found].level)) {\n if (cur.from != cur.to) bidiOther = found;\n return i;\n } else {\n if (cur.from != cur.to) bidiOther = i;\n return found;\n }\n }\n }\n return found;\n }\n\n function moveInLine(line, pos, dir, byUnit) {\n if (!byUnit) return pos + dir;\n do pos += dir;\n while (pos > 0 && isExtendingChar(line.text.charAt(pos)));\n return pos;\n }\n\n // This is needed in order to move 'visually' through bi-directional\n // text -- i.e., pressing left should make the cursor go left, even\n // when in RTL text. The tricky part is the 'jumps', where RTL and\n // LTR text touch each other. This often requires the cursor offset\n // to move more than one unit, in order to visually move one unit.\n function moveVisually(line, start, dir, byUnit) {\n var bidi = getOrder(line);\n if (!bidi) return moveLogically(line, start, dir, byUnit);\n var pos = getBidiPartAt(bidi, start), part = bidi[pos];\n var target = moveInLine(line, start, part.level % 2 ? -dir : dir, byUnit);\n\n for (;;) {\n if (target > part.from && target < part.to) return target;\n if (target == part.from || target == part.to) {\n if (getBidiPartAt(bidi, target) == pos) return target;\n part = bidi[pos += dir];\n return (dir > 0) == part.level % 2 ? part.to : part.from;\n } else {\n part = bidi[pos += dir];\n if (!part) return null;\n if ((dir > 0) == part.level % 2)\n target = moveInLine(line, part.to, -1, byUnit);\n else\n target = moveInLine(line, part.from, 1, byUnit);\n }\n }\n }\n\n function moveLogically(line, start, dir, byUnit) {\n var target = start + dir;\n if (byUnit) while (target > 0 && isExtendingChar(line.text.charAt(target))) target += dir;\n return target < 0 || target > line.text.length ? null : target;\n }\n\n // Bidirectional ordering algorithm\n // See http://unicode.org/reports/tr9/tr9-13.html for the algorithm\n // that this (partially) implements.\n\n // One-char codes used for character types:\n // L (L): Left-to-Right\n // R (R): Right-to-Left\n // r (AL): Right-to-Left Arabic\n // 1 (EN): European Number\n // + (ES): European Number Separator\n // % (ET): European Number Terminator\n // n (AN): Arabic Number\n // , (CS): Common Number Separator\n // m (NSM): Non-Spacing Mark\n // b (BN): Boundary Neutral\n // s (B): Paragraph Separator\n // t (S): Segment Separator\n // w (WS): Whitespace\n // N (ON): Other Neutrals\n\n // Returns null if characters are ordered as they appear\n // (left-to-right), or an array of sections ({from, to, level}\n // objects) in the order in which they occur visually.\n var bidiOrdering = (function() {\n // Character types for codepoints 0 to 0xff\n var lowTypes = \"bbbbbbbbbtstwsbbbbbbbbbbbbbbssstwNN%%%NNNNNN,N,N1111111111NNNNNNNLLLLLLLLLLLLLLLLLLLLLLLLLLNNNNNNLLLLLLLLLLLLLLLLLLLLLLLLLLNNNNbbbbbbsbbbbbbbbbbbbbbbbbbbbbbbbbb,N%%%%NNNNLNNNNN%%11NLNNN1LNNNNNLLLLLLLLLLLLLLLLLLLLLLLNLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLN\";\n // Character types for codepoints 0x600 to 0x6ff\n var arabicTypes = \"rrrrrrrrrrrr,rNNmmmmmmrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrmmmmmmmmmmmmmmrrrrrrrnnnnnnnnnn%nnrrrmrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrmmmmmmmmmmmmmmmmmmmNmmmm\";\n function charType(code) {\n if (code <= 0xf7) return lowTypes.charAt(code);\n else if (0x590 <= code && code <= 0x5f4) return \"R\";\n else if (0x600 <= code && code <= 0x6ed) return arabicTypes.charAt(code - 0x600);\n else if (0x6ee <= code && code <= 0x8ac) return \"r\";\n else if (0x2000 <= code && code <= 0x200b) return \"w\";\n else if (code == 0x200c) return \"b\";\n else return \"L\";\n }\n\n var bidiRE = /[\\u0590-\\u05f4\\u0600-\\u06ff\\u0700-\\u08ac]/;\n var isNeutral = /[stwN]/, isStrong = /[LRr]/, countsAsLeft = /[Lb1n]/, countsAsNum = /[1n]/;\n // Browsers seem to always treat the boundaries of block elements as being L.\n var outerType = \"L\";\n\n function BidiSpan(level, from, to) {\n this.level = level;\n this.from = from; this.to = to;\n }\n\n return function(str) {\n if (!bidiRE.test(str)) return false;\n var len = str.length, types = [];\n for (var i = 0, type; i < len; ++i)\n types.push(type = charType(str.charCodeAt(i)));\n\n // W1. Examine each non-spacing mark (NSM) in the level run, and\n // change the type of the NSM to the type of the previous\n // character. If the NSM is at the start of the level run, it will\n // get the type of sor.\n for (var i = 0, prev = outerType; i < len; ++i) {\n var type = types[i];\n if (type == \"m\") types[i] = prev;\n else prev = type;\n }\n\n // W2. Search backwards from each instance of a European number\n // until the first strong type (R, L, AL, or sor) is found. If an\n // AL is found, change the type of the European number to Arabic\n // number.\n // W3. Change all ALs to R.\n for (var i = 0, cur = outerType; i < len; ++i) {\n var type = types[i];\n if (type == \"1\" && cur == \"r\") types[i] = \"n\";\n else if (isStrong.test(type)) { cur = type; if (type == \"r\") types[i] = \"R\"; }\n }\n\n // W4. A single European separator between two European numbers\n // changes to a European number. A single common separator between\n // two numbers of the same type changes to that type.\n for (var i = 1, prev = types[0]; i < len - 1; ++i) {\n var type = types[i];\n if (type == \"+\" && prev == \"1\" && types[i+1] == \"1\") types[i] = \"1\";\n else if (type == \",\" && prev == types[i+1] &&\n (prev == \"1\" || prev == \"n\")) types[i] = prev;\n prev = type;\n }\n\n // W5. A sequence of European terminators adjacent to European\n // numbers changes to all European numbers.\n // W6. Otherwise, separators and terminators change to Other\n // Neutral.\n for (var i = 0; i < len; ++i) {\n var type = types[i];\n if (type == \",\") types[i] = \"N\";\n else if (type == \"%\") {\n for (var end = i + 1; end < len && types[end] == \"%\"; ++end) {}\n var replace = (i && types[i-1] == \"!\") || (end < len && types[end] == \"1\") ? \"1\" : \"N\";\n for (var j = i; j < end; ++j) types[j] = replace;\n i = end - 1;\n }\n }\n\n // W7. Search backwards from each instance of a European number\n // until the first strong type (R, L, or sor) is found. If an L is\n // found, then change the type of the European number to L.\n for (var i = 0, cur = outerType; i < len; ++i) {\n var type = types[i];\n if (cur == \"L\" && type == \"1\") types[i] = \"L\";\n else if (isStrong.test(type)) cur = type;\n }\n\n // N1. A sequence of neutrals takes the direction of the\n // surrounding strong text if the text on both sides has the same\n // direction. European and Arabic numbers act as if they were R in\n // terms of their influence on neutrals. Start-of-level-run (sor)\n // and end-of-level-run (eor) are used at level run boundaries.\n // N2. Any remaining neutrals take the embedding direction.\n for (var i = 0; i < len; ++i) {\n if (isNeutral.test(types[i])) {\n for (var end = i + 1; end < len && isNeutral.test(types[end]); ++end) {}\n var before = (i ? types[i-1] : outerType) == \"L\";\n var after = (end < len ? types[end] : outerType) == \"L\";\n var replace = before || after ? \"L\" : \"R\";\n for (var j = i; j < end; ++j) types[j] = replace;\n i = end - 1;\n }\n }\n\n // Here we depart from the documented algorithm, in order to avoid\n // building up an actual levels array. Since there are only three\n // levels (0, 1, 2) in an implementation that doesn't take\n // explicit embedding into account, we can build up the order on\n // the fly, without following the level-based algorithm.\n var order = [], m;\n for (var i = 0; i < len;) {\n if (countsAsLeft.test(types[i])) {\n var start = i;\n for (++i; i < len && countsAsLeft.test(types[i]); ++i) {}\n order.push(new BidiSpan(0, start, i));\n } else {\n var pos = i, at = order.length;\n for (++i; i < len && types[i] != \"L\"; ++i) {}\n for (var j = pos; j < i;) {\n if (countsAsNum.test(types[j])) {\n if (pos < j) order.splice(at, 0, new BidiSpan(1, pos, j));\n var nstart = j;\n for (++j; j < i && countsAsNum.test(types[j]); ++j) {}\n order.splice(at, 0, new BidiSpan(2, nstart, j));\n pos = j;\n } else ++j;\n }\n if (pos < i) order.splice(at, 0, new BidiSpan(1, pos, i));\n }\n }\n if (order[0].level == 1 && (m = str.match(/^\\s+/))) {\n order[0].from = m[0].length;\n order.unshift(new BidiSpan(0, 0, m[0].length));\n }\n if (lst(order).level == 1 && (m = str.match(/\\s+$/))) {\n lst(order).to -= m[0].length;\n order.push(new BidiSpan(0, len - m[0].length, len));\n }\n if (order[0].level != lst(order).level)\n order.push(new BidiSpan(order[0].level, len, len));\n\n return order;\n };\n })();\n\n // THE END\n\n CodeMirror.version = \"4.1.1\";\n\n return CodeMirror;\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/lib/codemirror.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/lib/codemirror.css": {
"text": "/* BASICS */\n\n.CodeMirror {\n /* Set height, width, borders, and global font properties here */\n font-family: monospace;\n height: 300px;\n}\n.CodeMirror-scroll {\n /* Set scrolling behaviour here */\n overflow: auto;\n}\n\n/* PADDING */\n\n.CodeMirror-lines {\n padding: 4px 0; /* Vertical padding around content */\n}\n.CodeMirror pre {\n padding: 0 4px; /* Horizontal padding of content */\n}\n\n.CodeMirror-scrollbar-filler, .CodeMirror-gutter-filler {\n background-color: white; /* The little square between H and V scrollbars */\n}\n\n/* GUTTER */\n\n.CodeMirror-gutters {\n border-right: 1px solid #ddd;\n background-color: #f7f7f7;\n white-space: nowrap;\n}\n.CodeMirror-linenumbers {}\n.CodeMirror-linenumber {\n padding: 0 3px 0 5px;\n min-width: 20px;\n text-align: right;\n color: #999;\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n}\n\n/* CURSOR */\n\n.CodeMirror div.CodeMirror-cursor {\n border-left: 1px solid black;\n}\n/* Shown when moving in bi-directional text */\n.CodeMirror div.CodeMirror-secondarycursor {\n border-left: 1px solid silver;\n}\n.CodeMirror.cm-keymap-fat-cursor div.CodeMirror-cursor {\n width: auto;\n border: 0;\n background: #7e7;\n}\n/* Can style cursor different in overwrite (non-insert) mode */\ndiv.CodeMirror-overwrite div.CodeMirror-cursor {}\n\n.cm-tab { display: inline-block; }\n\n.CodeMirror-ruler {\n border-left: 1px solid #ccc;\n position: absolute;\n}\n\n/* DEFAULT THEME */\n\n.cm-s-default .cm-keyword {color: #708;}\n.cm-s-default .cm-atom {color: #219;}\n.cm-s-default .cm-number {color: #164;}\n.cm-s-default .cm-def {color: #00f;}\n.cm-s-default .cm-variable,\n.cm-s-default .cm-punctuation,\n.cm-s-default .cm-property,\n.cm-s-default .cm-operator {}\n.cm-s-default .cm-variable-2 {color: #05a;}\n.cm-s-default .cm-variable-3 {color: #085;}\n.cm-s-default .cm-comment {color: #a50;}\n.cm-s-default .cm-string {color: #a11;}\n.cm-s-default .cm-string-2 {color: #f50;}\n.cm-s-default .cm-meta {color: #555;}\n.cm-s-default .cm-qualifier {color: #555;}\n.cm-s-default .cm-builtin {color: #30a;}\n.cm-s-default .cm-bracket {color: #997;}\n.cm-s-default .cm-tag {color: #170;}\n.cm-s-default .cm-attribute {color: #00c;}\n.cm-s-default .cm-header {color: blue;}\n.cm-s-default .cm-quote {color: #090;}\n.cm-s-default .cm-hr {color: #999;}\n.cm-s-default .cm-link {color: #00c;}\n\n.cm-negative {color: #d44;}\n.cm-positive {color: #292;}\n.cm-header, .cm-strong {font-weight: bold;}\n.cm-em {font-style: italic;}\n.cm-link {text-decoration: underline;}\n\n.cm-s-default .cm-error {color: #f00;}\n.cm-invalidchar {color: #f00;}\n\ndiv.CodeMirror span.CodeMirror-matchingbracket {color: #0f0;}\ndiv.CodeMirror span.CodeMirror-nonmatchingbracket {color: #f22;}\n.CodeMirror-activeline-background {background: #e8f2ff;}\n\n/* STOP */\n\n/* The rest of this file contains styles related to the mechanics of\n the editor. You probably shouldn't touch them. */\n\n.CodeMirror {\n line-height: 1;\n position: relative;\n overflow: hidden;\n background: white;\n color: black;\n}\n\n.CodeMirror-scroll {\n /* 30px is the magic margin used to hide the element's real scrollbars */\n /* See overflow: hidden in .CodeMirror */\n margin-bottom: -30px; margin-right: -30px;\n padding-bottom: 30px;\n height: 100%;\n outline: none; /* Prevent dragging from highlighting the element */\n position: relative;\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n}\n.CodeMirror-sizer {\n position: relative;\n border-right: 30px solid transparent;\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n}\n\n/* The fake, visible scrollbars. Used to force redraw during scrolling\n before actuall scrolling happens, thus preventing shaking and\n flickering artifacts. */\n.CodeMirror-vscrollbar, .CodeMirror-hscrollbar, .CodeMirror-scrollbar-filler, .CodeMirror-gutter-filler {\n position: absolute;\n z-index: 6;\n display: none;\n}\n.CodeMirror-vscrollbar {\n right: 0; top: 0;\n overflow-x: hidden;\n overflow-y: scroll;\n}\n.CodeMirror-hscrollbar {\n bottom: 0; left: 0;\n overflow-y: hidden;\n overflow-x: scroll;\n}\n.CodeMirror-scrollbar-filler {\n right: 0; bottom: 0;\n}\n.CodeMirror-gutter-filler {\n left: 0; bottom: 0;\n}\n\n.CodeMirror-gutters {\n position: absolute; left: 0; top: 0;\n padding-bottom: 30px;\n z-index: 3;\n}\n.CodeMirror-gutter {\n white-space: normal;\n height: 100%;\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n padding-bottom: 30px;\n margin-bottom: -32px;\n display: inline-block;\n /* Hack to make IE7 behave */\n *zoom:1;\n *display:inline;\n}\n.CodeMirror-gutter-elt {\n position: absolute;\n cursor: default;\n z-index: 4;\n}\n\n.CodeMirror-lines {\n cursor: text;\n}\n.CodeMirror pre {\n /* Reset some styles that the rest of the page might have set */\n -moz-border-radius: 0; -webkit-border-radius: 0; border-radius: 0;\n border-width: 0;\n background: transparent;\n font-family: inherit;\n font-size: inherit;\n margin: 0;\n white-space: pre;\n word-wrap: normal;\n line-height: inherit;\n color: inherit;\n z-index: 2;\n position: relative;\n overflow: visible;\n}\n.CodeMirror-wrap pre {\n word-wrap: break-word;\n white-space: pre-wrap;\n word-break: normal;\n}\n\n.CodeMirror-linebackground {\n position: absolute;\n left: 0; right: 0; top: 0; bottom: 0;\n z-index: 0;\n}\n\n.CodeMirror-linewidget {\n position: relative;\n z-index: 2;\n overflow: auto;\n}\n\n.CodeMirror-widget {}\n\n.CodeMirror-wrap .CodeMirror-scroll {\n overflow-x: hidden;\n}\n\n.CodeMirror-measure {\n position: absolute;\n width: 100%;\n height: 0;\n overflow: hidden;\n visibility: hidden;\n}\n.CodeMirror-measure pre { position: static; }\n\n.CodeMirror div.CodeMirror-cursor {\n position: absolute;\n border-right: none;\n width: 0;\n}\n\ndiv.CodeMirror-cursors {\n visibility: hidden;\n position: relative;\n z-index: 1;\n}\n.CodeMirror-focused div.CodeMirror-cursors {\n visibility: visible;\n}\n\n.CodeMirror-selected { background: #d9d9d9; }\n.CodeMirror-focused .CodeMirror-selected { background: #d7d4f0; }\n.CodeMirror-crosshair { cursor: crosshair; }\n\n.cm-searching {\n background: #ffa;\n background: rgba(255, 255, 0, .4);\n}\n\n/* IE7 hack to prevent it from returning funny offsetTops on the spans */\n.CodeMirror span { *vertical-align: text-bottom; }\n\n/* Used to force a border model for a node */\n.cm-force-border { padding-right: .1px; }\n\n@media print {\n /* Hide the cursor when printing */\n .CodeMirror div.CodeMirror-cursors {\n visibility: hidden;\n }\n}\n",
"type": "text/css",
"title": "$:/plugins/tiddlywiki/codemirror/lib/codemirror.css",
"tags": "[[$:/tags/Stylesheet]]"
},
"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.css": {
"text": ".CodeMirror-dialog {\n position: absolute;\n left: 0; right: 0;\n background: white;\n z-index: 15;\n padding: .1em .8em;\n overflow: hidden;\n color: #333;\n}\n\n.CodeMirror-dialog-top {\n border-bottom: 1px solid #eee;\n top: 0;\n}\n\n.CodeMirror-dialog-bottom {\n border-top: 1px solid #eee;\n bottom: 0;\n}\n\n.CodeMirror-dialog input {\n border: none;\n outline: none;\n background: transparent;\n width: 20em;\n color: inherit;\n font-family: monospace;\n}\n\n.CodeMirror-dialog button {\n font-size: 70%;\n}\n",
"type": "text/css",
"title": "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.css",
"tags": "[[$:/tags/Stylesheet]]"
},
"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js": {
"text": "// Open simple dialogs on top of an editor. Relies on dialog.css.\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n function dialogDiv(cm, template, bottom) {\n var wrap = cm.getWrapperElement();\n var dialog;\n dialog = wrap.appendChild(document.createElement(\"div\"));\n if (bottom) {\n dialog.className = \"CodeMirror-dialog CodeMirror-dialog-bottom\";\n } else {\n dialog.className = \"CodeMirror-dialog CodeMirror-dialog-top\";\n }\n if (typeof template == \"string\") {\n dialog.innerHTML = template;\n } else { // Assuming it's a detached DOM element.\n dialog.appendChild(template);\n }\n return dialog;\n }\n\n function closeNotification(cm, newVal) {\n if (cm.state.currentNotificationClose)\n cm.state.currentNotificationClose();\n cm.state.currentNotificationClose = newVal;\n }\n\n CodeMirror.defineExtension(\"openDialog\", function(template, callback, options) {\n closeNotification(this, null);\n var dialog = dialogDiv(this, template, options && options.bottom);\n var closed = false, me = this;\n function close() {\n if (closed) return;\n closed = true;\n dialog.parentNode.removeChild(dialog);\n }\n var inp = dialog.getElementsByTagName(\"input\")[0], button;\n if (inp) {\n if (options && options.value) inp.value = options.value;\n CodeMirror.on(inp, \"keydown\", function(e) {\n if (options && options.onKeyDown && options.onKeyDown(e, inp.value, close)) { return; }\n if (e.keyCode == 13 || e.keyCode == 27) {\n inp.blur();\n CodeMirror.e_stop(e);\n close();\n me.focus();\n if (e.keyCode == 13) callback(inp.value);\n }\n });\n if (options && options.onKeyUp) {\n CodeMirror.on(inp, \"keyup\", function(e) {options.onKeyUp(e, inp.value, close);});\n }\n if (options && options.value) inp.value = options.value;\n inp.focus();\n CodeMirror.on(inp, \"blur\", close);\n } else if (button = dialog.getElementsByTagName(\"button\")[0]) {\n CodeMirror.on(button, \"click\", function() {\n close();\n me.focus();\n });\n button.focus();\n CodeMirror.on(button, \"blur\", close);\n }\n return close;\n });\n\n CodeMirror.defineExtension(\"openConfirm\", function(template, callbacks, options) {\n closeNotification(this, null);\n var dialog = dialogDiv(this, template, options && options.bottom);\n var buttons = dialog.getElementsByTagName(\"button\");\n var closed = false, me = this, blurring = 1;\n function close() {\n if (closed) return;\n closed = true;\n dialog.parentNode.removeChild(dialog);\n me.focus();\n }\n buttons[0].focus();\n for (var i = 0; i < buttons.length; ++i) {\n var b = buttons[i];\n (function(callback) {\n CodeMirror.on(b, \"click\", function(e) {\n CodeMirror.e_preventDefault(e);\n close();\n if (callback) callback(me);\n });\n })(callbacks[i]);\n CodeMirror.on(b, \"blur\", function() {\n --blurring;\n setTimeout(function() { if (blurring <= 0) close(); }, 200);\n });\n CodeMirror.on(b, \"focus\", function() { ++blurring; });\n }\n });\n\n /*\n * openNotification\n * Opens a notification, that can be closed with an optional timer\n * (default 5000ms timer) and always closes on click.\n *\n * If a notification is opened while another is opened, it will close the\n * currently opened one and open the new one immediately.\n */\n CodeMirror.defineExtension(\"openNotification\", function(template, options) {\n closeNotification(this, close);\n var dialog = dialogDiv(this, template, options && options.bottom);\n var duration = options && (options.duration === undefined ? 5000 : options.duration);\n var closed = false, doneTimer;\n\n function close() {\n if (closed) return;\n closed = true;\n clearTimeout(doneTimer);\n dialog.parentNode.removeChild(dialog);\n }\n\n CodeMirror.on(dialog, 'click', function(e) {\n CodeMirror.e_preventDefault(e);\n close();\n });\n if (duration)\n doneTimer = setTimeout(close, options.duration);\n });\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js": {
"text": "(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n var ie_lt8 = /MSIE \\d/.test(navigator.userAgent) &&\n (document.documentMode == null || document.documentMode < 8);\n\n var Pos = CodeMirror.Pos;\n\n var matching = {\"(\": \")>\", \")\": \"(<\", \"[\": \"]>\", \"]\": \"[<\", \"{\": \"}>\", \"}\": \"{<\"};\n\n function findMatchingBracket(cm, where, strict, config) {\n var line = cm.getLineHandle(where.line), pos = where.ch - 1;\n var match = (pos >= 0 && matching[line.text.charAt(pos)]) || matching[line.text.charAt(++pos)];\n if (!match) return null;\n var dir = match.charAt(1) == \">\" ? 1 : -1;\n if (strict && (dir > 0) != (pos == where.ch)) return null;\n var style = cm.getTokenTypeAt(Pos(where.line, pos + 1));\n\n var found = scanForBracket(cm, Pos(where.line, pos + (dir > 0 ? 1 : 0)), dir, style || null, config);\n if (found == null) return null;\n return {from: Pos(where.line, pos), to: found && found.pos,\n match: found && found.ch == match.charAt(0), forward: dir > 0};\n }\n\n // bracketRegex is used to specify which type of bracket to scan\n // should be a regexp, e.g. /[[\\]]/\n //\n // Note: If \"where\" is on an open bracket, then this bracket is ignored.\n //\n // Returns false when no bracket was found, null when it reached\n // maxScanLines and gave up\n function scanForBracket(cm, where, dir, style, config) {\n var maxScanLen = (config && config.maxScanLineLength) || 10000;\n var maxScanLines = (config && config.maxScanLines) || 1000;\n\n var stack = [];\n var re = config && config.bracketRegex ? config.bracketRegex : /[(){}[\\]]/;\n var lineEnd = dir > 0 ? Math.min(where.line + maxScanLines, cm.lastLine() + 1)\n : Math.max(cm.firstLine() - 1, where.line - maxScanLines);\n for (var lineNo = where.line; lineNo != lineEnd; lineNo += dir) {\n var line = cm.getLine(lineNo);\n if (!line) continue;\n var pos = dir > 0 ? 0 : line.length - 1, end = dir > 0 ? line.length : -1;\n if (line.length > maxScanLen) continue;\n if (lineNo == where.line) pos = where.ch - (dir < 0 ? 1 : 0);\n for (; pos != end; pos += dir) {\n var ch = line.charAt(pos);\n if (re.test(ch) && (style === undefined || cm.getTokenTypeAt(Pos(lineNo, pos + 1)) == style)) {\n var match = matching[ch];\n if ((match.charAt(1) == \">\") == (dir > 0)) stack.push(ch);\n else if (!stack.length) return {pos: Pos(lineNo, pos), ch: ch};\n else stack.pop();\n }\n }\n }\n return lineNo - dir == (dir > 0 ? cm.lastLine() : cm.firstLine()) ? false : null;\n }\n\n function matchBrackets(cm, autoclear, config) {\n // Disable brace matching in long lines, since it'll cause hugely slow updates\n var maxHighlightLen = cm.state.matchBrackets.maxHighlightLineLength || 1000;\n var marks = [], ranges = cm.listSelections();\n for (var i = 0; i < ranges.length; i++) {\n var match = ranges[i].empty() && findMatchingBracket(cm, ranges[i].head, false, config);\n if (match && cm.getLine(match.from.line).length <= maxHighlightLen) {\n var style = match.match ? \"CodeMirror-matchingbracket\" : \"CodeMirror-nonmatchingbracket\";\n marks.push(cm.markText(match.from, Pos(match.from.line, match.from.ch + 1), {className: style}));\n if (match.to && cm.getLine(match.to.line).length <= maxHighlightLen)\n marks.push(cm.markText(match.to, Pos(match.to.line, match.to.ch + 1), {className: style}));\n }\n }\n\n if (marks.length) {\n // Kludge to work around the IE bug from issue #1193, where text\n // input stops going to the textare whever this fires.\n if (ie_lt8 && cm.state.focused) cm.display.input.focus();\n\n var clear = function() {\n cm.operation(function() {\n for (var i = 0; i < marks.length; i++) marks[i].clear();\n });\n };\n if (autoclear) setTimeout(clear, 800);\n else return clear;\n }\n }\n\n var currentlyHighlighted = null;\n function doMatchBrackets(cm) {\n cm.operation(function() {\n if (currentlyHighlighted) {currentlyHighlighted(); currentlyHighlighted = null;}\n currentlyHighlighted = matchBrackets(cm, false, cm.state.matchBrackets);\n });\n }\n\n CodeMirror.defineOption(\"matchBrackets\", false, function(cm, val, old) {\n if (old && old != CodeMirror.Init)\n cm.off(\"cursorActivity\", doMatchBrackets);\n if (val) {\n cm.state.matchBrackets = typeof val == \"object\" ? val : {};\n cm.on(\"cursorActivity\", doMatchBrackets);\n }\n });\n\n CodeMirror.defineExtension(\"matchBrackets\", function() {matchBrackets(this, true);});\n CodeMirror.defineExtension(\"findMatchingBracket\", function(pos, strict, config){\n return findMatchingBracket(this, pos, strict, config);\n });\n CodeMirror.defineExtension(\"scanForBracket\", function(pos, dir, style, config){\n return scanForBracket(this, pos, dir, style, config);\n });\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js": {
"text": "(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n var Pos = CodeMirror.Pos;\n\n function SearchCursor(doc, query, pos, caseFold) {\n this.atOccurrence = false; this.doc = doc;\n if (caseFold == null && typeof query == \"string\") caseFold = false;\n\n pos = pos ? doc.clipPos(pos) : Pos(0, 0);\n this.pos = {from: pos, to: pos};\n\n // The matches method is filled in based on the type of query.\n // It takes a position and a direction, and returns an object\n // describing the next occurrence of the query, or null if no\n // more matches were found.\n if (typeof query != \"string\") { // Regexp match\n if (!query.global) query = new RegExp(query.source, query.ignoreCase ? \"ig\" : \"g\");\n this.matches = function(reverse, pos) {\n if (reverse) {\n query.lastIndex = 0;\n var line = doc.getLine(pos.line).slice(0, pos.ch), cutOff = 0, match, start;\n for (;;) {\n query.lastIndex = cutOff;\n var newMatch = query.exec(line);\n if (!newMatch) break;\n match = newMatch;\n start = match.index;\n cutOff = match.index + (match[0].length || 1);\n if (cutOff == line.length) break;\n }\n var matchLen = (match && match[0].length) || 0;\n if (!matchLen) {\n if (start == 0 && line.length == 0) {match = undefined;}\n else if (start != doc.getLine(pos.line).length) {\n matchLen++;\n }\n }\n } else {\n query.lastIndex = pos.ch;\n var line = doc.getLine(pos.line), match = query.exec(line);\n var matchLen = (match && match[0].length) || 0;\n var start = match && match.index;\n if (start + matchLen != line.length && !matchLen) matchLen = 1;\n }\n if (match && matchLen)\n return {from: Pos(pos.line, start),\n to: Pos(pos.line, start + matchLen),\n match: match};\n };\n } else { // String query\n var origQuery = query;\n if (caseFold) query = query.toLowerCase();\n var fold = caseFold ? function(str){return str.toLowerCase();} : function(str){return str;};\n var target = query.split(\"\\n\");\n // Different methods for single-line and multi-line queries\n if (target.length == 1) {\n if (!query.length) {\n // Empty string would match anything and never progress, so\n // we define it to match nothing instead.\n this.matches = function() {};\n } else {\n this.matches = function(reverse, pos) {\n if (reverse) {\n var orig = doc.getLine(pos.line).slice(0, pos.ch), line = fold(orig);\n var match = line.lastIndexOf(query);\n if (match > -1) {\n match = adjustPos(orig, line, match);\n return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};\n }\n } else {\n var orig = doc.getLine(pos.line).slice(pos.ch), line = fold(orig);\n var match = line.indexOf(query);\n if (match > -1) {\n match = adjustPos(orig, line, match) + pos.ch;\n return {from: Pos(pos.line, match), to: Pos(pos.line, match + origQuery.length)};\n }\n }\n };\n }\n } else {\n var origTarget = origQuery.split(\"\\n\");\n this.matches = function(reverse, pos) {\n var last = target.length - 1;\n if (reverse) {\n if (pos.line - (target.length - 1) < doc.firstLine()) return;\n if (fold(doc.getLine(pos.line).slice(0, origTarget[last].length)) != target[target.length - 1]) return;\n var to = Pos(pos.line, origTarget[last].length);\n for (var ln = pos.line - 1, i = last - 1; i >= 1; --i, --ln)\n if (target[i] != fold(doc.getLine(ln))) return;\n var line = doc.getLine(ln), cut = line.length - origTarget[0].length;\n if (fold(line.slice(cut)) != target[0]) return;\n return {from: Pos(ln, cut), to: to};\n } else {\n if (pos.line + (target.length - 1) > doc.lastLine()) return;\n var line = doc.getLine(pos.line), cut = line.length - origTarget[0].length;\n if (fold(line.slice(cut)) != target[0]) return;\n var from = Pos(pos.line, cut);\n for (var ln = pos.line + 1, i = 1; i < last; ++i, ++ln)\n if (target[i] != fold(doc.getLine(ln))) return;\n if (doc.getLine(ln).slice(0, origTarget[last].length) != target[last]) return;\n return {from: from, to: Pos(ln, origTarget[last].length)};\n }\n };\n }\n }\n }\n\n SearchCursor.prototype = {\n findNext: function() {return this.find(false);},\n findPrevious: function() {return this.find(true);},\n\n find: function(reverse) {\n var self = this, pos = this.doc.clipPos(reverse ? this.pos.from : this.pos.to);\n function savePosAndFail(line) {\n var pos = Pos(line, 0);\n self.pos = {from: pos, to: pos};\n self.atOccurrence = false;\n return false;\n }\n\n for (;;) {\n if (this.pos = this.matches(reverse, pos)) {\n this.atOccurrence = true;\n return this.pos.match || true;\n }\n if (reverse) {\n if (!pos.line) return savePosAndFail(0);\n pos = Pos(pos.line-1, this.doc.getLine(pos.line-1).length);\n }\n else {\n var maxLine = this.doc.lineCount();\n if (pos.line == maxLine - 1) return savePosAndFail(maxLine);\n pos = Pos(pos.line + 1, 0);\n }\n }\n },\n\n from: function() {if (this.atOccurrence) return this.pos.from;},\n to: function() {if (this.atOccurrence) return this.pos.to;},\n\n replace: function(newText) {\n if (!this.atOccurrence) return;\n var lines = CodeMirror.splitLines(newText);\n this.doc.replaceRange(lines, this.pos.from, this.pos.to);\n this.pos.to = Pos(this.pos.from.line + lines.length - 1,\n lines[lines.length - 1].length + (lines.length == 1 ? this.pos.from.ch : 0));\n }\n };\n\n // Maps a position in a case-folded line back to a position in the original line\n // (compensating for codepoints increasing in number during folding)\n function adjustPos(orig, folded, pos) {\n if (orig.length == folded.length) return pos;\n for (var pos1 = Math.min(pos, orig.length);;) {\n var len1 = orig.slice(0, pos1).toLowerCase().length;\n if (len1 < pos) ++pos1;\n else if (len1 > pos) --pos1;\n else return pos1;\n }\n }\n\n CodeMirror.defineExtension(\"getSearchCursor\", function(query, pos, caseFold) {\n return new SearchCursor(this.doc, query, pos, caseFold);\n });\n CodeMirror.defineDocExtension(\"getSearchCursor\", function(query, pos, caseFold) {\n return new SearchCursor(this, query, pos, caseFold);\n });\n\n CodeMirror.defineExtension(\"selectMatches\", function(query, caseFold) {\n var ranges = [], next;\n var cur = this.getSearchCursor(query, this.getCursor(\"from\"), caseFold);\n while (next = cur.findNext()) {\n if (CodeMirror.cmpPos(cur.to(), this.getCursor(\"to\")) > 0) break;\n ranges.push({anchor: cur.from(), head: cur.to()});\n }\n if (ranges.length)\n this.setSelections(ranges, 0);\n });\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js": {
"text": "// TODO actually recognize syntax of TypeScript constructs\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n\"use strict\";\n\nCodeMirror.defineMode(\"javascript\", function(config, parserConfig) {\n var indentUnit = config.indentUnit;\n var statementIndent = parserConfig.statementIndent;\n var jsonldMode = parserConfig.jsonld;\n var jsonMode = parserConfig.json || jsonldMode;\n var isTS = parserConfig.typescript;\n\n // Tokenizer\n\n var keywords = function(){\n function kw(type) {return {type: type, style: \"keyword\"};}\n var A = kw(\"keyword a\"), B = kw(\"keyword b\"), C = kw(\"keyword c\");\n var operator = kw(\"operator\"), atom = {type: \"atom\", style: \"atom\"};\n\n var jsKeywords = {\n \"if\": kw(\"if\"), \"while\": A, \"with\": A, \"else\": B, \"do\": B, \"try\": B, \"finally\": B,\n \"return\": C, \"break\": C, \"continue\": C, \"new\": C, \"delete\": C, \"throw\": C, \"debugger\": C,\n \"var\": kw(\"var\"), \"const\": kw(\"var\"), \"let\": kw(\"var\"),\n \"function\": kw(\"function\"), \"catch\": kw(\"catch\"),\n \"for\": kw(\"for\"), \"switch\": kw(\"switch\"), \"case\": kw(\"case\"), \"default\": kw(\"default\"),\n \"in\": operator, \"typeof\": operator, \"instanceof\": operator,\n \"true\": atom, \"false\": atom, \"null\": atom, \"undefined\": atom, \"NaN\": atom, \"Infinity\": atom,\n \"this\": kw(\"this\"), \"module\": kw(\"module\"), \"class\": kw(\"class\"), \"super\": kw(\"atom\"),\n \"yield\": C, \"export\": kw(\"export\"), \"import\": kw(\"import\"), \"extends\": C\n };\n\n // Extend the 'normal' keywords with the TypeScript language extensions\n if (isTS) {\n var type = {type: \"variable\", style: \"variable-3\"};\n var tsKeywords = {\n // object-like things\n \"interface\": kw(\"interface\"),\n \"extends\": kw(\"extends\"),\n \"constructor\": kw(\"constructor\"),\n\n // scope modifiers\n \"public\": kw(\"public\"),\n \"private\": kw(\"private\"),\n \"protected\": kw(\"protected\"),\n \"static\": kw(\"static\"),\n\n // types\n \"string\": type, \"number\": type, \"bool\": type, \"any\": type\n };\n\n for (var attr in tsKeywords) {\n jsKeywords[attr] = tsKeywords[attr];\n }\n }\n\n return jsKeywords;\n }();\n\n var isOperatorChar = /[+\\-*&%=<>!?|~^]/;\n var isJsonldKeyword = /^@(context|id|value|language|type|container|list|set|reverse|index|base|vocab|graph)\"/;\n\n function readRegexp(stream) {\n var escaped = false, next, inSet = false;\n while ((next = stream.next()) != null) {\n if (!escaped) {\n if (next == \"/\" && !inSet) return;\n if (next == \"[\") inSet = true;\n else if (inSet && next == \"]\") inSet = false;\n }\n escaped = !escaped && next == \"\\\\\";\n }\n }\n\n // Used as scratch variables to communicate multiple values without\n // consing up tons of objects.\n var type, content;\n function ret(tp, style, cont) {\n type = tp; content = cont;\n return style;\n }\n function tokenBase(stream, state) {\n var ch = stream.next();\n if (ch == '\"' || ch == \"'\") {\n state.tokenize = tokenString(ch);\n return state.tokenize(stream, state);\n } else if (ch == \".\" && stream.match(/^\\d+(?:[eE][+\\-]?\\d+)?/)) {\n return ret(\"number\", \"number\");\n } else if (ch == \".\" && stream.match(\"..\")) {\n return ret(\"spread\", \"meta\");\n } else if (/[\\[\\]{}\\(\\),;\\:\\.]/.test(ch)) {\n return ret(ch);\n } else if (ch == \"=\" && stream.eat(\">\")) {\n return ret(\"=>\", \"operator\");\n } else if (ch == \"0\" && stream.eat(/x/i)) {\n stream.eatWhile(/[\\da-f]/i);\n return ret(\"number\", \"number\");\n } else if (/\\d/.test(ch)) {\n stream.match(/^\\d*(?:\\.\\d*)?(?:[eE][+\\-]?\\d+)?/);\n return ret(\"number\", \"number\");\n } else if (ch == \"/\") {\n if (stream.eat(\"*\")) {\n state.tokenize = tokenComment;\n return tokenComment(stream, state);\n } else if (stream.eat(\"/\")) {\n stream.skipToEnd();\n return ret(\"comment\", \"comment\");\n } else if (state.lastType == \"operator\" || state.lastType == \"keyword c\" ||\n state.lastType == \"sof\" || /^[\\[{}\\(,;:]$/.test(state.lastType)) {\n readRegexp(stream);\n stream.eatWhile(/[gimy]/); // 'y' is \"sticky\" option in Mozilla\n return ret(\"regexp\", \"string-2\");\n } else {\n stream.eatWhile(isOperatorChar);\n return ret(\"operator\", \"operator\", stream.current());\n }\n } else if (ch == \"`\") {\n state.tokenize = tokenQuasi;\n return tokenQuasi(stream, state);\n } else if (ch == \"#\") {\n stream.skipToEnd();\n return ret(\"error\", \"error\");\n } else if (isOperatorChar.test(ch)) {\n stream.eatWhile(isOperatorChar);\n return ret(\"operator\", \"operator\", stream.current());\n } else {\n stream.eatWhile(/[\\w\\$_]/);\n var word = stream.current(), known = keywords.propertyIsEnumerable(word) && keywords[word];\n return (known && state.lastType != \".\") ? ret(known.type, known.style, word) :\n ret(\"variable\", \"variable\", word);\n }\n }\n\n function tokenString(quote) {\n return function(stream, state) {\n var escaped = false, next;\n if (jsonldMode && stream.peek() == \"@\" && stream.match(isJsonldKeyword)){\n state.tokenize = tokenBase;\n return ret(\"jsonld-keyword\", \"meta\");\n }\n while ((next = stream.next()) != null) {\n if (next == quote && !escaped) break;\n escaped = !escaped && next == \"\\\\\";\n }\n if (!escaped) state.tokenize = tokenBase;\n return ret(\"string\", \"string\");\n };\n }\n\n function tokenComment(stream, state) {\n var maybeEnd = false, ch;\n while (ch = stream.next()) {\n if (ch == \"/\" && maybeEnd) {\n state.tokenize = tokenBase;\n break;\n }\n maybeEnd = (ch == \"*\");\n }\n return ret(\"comment\", \"comment\");\n }\n\n function tokenQuasi(stream, state) {\n var escaped = false, next;\n while ((next = stream.next()) != null) {\n if (!escaped && (next == \"`\" || next == \"$\" && stream.eat(\"{\"))) {\n state.tokenize = tokenBase;\n break;\n }\n escaped = !escaped && next == \"\\\\\";\n }\n return ret(\"quasi\", \"string-2\", stream.current());\n }\n\n var brackets = \"([{}])\";\n // This is a crude lookahead trick to try and notice that we're\n // parsing the argument patterns for a fat-arrow function before we\n // actually hit the arrow token. It only works if the arrow is on\n // the same line as the arguments and there's no strange noise\n // (comments) in between. Fallback is to only notice when we hit the\n // arrow, and not declare the arguments as locals for the arrow\n // body.\n function findFatArrow(stream, state) {\n if (state.fatArrowAt) state.fatArrowAt = null;\n var arrow = stream.string.indexOf(\"=>\", stream.start);\n if (arrow < 0) return;\n\n var depth = 0, sawSomething = false;\n for (var pos = arrow - 1; pos >= 0; --pos) {\n var ch = stream.string.charAt(pos);\n var bracket = brackets.indexOf(ch);\n if (bracket >= 0 && bracket < 3) {\n if (!depth) { ++pos; break; }\n if (--depth == 0) break;\n } else if (bracket >= 3 && bracket < 6) {\n ++depth;\n } else if (/[$\\w]/.test(ch)) {\n sawSomething = true;\n } else if (sawSomething && !depth) {\n ++pos;\n break;\n }\n }\n if (sawSomething && !depth) state.fatArrowAt = pos;\n }\n\n // Parser\n\n var atomicTypes = {\"atom\": true, \"number\": true, \"variable\": true, \"string\": true, \"regexp\": true, \"this\": true, \"jsonld-keyword\": true};\n\n function JSLexical(indented, column, type, align, prev, info) {\n this.indented = indented;\n this.column = column;\n this.type = type;\n this.prev = prev;\n this.info = info;\n if (align != null) this.align = align;\n }\n\n function inScope(state, varname) {\n for (var v = state.localVars; v; v = v.next)\n if (v.name == varname) return true;\n for (var cx = state.context; cx; cx = cx.prev) {\n for (var v = cx.vars; v; v = v.next)\n if (v.name == varname) return true;\n }\n }\n\n function parseJS(state, style, type, content, stream) {\n var cc = state.cc;\n // Communicate our context to the combinators.\n // (Less wasteful than consing up a hundred closures on every call.)\n cx.state = state; cx.stream = stream; cx.marked = null, cx.cc = cc;\n\n if (!state.lexical.hasOwnProperty(\"align\"))\n state.lexical.align = true;\n\n while(true) {\n var combinator = cc.length ? cc.pop() : jsonMode ? expression : statement;\n if (combinator(type, content)) {\n while(cc.length && cc[cc.length - 1].lex)\n cc.pop()();\n if (cx.marked) return cx.marked;\n if (type == \"variable\" && inScope(state, content)) return \"variable-2\";\n return style;\n }\n }\n }\n\n // Combinator utils\n\n var cx = {state: null, column: null, marked: null, cc: null};\n function pass() {\n for (var i = arguments.length - 1; i >= 0; i--) cx.cc.push(arguments[i]);\n }\n function cont() {\n pass.apply(null, arguments);\n return true;\n }\n function register(varname) {\n function inList(list) {\n for (var v = list; v; v = v.next)\n if (v.name == varname) return true;\n return false;\n }\n var state = cx.state;\n if (state.context) {\n cx.marked = \"def\";\n if (inList(state.localVars)) return;\n state.localVars = {name: varname, next: state.localVars};\n } else {\n if (inList(state.globalVars)) return;\n if (parserConfig.globalVars)\n state.globalVars = {name: varname, next: state.globalVars};\n }\n }\n\n // Combinators\n\n var defaultVars = {name: \"this\", next: {name: \"arguments\"}};\n function pushcontext() {\n cx.state.context = {prev: cx.state.context, vars: cx.state.localVars};\n cx.state.localVars = defaultVars;\n }\n function popcontext() {\n cx.state.localVars = cx.state.context.vars;\n cx.state.context = cx.state.context.prev;\n }\n function pushlex(type, info) {\n var result = function() {\n var state = cx.state, indent = state.indented;\n if (state.lexical.type == \"stat\") indent = state.lexical.indented;\n state.lexical = new JSLexical(indent, cx.stream.column(), type, null, state.lexical, info);\n };\n result.lex = true;\n return result;\n }\n function poplex() {\n var state = cx.state;\n if (state.lexical.prev) {\n if (state.lexical.type == \")\")\n state.indented = state.lexical.indented;\n state.lexical = state.lexical.prev;\n }\n }\n poplex.lex = true;\n\n function expect(wanted) {\n function exp(type) {\n if (type == wanted) return cont();\n else if (wanted == \";\") return pass();\n else return cont(exp);\n };\n return exp;\n }\n\n function statement(type, value) {\n if (type == \"var\") return cont(pushlex(\"vardef\", value.length), vardef, expect(\";\"), poplex);\n if (type == \"keyword a\") return cont(pushlex(\"form\"), expression, statement, poplex);\n if (type == \"keyword b\") return cont(pushlex(\"form\"), statement, poplex);\n if (type == \"{\") return cont(pushlex(\"}\"), block, poplex);\n if (type == \";\") return cont();\n if (type == \"if\") {\n if (cx.state.lexical.info == \"else\" && cx.state.cc[cx.state.cc.length - 1] == poplex)\n cx.state.cc.pop()();\n return cont(pushlex(\"form\"), expression, statement, poplex, maybeelse);\n }\n if (type == \"function\") return cont(functiondef);\n if (type == \"for\") return cont(pushlex(\"form\"), forspec, statement, poplex);\n if (type == \"variable\") return cont(pushlex(\"stat\"), maybelabel);\n if (type == \"switch\") return cont(pushlex(\"form\"), expression, pushlex(\"}\", \"switch\"), expect(\"{\"),\n block, poplex, poplex);\n if (type == \"case\") return cont(expression, expect(\":\"));\n if (type == \"default\") return cont(expect(\":\"));\n if (type == \"catch\") return cont(pushlex(\"form\"), pushcontext, expect(\"(\"), funarg, expect(\")\"),\n statement, poplex, popcontext);\n if (type == \"module\") return cont(pushlex(\"form\"), pushcontext, afterModule, popcontext, poplex);\n if (type == \"class\") return cont(pushlex(\"form\"), className, objlit, poplex);\n if (type == \"export\") return cont(pushlex(\"form\"), afterExport, poplex);\n if (type == \"import\") return cont(pushlex(\"form\"), afterImport, poplex);\n return pass(pushlex(\"stat\"), expression, expect(\";\"), poplex);\n }\n function expression(type) {\n return expressionInner(type, false);\n }\n function expressionNoComma(type) {\n return expressionInner(type, true);\n }\n function expressionInner(type, noComma) {\n if (cx.state.fatArrowAt == cx.stream.start) {\n var body = noComma ? arrowBodyNoComma : arrowBody;\n if (type == \"(\") return cont(pushcontext, pushlex(\")\"), commasep(pattern, \")\"), poplex, expect(\"=>\"), body, popcontext);\n else if (type == \"variable\") return pass(pushcontext, pattern, expect(\"=>\"), body, popcontext);\n }\n\n var maybeop = noComma ? maybeoperatorNoComma : maybeoperatorComma;\n if (atomicTypes.hasOwnProperty(type)) return cont(maybeop);\n if (type == \"function\") return cont(functiondef, maybeop);\n if (type == \"keyword c\") return cont(noComma ? maybeexpressionNoComma : maybeexpression);\n if (type == \"(\") return cont(pushlex(\")\"), maybeexpression, comprehension, expect(\")\"), poplex, maybeop);\n if (type == \"operator\" || type == \"spread\") return cont(noComma ? expressionNoComma : expression);\n if (type == \"[\") return cont(pushlex(\"]\"), arrayLiteral, poplex, maybeop);\n if (type == \"{\") return contCommasep(objprop, \"}\", null, maybeop);\n if (type == \"quasi\") { return pass(quasi, maybeop); }\n return cont();\n }\n function maybeexpression(type) {\n if (type.match(/[;\\}\\)\\],]/)) return pass();\n return pass(expression);\n }\n function maybeexpressionNoComma(type) {\n if (type.match(/[;\\}\\)\\],]/)) return pass();\n return pass(expressionNoComma);\n }\n\n function maybeoperatorComma(type, value) {\n if (type == \",\") return cont(expression);\n return maybeoperatorNoComma(type, value, false);\n }\n function maybeoperatorNoComma(type, value, noComma) {\n var me = noComma == false ? maybeoperatorComma : maybeoperatorNoComma;\n var expr = noComma == false ? expression : expressionNoComma;\n if (value == \"=>\") return cont(pushcontext, noComma ? arrowBodyNoComma : arrowBody, popcontext);\n if (type == \"operator\") {\n if (/\\+\\+|--/.test(value)) return cont(me);\n if (value == \"?\") return cont(expression, expect(\":\"), expr);\n return cont(expr);\n }\n if (type == \"quasi\") { return pass(quasi, me); }\n if (type == \";\") return;\n if (type == \"(\") return contCommasep(expressionNoComma, \")\", \"call\", me);\n if (type == \".\") return cont(property, me);\n if (type == \"[\") return cont(pushlex(\"]\"), maybeexpression, expect(\"]\"), poplex, me);\n }\n function quasi(type, value) {\n if (type != \"quasi\") return pass();\n if (value.slice(value.length - 2) != \"${\") return cont(quasi);\n return cont(expression, continueQuasi);\n }\n function continueQuasi(type) {\n if (type == \"}\") {\n cx.marked = \"string-2\";\n cx.state.tokenize = tokenQuasi;\n return cont(quasi);\n }\n }\n function arrowBody(type) {\n findFatArrow(cx.stream, cx.state);\n if (type == \"{\") return pass(statement);\n return pass(expression);\n }\n function arrowBodyNoComma(type) {\n findFatArrow(cx.stream, cx.state);\n if (type == \"{\") return pass(statement);\n return pass(expressionNoComma);\n }\n function maybelabel(type) {\n if (type == \":\") return cont(poplex, statement);\n return pass(maybeoperatorComma, expect(\";\"), poplex);\n }\n function property(type) {\n if (type == \"variable\") {cx.marked = \"property\"; return cont();}\n }\n function objprop(type, value) {\n if (type == \"variable\") {\n cx.marked = \"property\";\n if (value == \"get\" || value == \"set\") return cont(getterSetter);\n } else if (type == \"number\" || type == \"string\") {\n cx.marked = jsonldMode ? \"property\" : (type + \" property\");\n } else if (type == \"[\") {\n return cont(expression, expect(\"]\"), afterprop);\n }\n if (atomicTypes.hasOwnProperty(type)) return cont(afterprop);\n }\n function getterSetter(type) {\n if (type != \"variable\") return pass(afterprop);\n cx.marked = \"property\";\n return cont(functiondef);\n }\n function afterprop(type) {\n if (type == \":\") return cont(expressionNoComma);\n if (type == \"(\") return pass(functiondef);\n }\n function commasep(what, end) {\n function proceed(type) {\n if (type == \",\") {\n var lex = cx.state.lexical;\n if (lex.info == \"call\") lex.pos = (lex.pos || 0) + 1;\n return cont(what, proceed);\n }\n if (type == end) return cont();\n return cont(expect(end));\n }\n return function(type) {\n if (type == end) return cont();\n return pass(what, proceed);\n };\n }\n function contCommasep(what, end, info) {\n for (var i = 3; i < arguments.length; i++)\n cx.cc.push(arguments[i]);\n return cont(pushlex(end, info), commasep(what, end), poplex);\n }\n function block(type) {\n if (type == \"}\") return cont();\n return pass(statement, block);\n }\n function maybetype(type) {\n if (isTS && type == \":\") return cont(typedef);\n }\n function typedef(type) {\n if (type == \"variable\"){cx.marked = \"variable-3\"; return cont();}\n }\n function vardef() {\n return pass(pattern, maybetype, maybeAssign, vardefCont);\n }\n function pattern(type, value) {\n if (type == \"variable\") { register(value); return cont(); }\n if (type == \"[\") return contCommasep(pattern, \"]\");\n if (type == \"{\") return contCommasep(proppattern, \"}\");\n }\n function proppattern(type, value) {\n if (type == \"variable\" && !cx.stream.match(/^\\s*:/, false)) {\n register(value);\n return cont(maybeAssign);\n }\n if (type == \"variable\") cx.marked = \"property\";\n return cont(expect(\":\"), pattern, maybeAssign);\n }\n function maybeAssign(_type, value) {\n if (value == \"=\") return cont(expressionNoComma);\n }\n function vardefCont(type) {\n if (type == \",\") return cont(vardef);\n }\n function maybeelse(type, value) {\n if (type == \"keyword b\" && value == \"else\") return cont(pushlex(\"form\", \"else\"), statement, poplex);\n }\n function forspec(type) {\n if (type == \"(\") return cont(pushlex(\")\"), forspec1, expect(\")\"), poplex);\n }\n function forspec1(type) {\n if (type == \"var\") return cont(vardef, expect(\";\"), forspec2);\n if (type == \";\") return cont(forspec2);\n if (type == \"variable\") return cont(formaybeinof);\n return pass(expression, expect(\";\"), forspec2);\n }\n function formaybeinof(_type, value) {\n if (value == \"in\" || value == \"of\") { cx.marked = \"keyword\"; return cont(expression); }\n return cont(maybeoperatorComma, forspec2);\n }\n function forspec2(type, value) {\n if (type == \";\") return cont(forspec3);\n if (value == \"in\" || value == \"of\") { cx.marked = \"keyword\"; return cont(expression); }\n return pass(expression, expect(\";\"), forspec3);\n }\n function forspec3(type) {\n if (type != \")\") cont(expression);\n }\n function functiondef(type, value) {\n if (value == \"*\") {cx.marked = \"keyword\"; return cont(functiondef);}\n if (type == \"variable\") {register(value); return cont(functiondef);}\n if (type == \"(\") return cont(pushcontext, pushlex(\")\"), commasep(funarg, \")\"), poplex, statement, popcontext);\n }\n function funarg(type) {\n if (type == \"spread\") return cont(funarg);\n return pass(pattern, maybetype);\n }\n function className(type, value) {\n if (type == \"variable\") {register(value); return cont(classNameAfter);}\n }\n function classNameAfter(_type, value) {\n if (value == \"extends\") return cont(expression);\n }\n function objlit(type) {\n if (type == \"{\") return contCommasep(objprop, \"}\");\n }\n function afterModule(type, value) {\n if (type == \"string\") return cont(statement);\n if (type == \"variable\") { register(value); return cont(maybeFrom); }\n }\n function afterExport(_type, value) {\n if (value == \"*\") { cx.marked = \"keyword\"; return cont(maybeFrom, expect(\";\")); }\n if (value == \"default\") { cx.marked = \"keyword\"; return cont(expression, expect(\";\")); }\n return pass(statement);\n }\n function afterImport(type) {\n if (type == \"string\") return cont();\n return pass(importSpec, maybeFrom);\n }\n function importSpec(type, value) {\n if (type == \"{\") return contCommasep(importSpec, \"}\");\n if (type == \"variable\") register(value);\n return cont();\n }\n function maybeFrom(_type, value) {\n if (value == \"from\") { cx.marked = \"keyword\"; return cont(expression); }\n }\n function arrayLiteral(type) {\n if (type == \"]\") return cont();\n return pass(expressionNoComma, maybeArrayComprehension);\n }\n function maybeArrayComprehension(type) {\n if (type == \"for\") return pass(comprehension, expect(\"]\"));\n if (type == \",\") return cont(commasep(expressionNoComma, \"]\"));\n return pass(commasep(expressionNoComma, \"]\"));\n }\n function comprehension(type) {\n if (type == \"for\") return cont(forspec, comprehension);\n if (type == \"if\") return cont(expression, comprehension);\n }\n\n // Interface\n\n return {\n startState: function(basecolumn) {\n var state = {\n tokenize: tokenBase,\n lastType: \"sof\",\n cc: [],\n lexical: new JSLexical((basecolumn || 0) - indentUnit, 0, \"block\", false),\n localVars: parserConfig.localVars,\n context: parserConfig.localVars && {vars: parserConfig.localVars},\n indented: 0\n };\n if (parserConfig.globalVars && typeof parserConfig.globalVars == \"object\")\n state.globalVars = parserConfig.globalVars;\n return state;\n },\n\n token: function(stream, state) {\n if (stream.sol()) {\n if (!state.lexical.hasOwnProperty(\"align\"))\n state.lexical.align = false;\n state.indented = stream.indentation();\n findFatArrow(stream, state);\n }\n if (state.tokenize != tokenComment && stream.eatSpace()) return null;\n var style = state.tokenize(stream, state);\n if (type == \"comment\") return style;\n state.lastType = type == \"operator\" && (content == \"++\" || content == \"--\") ? \"incdec\" : type;\n return parseJS(state, style, type, content, stream);\n },\n\n indent: function(state, textAfter) {\n if (state.tokenize == tokenComment) return CodeMirror.Pass;\n if (state.tokenize != tokenBase) return 0;\n var firstChar = textAfter && textAfter.charAt(0), lexical = state.lexical;\n // Kludge to prevent 'maybelse' from blocking lexical scope pops\n if (!/^\\s*else\\b/.test(textAfter)) for (var i = state.cc.length - 1; i >= 0; --i) {\n var c = state.cc[i];\n if (c == poplex) lexical = lexical.prev;\n else if (c != maybeelse) break;\n }\n if (lexical.type == \"stat\" && firstChar == \"}\") lexical = lexical.prev;\n if (statementIndent && lexical.type == \")\" && lexical.prev.type == \"stat\")\n lexical = lexical.prev;\n var type = lexical.type, closing = firstChar == type;\n\n if (type == \"vardef\") return lexical.indented + (state.lastType == \"operator\" || state.lastType == \",\" ? lexical.info + 1 : 0);\n else if (type == \"form\" && firstChar == \"{\") return lexical.indented;\n else if (type == \"form\") return lexical.indented + indentUnit;\n else if (type == \"stat\")\n return lexical.indented + (state.lastType == \"operator\" || state.lastType == \",\" ? statementIndent || indentUnit : 0);\n else if (lexical.info == \"switch\" && !closing && parserConfig.doubleIndentSwitch != false)\n return lexical.indented + (/^(?:case|default)\\b/.test(textAfter) ? indentUnit : 2 * indentUnit);\n else if (lexical.align) return lexical.column + (closing ? 0 : 1);\n else return lexical.indented + (closing ? 0 : indentUnit);\n },\n\n electricChars: \":{}\",\n blockCommentStart: jsonMode ? null : \"/*\",\n blockCommentEnd: jsonMode ? null : \"*/\",\n lineComment: jsonMode ? null : \"//\",\n fold: \"brace\",\n\n helperType: jsonMode ? \"json\" : \"javascript\",\n jsonldMode: jsonldMode,\n jsonMode: jsonMode\n };\n});\n\nCodeMirror.registerHelper(\"wordChars\", \"javascript\", /[\\\\w$]/);\n\nCodeMirror.defineMIME(\"text/javascript\", \"javascript\");\nCodeMirror.defineMIME(\"text/ecmascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/javascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/ecmascript\", \"javascript\");\nCodeMirror.defineMIME(\"application/json\", {name: \"javascript\", json: true});\nCodeMirror.defineMIME(\"application/x-json\", {name: \"javascript\", json: true});\nCodeMirror.defineMIME(\"application/ld+json\", {name: \"javascript\", jsonld: true});\nCodeMirror.defineMIME(\"text/typescript\", { name: \"javascript\", typescript: true });\nCodeMirror.defineMIME(\"application/typescript\", { name: \"javascript\", typescript: true });\n\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/keymap/vim.js": {
"text": "/**\n * Supported keybindings:\n *\n * Motion:\n * h, j, k, l\n * gj, gk\n * e, E, w, W, b, B, ge, gE\n * f<character>, F<character>, t<character>, T<character>\n * $, ^, 0, -, +, _\n * gg, G\n * %\n * '<character>, `<character>\n *\n * Operator:\n * d, y, c\n * dd, yy, cc\n * g~, g~g~\n * >, <, >>, <<\n *\n * Operator-Motion:\n * x, X, D, Y, C, ~\n *\n * Action:\n * a, i, s, A, I, S, o, O\n * zz, z., z<CR>, zt, zb, z-\n * J\n * u, Ctrl-r\n * m<character>\n * r<character>\n *\n * Modes:\n * ESC - leave insert mode, visual mode, and clear input state.\n * Ctrl-[, Ctrl-c - same as ESC.\n *\n * Registers: unnamed, -, a-z, A-Z, 0-9\n * (Does not respect the special case for number registers when delete\n * operator is made with these commands: %, (, ), , /, ?, n, N, {, } )\n * TODO: Implement the remaining registers.\n * Marks: a-z, A-Z, and 0-9\n * TODO: Implement the remaining special marks. They have more complex\n * behavior.\n *\n * Events:\n * 'vim-mode-change' - raised on the editor anytime the current mode changes,\n * Event object: {mode: \"visual\", subMode: \"linewise\"}\n *\n * Code structure:\n * 1. Default keymap\n * 2. Variable declarations and short basic helpers\n * 3. Instance (External API) implementation\n * 4. Internal state tracking objects (input state, counter) implementation\n * and instanstiation\n * 5. Key handler (the main command dispatcher) implementation\n * 6. Motion, operator, and action implementations\n * 7. Helper functions for the key handler, motions, operators, and actions\n * 8. Set up Vim to work as a keymap for CodeMirror.\n */\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"), require(\"../addon/search/searchcursor\"), require(\"../addon/dialog/dialog\"), require(\"../addon/edit/matchbrackets.js\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\", \"../addon/search/searchcursor\", \"../addon/dialog/dialog\", \"../addon/edit/matchbrackets\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n 'use strict';\n\n var defaultKeymap = [\n // Key to key mapping. This goes first to make it possible to override\n // existing mappings.\n { keys: ['<Left>'], type: 'keyToKey', toKeys: ['h'] },\n { keys: ['<Right>'], type: 'keyToKey', toKeys: ['l'] },\n { keys: ['<Up>'], type: 'keyToKey', toKeys: ['k'] },\n { keys: ['<Down>'], type: 'keyToKey', toKeys: ['j'] },\n { keys: ['<Space>'], type: 'keyToKey', toKeys: ['l'] },\n { keys: ['<BS>'], type: 'keyToKey', toKeys: ['h'] },\n { keys: ['<C-Space>'], type: 'keyToKey', toKeys: ['W'] },\n { keys: ['<C-BS>'], type: 'keyToKey', toKeys: ['B'] },\n { keys: ['<S-Space>'], type: 'keyToKey', toKeys: ['w'] },\n { keys: ['<S-BS>'], type: 'keyToKey', toKeys: ['b'] },\n { keys: ['<C-n>'], type: 'keyToKey', toKeys: ['j'] },\n { keys: ['<C-p>'], type: 'keyToKey', toKeys: ['k'] },\n { keys: ['<C-[>'], type: 'keyToKey', toKeys: ['<Esc>'] },\n { keys: ['<C-c>'], type: 'keyToKey', toKeys: ['<Esc>'] },\n { keys: ['s'], type: 'keyToKey', toKeys: ['c', 'l'], context: 'normal' },\n { keys: ['s'], type: 'keyToKey', toKeys: ['x', 'i'], context: 'visual'},\n { keys: ['S'], type: 'keyToKey', toKeys: ['c', 'c'], context: 'normal' },\n { keys: ['S'], type: 'keyToKey', toKeys: ['d', 'c', 'c'], context: 'visual' },\n { keys: ['<Home>'], type: 'keyToKey', toKeys: ['0'] },\n { keys: ['<End>'], type: 'keyToKey', toKeys: ['$'] },\n { keys: ['<PageUp>'], type: 'keyToKey', toKeys: ['<C-b>'] },\n { keys: ['<PageDown>'], type: 'keyToKey', toKeys: ['<C-f>'] },\n { keys: ['<CR>'], type: 'keyToKey', toKeys: ['j', '^'], context: 'normal' },\n // Motions\n { keys: ['H'], type: 'motion',\n motion: 'moveToTopLine',\n motionArgs: { linewise: true, toJumplist: true }},\n { keys: ['M'], type: 'motion',\n motion: 'moveToMiddleLine',\n motionArgs: { linewise: true, toJumplist: true }},\n { keys: ['L'], type: 'motion',\n motion: 'moveToBottomLine',\n motionArgs: { linewise: true, toJumplist: true }},\n { keys: ['h'], type: 'motion',\n motion: 'moveByCharacters',\n motionArgs: { forward: false }},\n { keys: ['l'], type: 'motion',\n motion: 'moveByCharacters',\n motionArgs: { forward: true }},\n { keys: ['j'], type: 'motion',\n motion: 'moveByLines',\n motionArgs: { forward: true, linewise: true }},\n { keys: ['k'], type: 'motion',\n motion: 'moveByLines',\n motionArgs: { forward: false, linewise: true }},\n { keys: ['g','j'], type: 'motion',\n motion: 'moveByDisplayLines',\n motionArgs: { forward: true }},\n { keys: ['g','k'], type: 'motion',\n motion: 'moveByDisplayLines',\n motionArgs: { forward: false }},\n { keys: ['w'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: true, wordEnd: false }},\n { keys: ['W'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: true, wordEnd: false, bigWord: true }},\n { keys: ['e'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: true, wordEnd: true, inclusive: true }},\n { keys: ['E'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: true, wordEnd: true, bigWord: true,\n inclusive: true }},\n { keys: ['b'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: false, wordEnd: false }},\n { keys: ['B'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: false, wordEnd: false, bigWord: true }},\n { keys: ['g', 'e'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: false, wordEnd: true, inclusive: true }},\n { keys: ['g', 'E'], type: 'motion',\n motion: 'moveByWords',\n motionArgs: { forward: false, wordEnd: true, bigWord: true,\n inclusive: true }},\n { keys: ['{'], type: 'motion', motion: 'moveByParagraph',\n motionArgs: { forward: false, toJumplist: true }},\n { keys: ['}'], type: 'motion', motion: 'moveByParagraph',\n motionArgs: { forward: true, toJumplist: true }},\n { keys: ['<C-f>'], type: 'motion',\n motion: 'moveByPage', motionArgs: { forward: true }},\n { keys: ['<C-b>'], type: 'motion',\n motion: 'moveByPage', motionArgs: { forward: false }},\n { keys: ['<C-d>'], type: 'motion',\n motion: 'moveByScroll',\n motionArgs: { forward: true, explicitRepeat: true }},\n { keys: ['<C-u>'], type: 'motion',\n motion: 'moveByScroll',\n motionArgs: { forward: false, explicitRepeat: true }},\n { keys: ['g', 'g'], type: 'motion',\n motion: 'moveToLineOrEdgeOfDocument',\n motionArgs: { forward: false, explicitRepeat: true, linewise: true, toJumplist: true }},\n { keys: ['G'], type: 'motion',\n motion: 'moveToLineOrEdgeOfDocument',\n motionArgs: { forward: true, explicitRepeat: true, linewise: true, toJumplist: true }},\n { keys: ['0'], type: 'motion', motion: 'moveToStartOfLine' },\n { keys: ['^'], type: 'motion',\n motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: ['+'], type: 'motion',\n motion: 'moveByLines',\n motionArgs: { forward: true, toFirstChar:true }},\n { keys: ['-'], type: 'motion',\n motion: 'moveByLines',\n motionArgs: { forward: false, toFirstChar:true }},\n { keys: ['_'], type: 'motion',\n motion: 'moveByLines',\n motionArgs: { forward: true, toFirstChar:true, repeatOffset:-1 }},\n { keys: ['$'], type: 'motion',\n motion: 'moveToEol',\n motionArgs: { inclusive: true }},\n { keys: ['%'], type: 'motion',\n motion: 'moveToMatchedSymbol',\n motionArgs: { inclusive: true, toJumplist: true }},\n { keys: ['f', 'character'], type: 'motion',\n motion: 'moveToCharacter',\n motionArgs: { forward: true , inclusive: true }},\n { keys: ['F', 'character'], type: 'motion',\n motion: 'moveToCharacter',\n motionArgs: { forward: false }},\n { keys: ['t', 'character'], type: 'motion',\n motion: 'moveTillCharacter',\n motionArgs: { forward: true, inclusive: true }},\n { keys: ['T', 'character'], type: 'motion',\n motion: 'moveTillCharacter',\n motionArgs: { forward: false }},\n { keys: [';'], type: 'motion', motion: 'repeatLastCharacterSearch',\n motionArgs: { forward: true }},\n { keys: [','], type: 'motion', motion: 'repeatLastCharacterSearch',\n motionArgs: { forward: false }},\n { keys: ['\\'', 'character'], type: 'motion', motion: 'goToMark',\n motionArgs: {toJumplist: true, linewise: true}},\n { keys: ['`', 'character'], type: 'motion', motion: 'goToMark',\n motionArgs: {toJumplist: true}},\n { keys: [']', '`'], type: 'motion', motion: 'jumpToMark', motionArgs: { forward: true } },\n { keys: ['[', '`'], type: 'motion', motion: 'jumpToMark', motionArgs: { forward: false } },\n { keys: [']', '\\''], type: 'motion', motion: 'jumpToMark', motionArgs: { forward: true, linewise: true } },\n { keys: ['[', '\\''], type: 'motion', motion: 'jumpToMark', motionArgs: { forward: false, linewise: true } },\n // the next two aren't motions but must come before more general motion declarations\n { keys: [']', 'p'], type: 'action', action: 'paste', isEdit: true,\n actionArgs: { after: true, isEdit: true, matchIndent: true}},\n { keys: ['[', 'p'], type: 'action', action: 'paste', isEdit: true,\n actionArgs: { after: false, isEdit: true, matchIndent: true}},\n { keys: [']', 'character'], type: 'motion',\n motion: 'moveToSymbol',\n motionArgs: { forward: true, toJumplist: true}},\n { keys: ['[', 'character'], type: 'motion',\n motion: 'moveToSymbol',\n motionArgs: { forward: false, toJumplist: true}},\n { keys: ['|'], type: 'motion',\n motion: 'moveToColumn',\n motionArgs: { }},\n { keys: ['o'], type: 'motion', motion: 'moveToOtherHighlightedEnd', motionArgs: { },context:'visual'},\n // Operators\n { keys: ['d'], type: 'operator', operator: 'delete' },\n { keys: ['y'], type: 'operator', operator: 'yank' },\n { keys: ['c'], type: 'operator', operator: 'change' },\n { keys: ['>'], type: 'operator', operator: 'indent',\n operatorArgs: { indentRight: true }},\n { keys: ['<'], type: 'operator', operator: 'indent',\n operatorArgs: { indentRight: false }},\n { keys: ['g', '~'], type: 'operator', operator: 'swapcase' },\n { keys: ['n'], type: 'motion', motion: 'findNext',\n motionArgs: { forward: true, toJumplist: true }},\n { keys: ['N'], type: 'motion', motion: 'findNext',\n motionArgs: { forward: false, toJumplist: true }},\n // Operator-Motion dual commands\n { keys: ['x'], type: 'operatorMotion', operator: 'delete',\n motion: 'moveByCharacters', motionArgs: { forward: true },\n operatorMotionArgs: { visualLine: false }},\n { keys: ['X'], type: 'operatorMotion', operator: 'delete',\n motion: 'moveByCharacters', motionArgs: { forward: false },\n operatorMotionArgs: { visualLine: true }},\n { keys: ['D'], type: 'operatorMotion', operator: 'delete',\n motion: 'moveToEol', motionArgs: { inclusive: true },\n operatorMotionArgs: { visualLine: true }},\n { keys: ['Y'], type: 'operatorMotion', operator: 'yank',\n motion: 'moveToEol', motionArgs: { inclusive: true },\n operatorMotionArgs: { visualLine: true }},\n { keys: ['C'], type: 'operatorMotion',\n operator: 'change',\n motion: 'moveToEol', motionArgs: { inclusive: true },\n operatorMotionArgs: { visualLine: true }},\n { keys: ['~'], type: 'operatorMotion',\n operator: 'swapcase', operatorArgs: { shouldMoveCursor: true },\n motion: 'moveByCharacters', motionArgs: { forward: true }},\n // Actions\n { keys: ['<C-i>'], type: 'action', action: 'jumpListWalk',\n actionArgs: { forward: true }},\n { keys: ['<C-o>'], type: 'action', action: 'jumpListWalk',\n actionArgs: { forward: false }},\n { keys: ['<C-e>'], type: 'action',\n action: 'scroll',\n actionArgs: { forward: true, linewise: true }},\n { keys: ['<C-y>'], type: 'action',\n action: 'scroll',\n actionArgs: { forward: false, linewise: true }},\n { keys: ['a'], type: 'action', action: 'enterInsertMode', isEdit: true,\n actionArgs: { insertAt: 'charAfter' }},\n { keys: ['A'], type: 'action', action: 'enterInsertMode', isEdit: true,\n actionArgs: { insertAt: 'eol' }},\n { keys: ['i'], type: 'action', action: 'enterInsertMode', isEdit: true,\n actionArgs: { insertAt: 'inplace' }},\n { keys: ['I'], type: 'action', action: 'enterInsertMode', isEdit: true,\n actionArgs: { insertAt: 'firstNonBlank' }},\n { keys: ['o'], type: 'action', action: 'newLineAndEnterInsertMode',\n isEdit: true, interlaceInsertRepeat: true,\n actionArgs: { after: true }},\n { keys: ['O'], type: 'action', action: 'newLineAndEnterInsertMode',\n isEdit: true, interlaceInsertRepeat: true,\n actionArgs: { after: false }},\n { keys: ['v'], type: 'action', action: 'toggleVisualMode' },\n { keys: ['V'], type: 'action', action: 'toggleVisualMode',\n actionArgs: { linewise: true }},\n { keys: ['g', 'v'], type: 'action', action: 'reselectLastSelection' },\n { keys: ['J'], type: 'action', action: 'joinLines', isEdit: true },\n { keys: ['p'], type: 'action', action: 'paste', isEdit: true,\n actionArgs: { after: true, isEdit: true }},\n { keys: ['P'], type: 'action', action: 'paste', isEdit: true,\n actionArgs: { after: false, isEdit: true }},\n { keys: ['r', 'character'], type: 'action', action: 'replace', isEdit: true },\n { keys: ['@', 'character'], type: 'action', action: 'replayMacro' },\n { keys: ['q', 'character'], type: 'action', action: 'enterMacroRecordMode' },\n // Handle Replace-mode as a special case of insert mode.\n { keys: ['R'], type: 'action', action: 'enterInsertMode', isEdit: true,\n actionArgs: { replace: true }},\n { keys: ['u'], type: 'action', action: 'undo' },\n { keys: ['u'], type: 'action', action: 'changeCase', actionArgs: {toLower: true}, context: 'visual', isEdit: true },\n { keys: ['U'],type: 'action', action: 'changeCase', actionArgs: {toLower: false}, context: 'visual', isEdit: true },\n { keys: ['<C-r>'], type: 'action', action: 'redo' },\n { keys: ['m', 'character'], type: 'action', action: 'setMark' },\n { keys: ['\"', 'character'], type: 'action', action: 'setRegister' },\n { keys: ['z', 'z'], type: 'action', action: 'scrollToCursor',\n actionArgs: { position: 'center' }},\n { keys: ['z', '.'], type: 'action', action: 'scrollToCursor',\n actionArgs: { position: 'center' },\n motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: ['z', 't'], type: 'action', action: 'scrollToCursor',\n actionArgs: { position: 'top' }},\n { keys: ['z', '<CR>'], type: 'action', action: 'scrollToCursor',\n actionArgs: { position: 'top' },\n motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: ['z', '-'], type: 'action', action: 'scrollToCursor',\n actionArgs: { position: 'bottom' }},\n { keys: ['z', 'b'], type: 'action', action: 'scrollToCursor',\n actionArgs: { position: 'bottom' },\n motion: 'moveToFirstNonWhiteSpaceCharacter' },\n { keys: ['.'], type: 'action', action: 'repeatLastEdit' },\n { keys: ['<C-a>'], type: 'action', action: 'incrementNumberToken',\n isEdit: true,\n actionArgs: {increase: true, backtrack: false}},\n { keys: ['<C-x>'], type: 'action', action: 'incrementNumberToken',\n isEdit: true,\n actionArgs: {increase: false, backtrack: false}},\n // Text object motions\n { keys: ['a', 'character'], type: 'motion',\n motion: 'textObjectManipulation' },\n { keys: ['i', 'character'], type: 'motion',\n motion: 'textObjectManipulation',\n motionArgs: { textObjectInner: true }},\n // Search\n { keys: ['/'], type: 'search',\n searchArgs: { forward: true, querySrc: 'prompt', toJumplist: true }},\n { keys: ['?'], type: 'search',\n searchArgs: { forward: false, querySrc: 'prompt', toJumplist: true }},\n { keys: ['*'], type: 'search',\n searchArgs: { forward: true, querySrc: 'wordUnderCursor', wholeWordOnly: true, toJumplist: true }},\n { keys: ['#'], type: 'search',\n searchArgs: { forward: false, querySrc: 'wordUnderCursor', wholeWordOnly: true, toJumplist: true }},\n { keys: ['g', '*'], type: 'search', searchArgs: { forward: true, querySrc: 'wordUnderCursor', toJumplist: true }},\n { keys: ['g', '#'], type: 'search', searchArgs: { forward: false, querySrc: 'wordUnderCursor', toJumplist: true }},\n // Ex command\n { keys: [':'], type: 'ex' }\n ];\n\n var Pos = CodeMirror.Pos;\n\n var Vim = function() {\n CodeMirror.defineOption('vimMode', false, function(cm, val) {\n if (val) {\n cm.setOption('keyMap', 'vim');\n cm.setOption('disableInput', true);\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n cm.on('beforeSelectionChange', beforeSelectionChange);\n cm.on('cursorActivity', onCursorActivity);\n maybeInitVimState(cm);\n CodeMirror.on(cm.getInputField(), 'paste', getOnPasteFn(cm));\n } else if (cm.state.vim) {\n cm.setOption('keyMap', 'default');\n cm.setOption('disableInput', false);\n cm.off('beforeSelectionChange', beforeSelectionChange);\n cm.off('cursorActivity', onCursorActivity);\n CodeMirror.off(cm.getInputField(), 'paste', getOnPasteFn(cm));\n cm.state.vim = null;\n }\n });\n function beforeSelectionChange(cm, obj) {\n var vim = cm.state.vim;\n if (vim.insertMode || vim.exMode) return;\n\n var head = obj.ranges[0].head;\n var anchor = obj.ranges[0].anchor;\n if (head.ch && head.ch == cm.doc.getLine(head.line).length) {\n var pos = Pos(head.line, head.ch - 1);\n obj.update([{anchor: cursorEqual(head, anchor) ? pos : anchor,\n head: pos}]);\n }\n }\n function getOnPasteFn(cm) {\n var vim = cm.state.vim;\n if (!vim.onPasteFn) {\n vim.onPasteFn = function() {\n if (!vim.insertMode) {\n cm.setCursor(offsetCursor(cm.getCursor(), 0, 1));\n actions.enterInsertMode(cm, {}, vim);\n }\n };\n }\n return vim.onPasteFn;\n }\n\n var numberRegex = /[\\d]/;\n var wordRegexp = [(/\\w/), (/[^\\w\\s]/)], bigWordRegexp = [(/\\S/)];\n function makeKeyRange(start, size) {\n var keys = [];\n for (var i = start; i < start + size; i++) {\n keys.push(String.fromCharCode(i));\n }\n return keys;\n }\n var upperCaseAlphabet = makeKeyRange(65, 26);\n var lowerCaseAlphabet = makeKeyRange(97, 26);\n var numbers = makeKeyRange(48, 10);\n var specialSymbols = '~`!@#$%^&*()_-+=[{}]\\\\|/?.,<>:;\"\\''.split('');\n var specialKeys = ['Left', 'Right', 'Up', 'Down', 'Space', 'Backspace',\n 'Esc', 'Home', 'End', 'PageUp', 'PageDown', 'Enter'];\n var validMarks = [].concat(upperCaseAlphabet, lowerCaseAlphabet, numbers, ['<', '>']);\n var validRegisters = [].concat(upperCaseAlphabet, lowerCaseAlphabet, numbers, ['-', '\"', '.', ':']);\n\n function isLine(cm, line) {\n return line >= cm.firstLine() && line <= cm.lastLine();\n }\n function isLowerCase(k) {\n return (/^[a-z]$/).test(k);\n }\n function isMatchableSymbol(k) {\n return '()[]{}'.indexOf(k) != -1;\n }\n function isNumber(k) {\n return numberRegex.test(k);\n }\n function isUpperCase(k) {\n return (/^[A-Z]$/).test(k);\n }\n function isWhiteSpaceString(k) {\n return (/^\\s*$/).test(k);\n }\n function inArray(val, arr) {\n for (var i = 0; i < arr.length; i++) {\n if (arr[i] == val) {\n return true;\n }\n }\n return false;\n }\n\n var options = {};\n function defineOption(name, defaultValue, type) {\n if (defaultValue === undefined) { throw Error('defaultValue is required'); }\n if (!type) { type = 'string'; }\n options[name] = {\n type: type,\n defaultValue: defaultValue\n };\n setOption(name, defaultValue);\n }\n\n function setOption(name, value) {\n var option = options[name];\n if (!option) {\n throw Error('Unknown option: ' + name);\n }\n if (option.type == 'boolean') {\n if (value && value !== true) {\n throw Error('Invalid argument: ' + name + '=' + value);\n } else if (value !== false) {\n // Boolean options are set to true if value is not defined.\n value = true;\n }\n }\n option.value = option.type == 'boolean' ? !!value : value;\n }\n\n function getOption(name) {\n var option = options[name];\n if (!option) {\n throw Error('Unknown option: ' + name);\n }\n return option.value;\n }\n\n var createCircularJumpList = function() {\n var size = 100;\n var pointer = -1;\n var head = 0;\n var tail = 0;\n var buffer = new Array(size);\n function add(cm, oldCur, newCur) {\n var current = pointer % size;\n var curMark = buffer[current];\n function useNextSlot(cursor) {\n var next = ++pointer % size;\n var trashMark = buffer[next];\n if (trashMark) {\n trashMark.clear();\n }\n buffer[next] = cm.setBookmark(cursor);\n }\n if (curMark) {\n var markPos = curMark.find();\n // avoid recording redundant cursor position\n if (markPos && !cursorEqual(markPos, oldCur)) {\n useNextSlot(oldCur);\n }\n } else {\n useNextSlot(oldCur);\n }\n useNextSlot(newCur);\n head = pointer;\n tail = pointer - size + 1;\n if (tail < 0) {\n tail = 0;\n }\n }\n function move(cm, offset) {\n pointer += offset;\n if (pointer > head) {\n pointer = head;\n } else if (pointer < tail) {\n pointer = tail;\n }\n var mark = buffer[(size + pointer) % size];\n // skip marks that are temporarily removed from text buffer\n if (mark && !mark.find()) {\n var inc = offset > 0 ? 1 : -1;\n var newCur;\n var oldCur = cm.getCursor();\n do {\n pointer += inc;\n mark = buffer[(size + pointer) % size];\n // skip marks that are the same as current position\n if (mark &&\n (newCur = mark.find()) &&\n !cursorEqual(oldCur, newCur)) {\n break;\n }\n } while (pointer < head && pointer > tail);\n }\n return mark;\n }\n return {\n cachedCursor: undefined, //used for # and * jumps\n add: add,\n move: move\n };\n };\n\n // Returns an object to track the changes associated insert mode. It\n // clones the object that is passed in, or creates an empty object one if\n // none is provided.\n var createInsertModeChanges = function(c) {\n if (c) {\n // Copy construction\n return {\n changes: c.changes,\n expectCursorActivityForChange: c.expectCursorActivityForChange\n };\n }\n return {\n // Change list\n changes: [],\n // Set to true on change, false on cursorActivity.\n expectCursorActivityForChange: false\n };\n };\n\n function MacroModeState() {\n this.latestRegister = undefined;\n this.isPlaying = false;\n this.isRecording = false;\n this.replaySearchQueries = [];\n this.onRecordingDone = undefined;\n this.lastInsertModeChanges = createInsertModeChanges();\n }\n MacroModeState.prototype = {\n exitMacroRecordMode: function() {\n var macroModeState = vimGlobalState.macroModeState;\n macroModeState.onRecordingDone(); // close dialog\n macroModeState.onRecordingDone = undefined;\n macroModeState.isRecording = false;\n },\n enterMacroRecordMode: function(cm, registerName) {\n var register =\n vimGlobalState.registerController.getRegister(registerName);\n if (register) {\n register.clear();\n this.latestRegister = registerName;\n this.onRecordingDone = cm.openDialog(\n '(recording)['+registerName+']', null, {bottom:true});\n this.isRecording = true;\n }\n }\n };\n\n function maybeInitVimState(cm) {\n if (!cm.state.vim) {\n // Store instance state in the CodeMirror object.\n cm.state.vim = {\n inputState: new InputState(),\n // Vim's input state that triggered the last edit, used to repeat\n // motions and operators with '.'.\n lastEditInputState: undefined,\n // Vim's action command before the last edit, used to repeat actions\n // with '.' and insert mode repeat.\n lastEditActionCommand: undefined,\n // When using jk for navigation, if you move from a longer line to a\n // shorter line, the cursor may clip to the end of the shorter line.\n // If j is pressed again and cursor goes to the next line, the\n // cursor should go back to its horizontal position on the longer\n // line if it can. This is to keep track of the horizontal position.\n lastHPos: -1,\n // Doing the same with screen-position for gj/gk\n lastHSPos: -1,\n // The last motion command run. Cleared if a non-motion command gets\n // executed in between.\n lastMotion: null,\n marks: {},\n insertMode: false,\n // Repeat count for changes made in insert mode, triggered by key\n // sequences like 3,i. Only exists when insertMode is true.\n insertModeRepeat: undefined,\n visualMode: false,\n // If we are in visual line mode. No effect if visualMode is false.\n visualLine: false,\n lastSelection: null\n };\n }\n return cm.state.vim;\n }\n var vimGlobalState;\n function resetVimGlobalState() {\n vimGlobalState = {\n // The current search query.\n searchQuery: null,\n // Whether we are searching backwards.\n searchIsReversed: false,\n // Replace part of the last substituted pattern\n lastSubstituteReplacePart: undefined,\n jumpList: createCircularJumpList(),\n macroModeState: new MacroModeState,\n // Recording latest f, t, F or T motion command.\n lastChararacterSearch: {increment:0, forward:true, selectedCharacter:''},\n registerController: new RegisterController({})\n };\n for (var optionName in options) {\n var option = options[optionName];\n option.value = option.defaultValue;\n }\n }\n\n var vimApi= {\n buildKeyMap: function() {\n // TODO: Convert keymap into dictionary format for fast lookup.\n },\n // Testing hook, though it might be useful to expose the register\n // controller anyways.\n getRegisterController: function() {\n return vimGlobalState.registerController;\n },\n // Testing hook.\n resetVimGlobalState_: resetVimGlobalState,\n\n // Testing hook.\n getVimGlobalState_: function() {\n return vimGlobalState;\n },\n\n // Testing hook.\n maybeInitVimState_: maybeInitVimState,\n\n InsertModeKey: InsertModeKey,\n map: function(lhs, rhs, ctx) {\n // Add user defined key bindings.\n exCommandDispatcher.map(lhs, rhs, ctx);\n },\n setOption: setOption,\n getOption: getOption,\n defineOption: defineOption,\n defineEx: function(name, prefix, func){\n if (name.indexOf(prefix) !== 0) {\n throw new Error('(Vim.defineEx) \"'+prefix+'\" is not a prefix of \"'+name+'\", command not registered');\n }\n exCommands[name]=func;\n exCommandDispatcher.commandMap_[prefix]={name:name, shortName:prefix, type:'api'};\n },\n // This is the outermost function called by CodeMirror, after keys have\n // been mapped to their Vim equivalents.\n handleKey: function(cm, key) {\n var command;\n var vim = maybeInitVimState(cm);\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isRecording) {\n if (key == 'q') {\n macroModeState.exitMacroRecordMode();\n vim.inputState = new InputState();\n return;\n }\n }\n if (key == '<Esc>') {\n // Clear input state and get back to normal mode.\n vim.inputState = new InputState();\n if (vim.visualMode) {\n exitVisualMode(cm);\n }\n return;\n }\n // Enter visual mode when the mouse selects text.\n if (!vim.visualMode &&\n !cursorEqual(cm.getCursor('head'), cm.getCursor('anchor'))) {\n vim.visualMode = true;\n vim.visualLine = false;\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\"});\n cm.on('mousedown', exitVisualMode);\n }\n if (key != '0' || (key == '0' && vim.inputState.getRepeat() === 0)) {\n // Have to special case 0 since it's both a motion and a number.\n command = commandDispatcher.matchCommand(key, defaultKeymap, vim);\n }\n if (!command) {\n if (isNumber(key)) {\n // Increment count unless count is 0 and key is 0.\n vim.inputState.pushRepeatDigit(key);\n }\n if (macroModeState.isRecording) {\n logKey(macroModeState, key);\n }\n return;\n }\n if (command.type == 'keyToKey') {\n // TODO: prevent infinite recursion.\n for (var i = 0; i < command.toKeys.length; i++) {\n this.handleKey(cm, command.toKeys[i]);\n }\n } else {\n if (macroModeState.isRecording) {\n logKey(macroModeState, key);\n }\n commandDispatcher.processCommand(cm, vim, command);\n }\n },\n handleEx: function(cm, input) {\n exCommandDispatcher.processCommand(cm, input);\n }\n };\n\n // Represents the current input state.\n function InputState() {\n this.prefixRepeat = [];\n this.motionRepeat = [];\n\n this.operator = null;\n this.operatorArgs = null;\n this.motion = null;\n this.motionArgs = null;\n this.keyBuffer = []; // For matching multi-key commands.\n this.registerName = null; // Defaults to the unnamed register.\n }\n InputState.prototype.pushRepeatDigit = function(n) {\n if (!this.operator) {\n this.prefixRepeat = this.prefixRepeat.concat(n);\n } else {\n this.motionRepeat = this.motionRepeat.concat(n);\n }\n };\n InputState.prototype.getRepeat = function() {\n var repeat = 0;\n if (this.prefixRepeat.length > 0 || this.motionRepeat.length > 0) {\n repeat = 1;\n if (this.prefixRepeat.length > 0) {\n repeat *= parseInt(this.prefixRepeat.join(''), 10);\n }\n if (this.motionRepeat.length > 0) {\n repeat *= parseInt(this.motionRepeat.join(''), 10);\n }\n }\n return repeat;\n };\n\n /*\n * Register stores information about copy and paste registers. Besides\n * text, a register must store whether it is linewise (i.e., when it is\n * pasted, should it insert itself into a new line, or should the text be\n * inserted at the cursor position.)\n */\n function Register(text, linewise) {\n this.clear();\n this.keyBuffer = [text || ''];\n this.insertModeChanges = [];\n this.searchQueries = [];\n this.linewise = !!linewise;\n }\n Register.prototype = {\n setText: function(text, linewise) {\n this.keyBuffer = [text || ''];\n this.linewise = !!linewise;\n },\n pushText: function(text, linewise) {\n // if this register has ever been set to linewise, use linewise.\n if (linewise) {\n if (!this.linewise) {\n this.keyBuffer.push('\\n');\n }\n this.linewise = true;\n }\n this.keyBuffer.push(text);\n },\n pushInsertModeChanges: function(changes) {\n this.insertModeChanges.push(createInsertModeChanges(changes));\n },\n pushSearchQuery: function(query) {\n this.searchQueries.push(query);\n },\n clear: function() {\n this.keyBuffer = [];\n this.insertModeChanges = [];\n this.searchQueries = [];\n this.linewise = false;\n },\n toString: function() {\n return this.keyBuffer.join('');\n }\n };\n\n /*\n * vim registers allow you to keep many independent copy and paste buffers.\n * See http://usevim.com/2012/04/13/registers/ for an introduction.\n *\n * RegisterController keeps the state of all the registers. An initial\n * state may be passed in. The unnamed register '\"' will always be\n * overridden.\n */\n function RegisterController(registers) {\n this.registers = registers;\n this.unnamedRegister = registers['\"'] = new Register();\n registers['.'] = new Register();\n registers[':'] = new Register();\n }\n RegisterController.prototype = {\n pushText: function(registerName, operator, text, linewise) {\n if (linewise && text.charAt(0) == '\\n') {\n text = text.slice(1) + '\\n';\n }\n if (linewise && text.charAt(text.length - 1) !== '\\n'){\n text += '\\n';\n }\n // Lowercase and uppercase registers refer to the same register.\n // Uppercase just means append.\n var register = this.isValidRegister(registerName) ?\n this.getRegister(registerName) : null;\n // if no register/an invalid register was specified, things go to the\n // default registers\n if (!register) {\n switch (operator) {\n case 'yank':\n // The 0 register contains the text from the most recent yank.\n this.registers['0'] = new Register(text, linewise);\n break;\n case 'delete':\n case 'change':\n if (text.indexOf('\\n') == -1) {\n // Delete less than 1 line. Update the small delete register.\n this.registers['-'] = new Register(text, linewise);\n } else {\n // Shift down the contents of the numbered registers and put the\n // deleted text into register 1.\n this.shiftNumericRegisters_();\n this.registers['1'] = new Register(text, linewise);\n }\n break;\n }\n // Make sure the unnamed register is set to what just happened\n this.unnamedRegister.setText(text, linewise);\n return;\n }\n\n // If we've gotten to this point, we've actually specified a register\n var append = isUpperCase(registerName);\n if (append) {\n register.pushText(text, linewise);\n } else {\n register.setText(text, linewise);\n }\n // The unnamed register always has the same value as the last used\n // register.\n this.unnamedRegister.setText(register.toString(), linewise);\n },\n // Gets the register named @name. If one of @name doesn't already exist,\n // create it. If @name is invalid, return the unnamedRegister.\n getRegister: function(name) {\n if (!this.isValidRegister(name)) {\n return this.unnamedRegister;\n }\n name = name.toLowerCase();\n if (!this.registers[name]) {\n this.registers[name] = new Register();\n }\n return this.registers[name];\n },\n isValidRegister: function(name) {\n return name && inArray(name, validRegisters);\n },\n shiftNumericRegisters_: function() {\n for (var i = 9; i >= 2; i--) {\n this.registers[i] = this.getRegister('' + (i - 1));\n }\n }\n };\n\n var commandDispatcher = {\n matchCommand: function(key, keyMap, vim) {\n var inputState = vim.inputState;\n var keys = inputState.keyBuffer.concat(key);\n var matchedCommands = [];\n var selectedCharacter;\n for (var i = 0; i < keyMap.length; i++) {\n var command = keyMap[i];\n if (matchKeysPartial(keys, command.keys)) {\n if (inputState.operator && command.type == 'action') {\n // Ignore matched action commands after an operator. Operators\n // only operate on motions. This check is really for text\n // objects since aW, a[ etcs conflicts with a.\n continue;\n }\n // Match commands that take <character> as an argument.\n if (command.keys[keys.length - 1] == 'character') {\n selectedCharacter = keys[keys.length - 1];\n if (selectedCharacter.length>1){\n switch(selectedCharacter){\n case '<CR>':\n selectedCharacter='\\n';\n break;\n case '<Space>':\n selectedCharacter=' ';\n break;\n default:\n continue;\n }\n }\n }\n // Add the command to the list of matched commands. Choose the best\n // command later.\n matchedCommands.push(command);\n }\n }\n\n // Returns the command if it is a full match, or null if not.\n function getFullyMatchedCommandOrNull(command) {\n if (keys.length < command.keys.length) {\n // Matches part of a multi-key command. Buffer and wait for next\n // stroke.\n inputState.keyBuffer.push(key);\n return null;\n } else {\n if (command.keys[keys.length - 1] == 'character') {\n inputState.selectedCharacter = selectedCharacter;\n }\n // Clear the buffer since a full match was found.\n inputState.keyBuffer = [];\n return command;\n }\n }\n\n if (!matchedCommands.length) {\n // Clear the buffer since there were no matches.\n inputState.keyBuffer = [];\n return null;\n } else if (matchedCommands.length == 1) {\n return getFullyMatchedCommandOrNull(matchedCommands[0]);\n } else {\n // Find the best match in the list of matchedCommands.\n var context = vim.visualMode ? 'visual' : 'normal';\n var bestMatch; // Default to first in the list.\n for (var i = 0; i < matchedCommands.length; i++) {\n var current = matchedCommands[i];\n if (current.context == context) {\n bestMatch = current;\n break;\n } else if (!bestMatch && !current.context) {\n // Only set an imperfect match to best match if no best match is\n // set and the imperfect match is not restricted to another\n // context.\n bestMatch = current;\n }\n }\n return getFullyMatchedCommandOrNull(bestMatch);\n }\n },\n processCommand: function(cm, vim, command) {\n vim.inputState.repeatOverride = command.repeatOverride;\n switch (command.type) {\n case 'motion':\n this.processMotion(cm, vim, command);\n break;\n case 'operator':\n this.processOperator(cm, vim, command);\n break;\n case 'operatorMotion':\n this.processOperatorMotion(cm, vim, command);\n break;\n case 'action':\n this.processAction(cm, vim, command);\n break;\n case 'search':\n this.processSearch(cm, vim, command);\n break;\n case 'ex':\n case 'keyToEx':\n this.processEx(cm, vim, command);\n break;\n default:\n break;\n }\n },\n processMotion: function(cm, vim, command) {\n vim.inputState.motion = command.motion;\n vim.inputState.motionArgs = copyArgs(command.motionArgs);\n this.evalInput(cm, vim);\n },\n processOperator: function(cm, vim, command) {\n var inputState = vim.inputState;\n if (inputState.operator) {\n if (inputState.operator == command.operator) {\n // Typing an operator twice like 'dd' makes the operator operate\n // linewise\n inputState.motion = 'expandToLine';\n inputState.motionArgs = { linewise: true };\n this.evalInput(cm, vim);\n return;\n } else {\n // 2 different operators in a row doesn't make sense.\n vim.inputState = new InputState();\n }\n }\n inputState.operator = command.operator;\n inputState.operatorArgs = copyArgs(command.operatorArgs);\n if (vim.visualMode) {\n // Operating on a selection in visual mode. We don't need a motion.\n this.evalInput(cm, vim);\n }\n },\n processOperatorMotion: function(cm, vim, command) {\n var visualMode = vim.visualMode;\n var operatorMotionArgs = copyArgs(command.operatorMotionArgs);\n if (operatorMotionArgs) {\n // Operator motions may have special behavior in visual mode.\n if (visualMode && operatorMotionArgs.visualLine) {\n vim.visualLine = true;\n }\n }\n this.processOperator(cm, vim, command);\n if (!visualMode) {\n this.processMotion(cm, vim, command);\n }\n },\n processAction: function(cm, vim, command) {\n var inputState = vim.inputState;\n var repeat = inputState.getRepeat();\n var repeatIsExplicit = !!repeat;\n var actionArgs = copyArgs(command.actionArgs) || {};\n if (inputState.selectedCharacter) {\n actionArgs.selectedCharacter = inputState.selectedCharacter;\n }\n // Actions may or may not have motions and operators. Do these first.\n if (command.operator) {\n this.processOperator(cm, vim, command);\n }\n if (command.motion) {\n this.processMotion(cm, vim, command);\n }\n if (command.motion || command.operator) {\n this.evalInput(cm, vim);\n }\n actionArgs.repeat = repeat || 1;\n actionArgs.repeatIsExplicit = repeatIsExplicit;\n actionArgs.registerName = inputState.registerName;\n vim.inputState = new InputState();\n vim.lastMotion = null;\n if (command.isEdit) {\n this.recordLastEdit(vim, inputState, command);\n }\n actions[command.action](cm, actionArgs, vim);\n },\n processSearch: function(cm, vim, command) {\n if (!cm.getSearchCursor) {\n // Search depends on SearchCursor.\n return;\n }\n var forward = command.searchArgs.forward;\n var wholeWordOnly = command.searchArgs.wholeWordOnly;\n getSearchState(cm).setReversed(!forward);\n var promptPrefix = (forward) ? '/' : '?';\n var originalQuery = getSearchState(cm).getQuery();\n var originalScrollPos = cm.getScrollInfo();\n function handleQuery(query, ignoreCase, smartCase) {\n try {\n updateSearchQuery(cm, query, ignoreCase, smartCase);\n } catch (e) {\n showConfirm(cm, 'Invalid regex: ' + query);\n return;\n }\n commandDispatcher.processMotion(cm, vim, {\n type: 'motion',\n motion: 'findNext',\n motionArgs: { forward: true, toJumplist: command.searchArgs.toJumplist }\n });\n }\n function onPromptClose(query) {\n cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n handleQuery(query, true /** ignoreCase */, true /** smartCase */);\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isRecording) {\n logSearchQuery(macroModeState, query);\n }\n }\n function onPromptKeyUp(_e, query) {\n var parsedQuery;\n try {\n parsedQuery = updateSearchQuery(cm, query,\n true /** ignoreCase */, true /** smartCase */);\n } catch (e) {\n // Swallow bad regexes for incremental search.\n }\n if (parsedQuery) {\n cm.scrollIntoView(findNext(cm, !forward, parsedQuery), 30);\n } else {\n clearSearchHighlight(cm);\n cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n }\n }\n function onPromptKeyDown(e, _query, close) {\n var keyName = CodeMirror.keyName(e);\n if (keyName == 'Esc' || keyName == 'Ctrl-C' || keyName == 'Ctrl-[') {\n updateSearchQuery(cm, originalQuery);\n clearSearchHighlight(cm);\n cm.scrollTo(originalScrollPos.left, originalScrollPos.top);\n\n CodeMirror.e_stop(e);\n close();\n cm.focus();\n }\n }\n switch (command.searchArgs.querySrc) {\n case 'prompt':\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isPlaying) {\n var query = macroModeState.replaySearchQueries.shift();\n handleQuery(query, true /** ignoreCase */, false /** smartCase */);\n } else {\n showPrompt(cm, {\n onClose: onPromptClose,\n prefix: promptPrefix,\n desc: searchPromptDesc,\n onKeyUp: onPromptKeyUp,\n onKeyDown: onPromptKeyDown\n });\n }\n break;\n case 'wordUnderCursor':\n var word = expandWordUnderCursor(cm, false /** inclusive */,\n true /** forward */, false /** bigWord */,\n true /** noSymbol */);\n var isKeyword = true;\n if (!word) {\n word = expandWordUnderCursor(cm, false /** inclusive */,\n true /** forward */, false /** bigWord */,\n false /** noSymbol */);\n isKeyword = false;\n }\n if (!word) {\n return;\n }\n var query = cm.getLine(word.start.line).substring(word.start.ch,\n word.end.ch);\n if (isKeyword && wholeWordOnly) {\n query = '\\\\b' + query + '\\\\b';\n } else {\n query = escapeRegex(query);\n }\n\n // cachedCursor is used to save the old position of the cursor\n // when * or # causes vim to seek for the nearest word and shift\n // the cursor before entering the motion.\n vimGlobalState.jumpList.cachedCursor = cm.getCursor();\n cm.setCursor(word.start);\n\n handleQuery(query, true /** ignoreCase */, false /** smartCase */);\n break;\n }\n },\n processEx: function(cm, vim, command) {\n function onPromptClose(input) {\n // Give the prompt some time to close so that if processCommand shows\n // an error, the elements don't overlap.\n exCommandDispatcher.processCommand(cm, input);\n }\n function onPromptKeyDown(e, _input, close) {\n var keyName = CodeMirror.keyName(e);\n if (keyName == 'Esc' || keyName == 'Ctrl-C' || keyName == 'Ctrl-[') {\n CodeMirror.e_stop(e);\n close();\n cm.focus();\n }\n }\n if (command.type == 'keyToEx') {\n // Handle user defined Ex to Ex mappings\n exCommandDispatcher.processCommand(cm, command.exArgs.input);\n } else {\n if (vim.visualMode) {\n showPrompt(cm, { onClose: onPromptClose, prefix: ':', value: '\\'<,\\'>',\n onKeyDown: onPromptKeyDown});\n } else {\n showPrompt(cm, { onClose: onPromptClose, prefix: ':',\n onKeyDown: onPromptKeyDown});\n }\n }\n },\n evalInput: function(cm, vim) {\n // If the motion comand is set, execute both the operator and motion.\n // Otherwise return.\n var inputState = vim.inputState;\n var motion = inputState.motion;\n var motionArgs = inputState.motionArgs || {};\n var operator = inputState.operator;\n var operatorArgs = inputState.operatorArgs || {};\n var registerName = inputState.registerName;\n var selectionEnd = copyCursor(cm.getCursor('head'));\n var selectionStart = copyCursor(cm.getCursor('anchor'));\n // The difference between cur and selection cursors are that cur is\n // being operated on and ignores that there is a selection.\n var curStart = copyCursor(selectionEnd);\n var curOriginal = copyCursor(curStart);\n var curEnd;\n var repeat;\n if (operator) {\n this.recordLastEdit(vim, inputState);\n }\n if (inputState.repeatOverride !== undefined) {\n // If repeatOverride is specified, that takes precedence over the\n // input state's repeat. Used by Ex mode and can be user defined.\n repeat = inputState.repeatOverride;\n } else {\n repeat = inputState.getRepeat();\n }\n if (repeat > 0 && motionArgs.explicitRepeat) {\n motionArgs.repeatIsExplicit = true;\n } else if (motionArgs.noRepeat ||\n (!motionArgs.explicitRepeat && repeat === 0)) {\n repeat = 1;\n motionArgs.repeatIsExplicit = false;\n }\n if (inputState.selectedCharacter) {\n // If there is a character input, stick it in all of the arg arrays.\n motionArgs.selectedCharacter = operatorArgs.selectedCharacter =\n inputState.selectedCharacter;\n }\n motionArgs.repeat = repeat;\n vim.inputState = new InputState();\n if (motion) {\n var motionResult = motions[motion](cm, motionArgs, vim);\n vim.lastMotion = motions[motion];\n if (!motionResult) {\n return;\n }\n if (motionArgs.toJumplist) {\n var jumpList = vimGlobalState.jumpList;\n // if the current motion is # or *, use cachedCursor\n var cachedCursor = jumpList.cachedCursor;\n if (cachedCursor) {\n recordJumpPosition(cm, cachedCursor, motionResult);\n delete jumpList.cachedCursor;\n } else {\n recordJumpPosition(cm, curOriginal, motionResult);\n }\n }\n if (motionResult instanceof Array) {\n curStart = motionResult[0];\n curEnd = motionResult[1];\n } else {\n curEnd = motionResult;\n }\n // TODO: Handle null returns from motion commands better.\n if (!curEnd) {\n curEnd = Pos(curStart.line, curStart.ch);\n }\n if (vim.visualMode) {\n // Check if the selection crossed over itself. Will need to shift\n // the start point if that happened.\n if (cursorIsBefore(selectionStart, selectionEnd) &&\n (cursorEqual(selectionStart, curEnd) ||\n cursorIsBefore(curEnd, selectionStart))) {\n // The end of the selection has moved from after the start to\n // before the start. We will shift the start right by 1.\n selectionStart.ch += 1;\n } else if (cursorIsBefore(selectionEnd, selectionStart) &&\n (cursorEqual(selectionStart, curEnd) ||\n cursorIsBefore(selectionStart, curEnd))) {\n // The opposite happened. We will shift the start left by 1.\n selectionStart.ch -= 1;\n }\n selectionEnd = curEnd;\n selectionStart = (motionResult instanceof Array) ? curStart : selectionStart;\n if (vim.visualLine) {\n if (cursorIsBefore(selectionStart, selectionEnd)) {\n selectionStart.ch = 0;\n\n var lastLine = cm.lastLine();\n if (selectionEnd.line > lastLine) {\n selectionEnd.line = lastLine;\n }\n selectionEnd.ch = lineLength(cm, selectionEnd.line);\n } else {\n selectionEnd.ch = 0;\n selectionStart.ch = lineLength(cm, selectionStart.line);\n }\n }\n cm.setSelection(selectionStart, selectionEnd);\n updateMark(cm, vim, '<',\n cursorIsBefore(selectionStart, selectionEnd) ? selectionStart\n : selectionEnd);\n updateMark(cm, vim, '>',\n cursorIsBefore(selectionStart, selectionEnd) ? selectionEnd\n : selectionStart);\n } else if (!operator) {\n curEnd = clipCursorToContent(cm, curEnd);\n cm.setCursor(curEnd.line, curEnd.ch);\n }\n }\n\n if (operator) {\n var inverted = false;\n vim.lastMotion = null;\n operatorArgs.repeat = repeat; // Indent in visual mode needs this.\n if (vim.visualMode) {\n curStart = selectionStart;\n curEnd = selectionEnd;\n motionArgs.inclusive = true;\n }\n // Swap start and end if motion was backward.\n if (curEnd && cursorIsBefore(curEnd, curStart)) {\n var tmp = curStart;\n curStart = curEnd;\n curEnd = tmp;\n inverted = true;\n } else if (!curEnd) {\n curEnd = copyCursor(curStart);\n }\n if (motionArgs.inclusive && !(vim.visualMode && inverted)) {\n // Move the selection end one to the right to include the last\n // character.\n curEnd.ch++;\n }\n if (operatorArgs.selOffset) {\n // Replaying a visual mode operation\n curEnd.line = curStart.line + operatorArgs.selOffset.line;\n if (operatorArgs.selOffset.line) {curEnd.ch = operatorArgs.selOffset.ch; }\n else { curEnd.ch = curStart.ch + operatorArgs.selOffset.ch; }\n } else if (vim.visualMode) {\n var selOffset = Pos();\n selOffset.line = curEnd.line - curStart.line;\n if (selOffset.line) { selOffset.ch = curEnd.ch; }\n else { selOffset.ch = curEnd.ch - curStart.ch; }\n operatorArgs.selOffset = selOffset;\n }\n var linewise = motionArgs.linewise ||\n (vim.visualMode && vim.visualLine) ||\n operatorArgs.linewise;\n if (linewise) {\n // Expand selection to entire line.\n expandSelectionToLine(cm, curStart, curEnd);\n } else if (motionArgs.forward) {\n // Clip to trailing newlines only if the motion goes forward.\n clipToLine(cm, curStart, curEnd);\n }\n operatorArgs.registerName = registerName;\n // Keep track of linewise as it affects how paste and change behave.\n operatorArgs.linewise = linewise;\n operators[operator](cm, operatorArgs, vim, curStart,\n curEnd, curOriginal);\n if (vim.visualMode) {\n exitVisualMode(cm);\n }\n }\n },\n recordLastEdit: function(vim, inputState, actionCommand) {\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isPlaying) { return; }\n vim.lastEditInputState = inputState;\n vim.lastEditActionCommand = actionCommand;\n macroModeState.lastInsertModeChanges.changes = [];\n macroModeState.lastInsertModeChanges.expectCursorActivityForChange = false;\n }\n };\n\n /**\n * typedef {Object{line:number,ch:number}} Cursor An object containing the\n * position of the cursor.\n */\n // All of the functions below return Cursor objects.\n var motions = {\n moveToTopLine: function(cm, motionArgs) {\n var line = getUserVisibleLines(cm).top + motionArgs.repeat -1;\n return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n },\n moveToMiddleLine: function(cm) {\n var range = getUserVisibleLines(cm);\n var line = Math.floor((range.top + range.bottom) * 0.5);\n return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n },\n moveToBottomLine: function(cm, motionArgs) {\n var line = getUserVisibleLines(cm).bottom - motionArgs.repeat +1;\n return Pos(line, findFirstNonWhiteSpaceCharacter(cm.getLine(line)));\n },\n expandToLine: function(cm, motionArgs) {\n // Expands forward to end of line, and then to next line if repeat is\n // >1. Does not handle backward motion!\n var cur = cm.getCursor();\n return Pos(cur.line + motionArgs.repeat - 1, Infinity);\n },\n findNext: function(cm, motionArgs) {\n var state = getSearchState(cm);\n var query = state.getQuery();\n if (!query) {\n return;\n }\n var prev = !motionArgs.forward;\n // If search is initiated with ? instead of /, negate direction.\n prev = (state.isReversed()) ? !prev : prev;\n highlightSearchMatches(cm, query);\n return findNext(cm, prev/** prev */, query, motionArgs.repeat);\n },\n goToMark: function(cm, motionArgs, vim) {\n var mark = vim.marks[motionArgs.selectedCharacter];\n if (mark) {\n var pos = mark.find();\n return motionArgs.linewise ? { line: pos.line, ch: findFirstNonWhiteSpaceCharacter(cm.getLine(pos.line)) } : pos;\n }\n return null;\n },\n moveToOtherHighlightedEnd: function(cm) {\n var curEnd = copyCursor(cm.getCursor('head'));\n var curStart = copyCursor(cm.getCursor('anchor'));\n if (cursorIsBefore(curStart, curEnd)) {\n curEnd.ch += 1;\n } else if (cursorIsBefore(curEnd, curStart)) {\n curStart.ch -= 1;\n }\n return ([curEnd,curStart]);\n },\n jumpToMark: function(cm, motionArgs, vim) {\n var best = cm.getCursor();\n for (var i = 0; i < motionArgs.repeat; i++) {\n var cursor = best;\n for (var key in vim.marks) {\n if (!isLowerCase(key)) {\n continue;\n }\n var mark = vim.marks[key].find();\n var isWrongDirection = (motionArgs.forward) ?\n cursorIsBefore(mark, cursor) : cursorIsBefore(cursor, mark);\n\n if (isWrongDirection) {\n continue;\n }\n if (motionArgs.linewise && (mark.line == cursor.line)) {\n continue;\n }\n\n var equal = cursorEqual(cursor, best);\n var between = (motionArgs.forward) ?\n cusrorIsBetween(cursor, mark, best) :\n cusrorIsBetween(best, mark, cursor);\n\n if (equal || between) {\n best = mark;\n }\n }\n }\n\n if (motionArgs.linewise) {\n // Vim places the cursor on the first non-whitespace character of\n // the line if there is one, else it places the cursor at the end\n // of the line, regardless of whether a mark was found.\n best = Pos(best.line, findFirstNonWhiteSpaceCharacter(cm.getLine(best.line)));\n }\n return best;\n },\n moveByCharacters: function(cm, motionArgs) {\n var cur = cm.getCursor();\n var repeat = motionArgs.repeat;\n var ch = motionArgs.forward ? cur.ch + repeat : cur.ch - repeat;\n return Pos(cur.line, ch);\n },\n moveByLines: function(cm, motionArgs, vim) {\n var cur = cm.getCursor();\n var endCh = cur.ch;\n // Depending what our last motion was, we may want to do different\n // things. If our last motion was moving vertically, we want to\n // preserve the HPos from our last horizontal move. If our last motion\n // was going to the end of a line, moving vertically we should go to\n // the end of the line, etc.\n switch (vim.lastMotion) {\n case this.moveByLines:\n case this.moveByDisplayLines:\n case this.moveByScroll:\n case this.moveToColumn:\n case this.moveToEol:\n endCh = vim.lastHPos;\n break;\n default:\n vim.lastHPos = endCh;\n }\n var repeat = motionArgs.repeat+(motionArgs.repeatOffset||0);\n var line = motionArgs.forward ? cur.line + repeat : cur.line - repeat;\n var first = cm.firstLine();\n var last = cm.lastLine();\n // Vim cancels linewise motions that start on an edge and move beyond\n // that edge. It does not cancel motions that do not start on an edge.\n if ((line < first && cur.line == first) ||\n (line > last && cur.line == last)) {\n return;\n }\n if (motionArgs.toFirstChar){\n endCh=findFirstNonWhiteSpaceCharacter(cm.getLine(line));\n vim.lastHPos = endCh;\n }\n vim.lastHSPos = cm.charCoords(Pos(line, endCh),'div').left;\n return Pos(line, endCh);\n },\n moveByDisplayLines: function(cm, motionArgs, vim) {\n var cur = cm.getCursor();\n switch (vim.lastMotion) {\n case this.moveByDisplayLines:\n case this.moveByScroll:\n case this.moveByLines:\n case this.moveToColumn:\n case this.moveToEol:\n break;\n default:\n vim.lastHSPos = cm.charCoords(cur,'div').left;\n }\n var repeat = motionArgs.repeat;\n var res=cm.findPosV(cur,(motionArgs.forward ? repeat : -repeat),'line',vim.lastHSPos);\n if (res.hitSide) {\n if (motionArgs.forward) {\n var lastCharCoords = cm.charCoords(res, 'div');\n var goalCoords = { top: lastCharCoords.top + 8, left: vim.lastHSPos };\n var res = cm.coordsChar(goalCoords, 'div');\n } else {\n var resCoords = cm.charCoords(Pos(cm.firstLine(), 0), 'div');\n resCoords.left = vim.lastHSPos;\n res = cm.coordsChar(resCoords, 'div');\n }\n }\n vim.lastHPos = res.ch;\n return res;\n },\n moveByPage: function(cm, motionArgs) {\n // CodeMirror only exposes functions that move the cursor page down, so\n // doing this bad hack to move the cursor and move it back. evalInput\n // will move the cursor to where it should be in the end.\n var curStart = cm.getCursor();\n var repeat = motionArgs.repeat;\n return cm.findPosV(curStart, (motionArgs.forward ? repeat : -repeat), 'page');\n },\n moveByParagraph: function(cm, motionArgs) {\n var line = cm.getCursor().line;\n var repeat = motionArgs.repeat;\n var inc = motionArgs.forward ? 1 : -1;\n for (var i = 0; i < repeat; i++) {\n if ((!motionArgs.forward && line === cm.firstLine() ) ||\n (motionArgs.forward && line == cm.lastLine())) {\n break;\n }\n line += inc;\n while (line !== cm.firstLine() && line != cm.lastLine() && cm.getLine(line)) {\n line += inc;\n }\n }\n return Pos(line, 0);\n },\n moveByScroll: function(cm, motionArgs, vim) {\n var scrollbox = cm.getScrollInfo();\n var curEnd = null;\n var repeat = motionArgs.repeat;\n if (!repeat) {\n repeat = scrollbox.clientHeight / (2 * cm.defaultTextHeight());\n }\n var orig = cm.charCoords(cm.getCursor(), 'local');\n motionArgs.repeat = repeat;\n var curEnd = motions.moveByDisplayLines(cm, motionArgs, vim);\n if (!curEnd) {\n return null;\n }\n var dest = cm.charCoords(curEnd, 'local');\n cm.scrollTo(null, scrollbox.top + dest.top - orig.top);\n return curEnd;\n },\n moveByWords: function(cm, motionArgs) {\n return moveToWord(cm, motionArgs.repeat, !!motionArgs.forward,\n !!motionArgs.wordEnd, !!motionArgs.bigWord);\n },\n moveTillCharacter: function(cm, motionArgs) {\n var repeat = motionArgs.repeat;\n var curEnd = moveToCharacter(cm, repeat, motionArgs.forward,\n motionArgs.selectedCharacter);\n var increment = motionArgs.forward ? -1 : 1;\n recordLastCharacterSearch(increment, motionArgs);\n if (!curEnd) return null;\n curEnd.ch += increment;\n return curEnd;\n },\n moveToCharacter: function(cm, motionArgs) {\n var repeat = motionArgs.repeat;\n recordLastCharacterSearch(0, motionArgs);\n return moveToCharacter(cm, repeat, motionArgs.forward,\n motionArgs.selectedCharacter) || cm.getCursor();\n },\n moveToSymbol: function(cm, motionArgs) {\n var repeat = motionArgs.repeat;\n return findSymbol(cm, repeat, motionArgs.forward,\n motionArgs.selectedCharacter) || cm.getCursor();\n },\n moveToColumn: function(cm, motionArgs, vim) {\n var repeat = motionArgs.repeat;\n // repeat is equivalent to which column we want to move to!\n vim.lastHPos = repeat - 1;\n vim.lastHSPos = cm.charCoords(cm.getCursor(),'div').left;\n return moveToColumn(cm, repeat);\n },\n moveToEol: function(cm, motionArgs, vim) {\n var cur = cm.getCursor();\n vim.lastHPos = Infinity;\n var retval= Pos(cur.line + motionArgs.repeat - 1, Infinity);\n var end=cm.clipPos(retval);\n end.ch--;\n vim.lastHSPos = cm.charCoords(end,'div').left;\n return retval;\n },\n moveToFirstNonWhiteSpaceCharacter: function(cm) {\n // Go to the start of the line where the text begins, or the end for\n // whitespace-only lines\n var cursor = cm.getCursor();\n return Pos(cursor.line,\n findFirstNonWhiteSpaceCharacter(cm.getLine(cursor.line)));\n },\n moveToMatchedSymbol: function(cm) {\n var cursor = cm.getCursor();\n var line = cursor.line;\n var ch = cursor.ch;\n var lineText = cm.getLine(line);\n var symbol;\n do {\n symbol = lineText.charAt(ch++);\n if (symbol && isMatchableSymbol(symbol)) {\n var style = cm.getTokenTypeAt(Pos(line, ch));\n if (style !== \"string\" && style !== \"comment\") {\n break;\n }\n }\n } while (symbol);\n if (symbol) {\n var matched = cm.findMatchingBracket(Pos(line, ch));\n return matched.to;\n } else {\n return cursor;\n }\n },\n moveToStartOfLine: function(cm) {\n var cursor = cm.getCursor();\n return Pos(cursor.line, 0);\n },\n moveToLineOrEdgeOfDocument: function(cm, motionArgs) {\n var lineNum = motionArgs.forward ? cm.lastLine() : cm.firstLine();\n if (motionArgs.repeatIsExplicit) {\n lineNum = motionArgs.repeat - cm.getOption('firstLineNumber');\n }\n return Pos(lineNum,\n findFirstNonWhiteSpaceCharacter(cm.getLine(lineNum)));\n },\n textObjectManipulation: function(cm, motionArgs) {\n // TODO: lots of possible exceptions that can be thrown here. Try da(\n // outside of a () block.\n\n // TODO: adding <> >< to this map doesn't work, presumably because\n // they're operators\n var mirroredPairs = {'(': ')', ')': '(',\n '{': '}', '}': '{',\n '[': ']', ']': '['};\n var selfPaired = {'\\'': true, '\"': true};\n\n var character = motionArgs.selectedCharacter;\n // 'b' refers to '()' block.\n // 'B' refers to '{}' block.\n if (character == 'b') {\n character = '(';\n } else if (character == 'B') {\n character = '{';\n }\n\n // Inclusive is the difference between a and i\n // TODO: Instead of using the additional text object map to perform text\n // object operations, merge the map into the defaultKeyMap and use\n // motionArgs to define behavior. Define separate entries for 'aw',\n // 'iw', 'a[', 'i[', etc.\n var inclusive = !motionArgs.textObjectInner;\n\n var tmp;\n if (mirroredPairs[character]) {\n tmp = selectCompanionObject(cm, character, inclusive);\n } else if (selfPaired[character]) {\n tmp = findBeginningAndEnd(cm, character, inclusive);\n } else if (character === 'W') {\n tmp = expandWordUnderCursor(cm, inclusive, true /** forward */,\n true /** bigWord */);\n } else if (character === 'w') {\n tmp = expandWordUnderCursor(cm, inclusive, true /** forward */,\n false /** bigWord */);\n } else {\n // No text object defined for this, don't move.\n return null;\n }\n\n return [tmp.start, tmp.end];\n },\n\n repeatLastCharacterSearch: function(cm, motionArgs) {\n var lastSearch = vimGlobalState.lastChararacterSearch;\n var repeat = motionArgs.repeat;\n var forward = motionArgs.forward === lastSearch.forward;\n var increment = (lastSearch.increment ? 1 : 0) * (forward ? -1 : 1);\n cm.moveH(-increment, 'char');\n motionArgs.inclusive = forward ? true : false;\n var curEnd = moveToCharacter(cm, repeat, forward, lastSearch.selectedCharacter);\n if (!curEnd) {\n cm.moveH(increment, 'char');\n return cm.getCursor();\n }\n curEnd.ch += increment;\n return curEnd;\n }\n };\n\n var operators = {\n change: function(cm, operatorArgs, _vim, curStart, curEnd) {\n vimGlobalState.registerController.pushText(\n operatorArgs.registerName, 'change', cm.getRange(curStart, curEnd),\n operatorArgs.linewise);\n if (operatorArgs.linewise) {\n // Push the next line back down, if there is a next line.\n var replacement = curEnd.line > cm.lastLine() ? '' : '\\n';\n cm.replaceRange(replacement, curStart, curEnd);\n cm.indentLine(curStart.line, 'smart');\n // null ch so setCursor moves to end of line.\n curStart.ch = null;\n } else {\n // Exclude trailing whitespace if the range is not all whitespace.\n var text = cm.getRange(curStart, curEnd);\n if (!isWhiteSpaceString(text)) {\n var match = (/\\s+$/).exec(text);\n if (match) {\n curEnd = offsetCursor(curEnd, 0, - match[0].length);\n }\n }\n cm.replaceRange('', curStart, curEnd);\n }\n actions.enterInsertMode(cm, {}, cm.state.vim);\n cm.setCursor(curStart);\n },\n // delete is a javascript keyword.\n 'delete': function(cm, operatorArgs, _vim, curStart, curEnd) {\n // If the ending line is past the last line, inclusive, instead of\n // including the trailing \\n, include the \\n before the starting line\n if (operatorArgs.linewise &&\n curEnd.line > cm.lastLine() && curStart.line > cm.firstLine()) {\n curStart.line--;\n curStart.ch = lineLength(cm, curStart.line);\n }\n vimGlobalState.registerController.pushText(\n operatorArgs.registerName, 'delete', cm.getRange(curStart, curEnd),\n operatorArgs.linewise);\n cm.replaceRange('', curStart, curEnd);\n if (operatorArgs.linewise) {\n cm.setCursor(motions.moveToFirstNonWhiteSpaceCharacter(cm));\n } else {\n cm.setCursor(curStart);\n }\n },\n indent: function(cm, operatorArgs, vim, curStart, curEnd) {\n var startLine = curStart.line;\n var endLine = curEnd.line;\n // In visual mode, n> shifts the selection right n times, instead of\n // shifting n lines right once.\n var repeat = (vim.visualMode) ? operatorArgs.repeat : 1;\n if (operatorArgs.linewise) {\n // The only way to delete a newline is to delete until the start of\n // the next line, so in linewise mode evalInput will include the next\n // line. We don't want this in indent, so we go back a line.\n endLine--;\n }\n for (var i = startLine; i <= endLine; i++) {\n for (var j = 0; j < repeat; j++) {\n cm.indentLine(i, operatorArgs.indentRight);\n }\n }\n cm.setCursor(curStart);\n cm.setCursor(motions.moveToFirstNonWhiteSpaceCharacter(cm));\n },\n swapcase: function(cm, operatorArgs, _vim, curStart, curEnd, curOriginal) {\n var toSwap = cm.getRange(curStart, curEnd);\n var swapped = '';\n for (var i = 0; i < toSwap.length; i++) {\n var character = toSwap.charAt(i);\n swapped += isUpperCase(character) ? character.toLowerCase() :\n character.toUpperCase();\n }\n cm.replaceRange(swapped, curStart, curEnd);\n if (!operatorArgs.shouldMoveCursor) {\n cm.setCursor(curOriginal);\n }\n },\n yank: function(cm, operatorArgs, _vim, curStart, curEnd, curOriginal) {\n vimGlobalState.registerController.pushText(\n operatorArgs.registerName, 'yank',\n cm.getRange(curStart, curEnd), operatorArgs.linewise);\n cm.setCursor(curOriginal);\n }\n };\n\n var actions = {\n jumpListWalk: function(cm, actionArgs, vim) {\n if (vim.visualMode) {\n return;\n }\n var repeat = actionArgs.repeat;\n var forward = actionArgs.forward;\n var jumpList = vimGlobalState.jumpList;\n\n var mark = jumpList.move(cm, forward ? repeat : -repeat);\n var markPos = mark ? mark.find() : undefined;\n markPos = markPos ? markPos : cm.getCursor();\n cm.setCursor(markPos);\n },\n scroll: function(cm, actionArgs, vim) {\n if (vim.visualMode) {\n return;\n }\n var repeat = actionArgs.repeat || 1;\n var lineHeight = cm.defaultTextHeight();\n var top = cm.getScrollInfo().top;\n var delta = lineHeight * repeat;\n var newPos = actionArgs.forward ? top + delta : top - delta;\n var cursor = copyCursor(cm.getCursor());\n var cursorCoords = cm.charCoords(cursor, 'local');\n if (actionArgs.forward) {\n if (newPos > cursorCoords.top) {\n cursor.line += (newPos - cursorCoords.top) / lineHeight;\n cursor.line = Math.ceil(cursor.line);\n cm.setCursor(cursor);\n cursorCoords = cm.charCoords(cursor, 'local');\n cm.scrollTo(null, cursorCoords.top);\n } else {\n // Cursor stays within bounds. Just reposition the scroll window.\n cm.scrollTo(null, newPos);\n }\n } else {\n var newBottom = newPos + cm.getScrollInfo().clientHeight;\n if (newBottom < cursorCoords.bottom) {\n cursor.line -= (cursorCoords.bottom - newBottom) / lineHeight;\n cursor.line = Math.floor(cursor.line);\n cm.setCursor(cursor);\n cursorCoords = cm.charCoords(cursor, 'local');\n cm.scrollTo(\n null, cursorCoords.bottom - cm.getScrollInfo().clientHeight);\n } else {\n // Cursor stays within bounds. Just reposition the scroll window.\n cm.scrollTo(null, newPos);\n }\n }\n },\n scrollToCursor: function(cm, actionArgs) {\n var lineNum = cm.getCursor().line;\n var charCoords = cm.charCoords(Pos(lineNum, 0), 'local');\n var height = cm.getScrollInfo().clientHeight;\n var y = charCoords.top;\n var lineHeight = charCoords.bottom - y;\n switch (actionArgs.position) {\n case 'center': y = y - (height / 2) + lineHeight;\n break;\n case 'bottom': y = y - height + lineHeight*1.4;\n break;\n case 'top': y = y + lineHeight*0.4;\n break;\n }\n cm.scrollTo(null, y);\n },\n replayMacro: function(cm, actionArgs, vim) {\n var registerName = actionArgs.selectedCharacter;\n var repeat = actionArgs.repeat;\n var macroModeState = vimGlobalState.macroModeState;\n if (registerName == '@') {\n registerName = macroModeState.latestRegister;\n }\n while(repeat--){\n executeMacroRegister(cm, vim, macroModeState, registerName);\n }\n },\n enterMacroRecordMode: function(cm, actionArgs) {\n var macroModeState = vimGlobalState.macroModeState;\n var registerName = actionArgs.selectedCharacter;\n macroModeState.enterMacroRecordMode(cm, registerName);\n },\n enterInsertMode: function(cm, actionArgs, vim) {\n if (cm.getOption('readOnly')) { return; }\n vim.insertMode = true;\n vim.insertModeRepeat = actionArgs && actionArgs.repeat || 1;\n var insertAt = (actionArgs) ? actionArgs.insertAt : null;\n if (insertAt == 'eol') {\n var cursor = cm.getCursor();\n cursor = Pos(cursor.line, lineLength(cm, cursor.line));\n cm.setCursor(cursor);\n } else if (insertAt == 'charAfter') {\n cm.setCursor(offsetCursor(cm.getCursor(), 0, 1));\n } else if (insertAt == 'firstNonBlank') {\n cm.setCursor(motions.moveToFirstNonWhiteSpaceCharacter(cm));\n }\n cm.setOption('keyMap', 'vim-insert');\n cm.setOption('disableInput', false);\n if (actionArgs && actionArgs.replace) {\n // Handle Replace-mode as a special case of insert mode.\n cm.toggleOverwrite(true);\n cm.setOption('keyMap', 'vim-replace');\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"replace\"});\n } else {\n cm.setOption('keyMap', 'vim-insert');\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"insert\"});\n }\n if (!vimGlobalState.macroModeState.isPlaying) {\n // Only record if not replaying.\n cm.on('change', onChange);\n CodeMirror.on(cm.getInputField(), 'keydown', onKeyEventTargetKeyDown);\n }\n },\n toggleVisualMode: function(cm, actionArgs, vim) {\n var repeat = actionArgs.repeat;\n var curStart = cm.getCursor();\n var curEnd;\n // TODO: The repeat should actually select number of characters/lines\n // equal to the repeat times the size of the previous visual\n // operation.\n if (!vim.visualMode) {\n cm.on('mousedown', exitVisualMode);\n vim.visualMode = true;\n vim.visualLine = !!actionArgs.linewise;\n if (vim.visualLine) {\n curStart.ch = 0;\n curEnd = clipCursorToContent(\n cm, Pos(curStart.line + repeat - 1, lineLength(cm, curStart.line)),\n true /** includeLineBreak */);\n } else {\n curEnd = clipCursorToContent(\n cm, Pos(curStart.line, curStart.ch + repeat),\n true /** includeLineBreak */);\n }\n // Make the initial selection.\n if (!actionArgs.repeatIsExplicit && !vim.visualLine) {\n // This is a strange case. Here the implicit repeat is 1. The\n // following commands lets the cursor hover over the 1 character\n // selection.\n cm.setCursor(curEnd);\n cm.setSelection(curEnd, curStart);\n } else {\n cm.setSelection(curStart, curEnd);\n }\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: vim.visualLine ? \"linewise\" : \"\"});\n } else {\n curStart = cm.getCursor('anchor');\n curEnd = cm.getCursor('head');\n if (!vim.visualLine && actionArgs.linewise) {\n // Shift-V pressed in characterwise visual mode. Switch to linewise\n // visual mode instead of exiting visual mode.\n vim.visualLine = true;\n curStart.ch = cursorIsBefore(curStart, curEnd) ? 0 :\n lineLength(cm, curStart.line);\n curEnd.ch = cursorIsBefore(curStart, curEnd) ?\n lineLength(cm, curEnd.line) : 0;\n cm.setSelection(curStart, curEnd);\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: \"linewise\"});\n } else if (vim.visualLine && !actionArgs.linewise) {\n // v pressed in linewise visual mode. Switch to characterwise visual\n // mode instead of exiting visual mode.\n vim.visualLine = false;\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\"});\n } else {\n exitVisualMode(cm);\n }\n }\n updateMark(cm, vim, '<', cursorIsBefore(curStart, curEnd) ? curStart\n : curEnd);\n updateMark(cm, vim, '>', cursorIsBefore(curStart, curEnd) ? curEnd\n : curStart);\n },\n reselectLastSelection: function(cm, _actionArgs, vim) {\n if (vim.lastSelection) {\n var lastSelection = vim.lastSelection;\n cm.setSelection(lastSelection.curStart, lastSelection.curEnd);\n if (lastSelection.visualLine) {\n vim.visualMode = true;\n vim.visualLine = true;\n }\n else {\n vim.visualMode = true;\n vim.visualLine = false;\n }\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"visual\", subMode: vim.visualLine ? \"linewise\" : \"\"});\n }\n },\n joinLines: function(cm, actionArgs, vim) {\n var curStart, curEnd;\n if (vim.visualMode) {\n curStart = cm.getCursor('anchor');\n curEnd = cm.getCursor('head');\n curEnd.ch = lineLength(cm, curEnd.line) - 1;\n } else {\n // Repeat is the number of lines to join. Minimum 2 lines.\n var repeat = Math.max(actionArgs.repeat, 2);\n curStart = cm.getCursor();\n curEnd = clipCursorToContent(cm, Pos(curStart.line + repeat - 1,\n Infinity));\n }\n var finalCh = 0;\n cm.operation(function() {\n for (var i = curStart.line; i < curEnd.line; i++) {\n finalCh = lineLength(cm, curStart.line);\n var tmp = Pos(curStart.line + 1,\n lineLength(cm, curStart.line + 1));\n var text = cm.getRange(curStart, tmp);\n text = text.replace(/\\n\\s*/g, ' ');\n cm.replaceRange(text, curStart, tmp);\n }\n var curFinalPos = Pos(curStart.line, finalCh);\n cm.setCursor(curFinalPos);\n });\n },\n newLineAndEnterInsertMode: function(cm, actionArgs, vim) {\n vim.insertMode = true;\n var insertAt = copyCursor(cm.getCursor());\n if (insertAt.line === cm.firstLine() && !actionArgs.after) {\n // Special case for inserting newline before start of document.\n cm.replaceRange('\\n', Pos(cm.firstLine(), 0));\n cm.setCursor(cm.firstLine(), 0);\n } else {\n insertAt.line = (actionArgs.after) ? insertAt.line :\n insertAt.line - 1;\n insertAt.ch = lineLength(cm, insertAt.line);\n cm.setCursor(insertAt);\n var newlineFn = CodeMirror.commands.newlineAndIndentContinueComment ||\n CodeMirror.commands.newlineAndIndent;\n newlineFn(cm);\n }\n this.enterInsertMode(cm, { repeat: actionArgs.repeat }, vim);\n },\n paste: function(cm, actionArgs) {\n var cur = copyCursor(cm.getCursor());\n var register = vimGlobalState.registerController.getRegister(\n actionArgs.registerName);\n var text = register.toString();\n if (!text) {\n return;\n }\n if (actionArgs.matchIndent) {\n // length that considers tabs and cm.options.tabSize\n var whitespaceLength = function(str) {\n var tabs = (str.split(\"\\t\").length - 1);\n var spaces = (str.split(\" \").length - 1);\n return tabs * cm.options.tabSize + spaces * 1;\n };\n var currentLine = cm.getLine(cm.getCursor().line);\n var indent = whitespaceLength(currentLine.match(/^\\s*/)[0]);\n // chomp last newline b/c don't want it to match /^\\s*/gm\n var chompedText = text.replace(/\\n$/, '');\n var wasChomped = text !== chompedText;\n var firstIndent = whitespaceLength(text.match(/^\\s*/)[0]);\n var text = chompedText.replace(/^\\s*/gm, function(wspace) {\n var newIndent = indent + (whitespaceLength(wspace) - firstIndent);\n if (newIndent < 0) {\n return \"\";\n }\n else if (cm.options.indentWithTabs) {\n var quotient = Math.floor(newIndent / cm.options.tabSize);\n return Array(quotient + 1).join('\\t');\n }\n else {\n return Array(newIndent + 1).join(' ');\n }\n });\n text += wasChomped ? \"\\n\" : \"\";\n }\n if (actionArgs.repeat > 1) {\n var text = Array(actionArgs.repeat + 1).join(text);\n }\n var linewise = register.linewise;\n if (linewise) {\n if (actionArgs.after) {\n // Move the newline at the end to the start instead, and paste just\n // before the newline character of the line we are on right now.\n text = '\\n' + text.slice(0, text.length - 1);\n cur.ch = lineLength(cm, cur.line);\n } else {\n cur.ch = 0;\n }\n } else {\n cur.ch += actionArgs.after ? 1 : 0;\n }\n cm.replaceRange(text, cur);\n // Now fine tune the cursor to where we want it.\n var curPosFinal;\n var idx;\n if (linewise && actionArgs.after) {\n curPosFinal = Pos(\n cur.line + 1,\n findFirstNonWhiteSpaceCharacter(cm.getLine(cur.line + 1)));\n } else if (linewise && !actionArgs.after) {\n curPosFinal = Pos(\n cur.line,\n findFirstNonWhiteSpaceCharacter(cm.getLine(cur.line)));\n } else if (!linewise && actionArgs.after) {\n idx = cm.indexFromPos(cur);\n curPosFinal = cm.posFromIndex(idx + text.length - 1);\n } else {\n idx = cm.indexFromPos(cur);\n curPosFinal = cm.posFromIndex(idx + text.length);\n }\n cm.setCursor(curPosFinal);\n },\n undo: function(cm, actionArgs) {\n cm.operation(function() {\n repeatFn(cm, CodeMirror.commands.undo, actionArgs.repeat)();\n cm.setCursor(cm.getCursor('anchor'));\n });\n },\n redo: function(cm, actionArgs) {\n repeatFn(cm, CodeMirror.commands.redo, actionArgs.repeat)();\n },\n setRegister: function(_cm, actionArgs, vim) {\n vim.inputState.registerName = actionArgs.selectedCharacter;\n },\n setMark: function(cm, actionArgs, vim) {\n var markName = actionArgs.selectedCharacter;\n updateMark(cm, vim, markName, cm.getCursor());\n },\n replace: function(cm, actionArgs, vim) {\n var replaceWith = actionArgs.selectedCharacter;\n var curStart = cm.getCursor();\n var replaceTo;\n var curEnd;\n if (vim.visualMode){\n curStart=cm.getCursor('start');\n curEnd=cm.getCursor('end');\n // workaround to catch the character under the cursor\n // existing workaround doesn't cover actions\n curEnd=cm.clipPos(Pos(curEnd.line, curEnd.ch+1));\n }else{\n var line = cm.getLine(curStart.line);\n replaceTo = curStart.ch + actionArgs.repeat;\n if (replaceTo > line.length) {\n replaceTo=line.length;\n }\n curEnd = Pos(curStart.line, replaceTo);\n }\n if (replaceWith=='\\n'){\n if (!vim.visualMode) cm.replaceRange('', curStart, curEnd);\n // special case, where vim help says to replace by just one line-break\n (CodeMirror.commands.newlineAndIndentContinueComment || CodeMirror.commands.newlineAndIndent)(cm);\n }else {\n var replaceWithStr=cm.getRange(curStart, curEnd);\n //replace all characters in range by selected, but keep linebreaks\n replaceWithStr=replaceWithStr.replace(/[^\\n]/g,replaceWith);\n cm.replaceRange(replaceWithStr, curStart, curEnd);\n if (vim.visualMode){\n cm.setCursor(curStart);\n exitVisualMode(cm);\n }else{\n cm.setCursor(offsetCursor(curEnd, 0, -1));\n }\n }\n },\n incrementNumberToken: function(cm, actionArgs) {\n var cur = cm.getCursor();\n var lineStr = cm.getLine(cur.line);\n var re = /-?\\d+/g;\n var match;\n var start;\n var end;\n var numberStr;\n var token;\n while ((match = re.exec(lineStr)) !== null) {\n token = match[0];\n start = match.index;\n end = start + token.length;\n if (cur.ch < end)break;\n }\n if (!actionArgs.backtrack && (end <= cur.ch))return;\n if (token) {\n var increment = actionArgs.increase ? 1 : -1;\n var number = parseInt(token) + (increment * actionArgs.repeat);\n var from = Pos(cur.line, start);\n var to = Pos(cur.line, end);\n numberStr = number.toString();\n cm.replaceRange(numberStr, from, to);\n } else {\n return;\n }\n cm.setCursor(Pos(cur.line, start + numberStr.length - 1));\n },\n repeatLastEdit: function(cm, actionArgs, vim) {\n var lastEditInputState = vim.lastEditInputState;\n if (!lastEditInputState) { return; }\n var repeat = actionArgs.repeat;\n if (repeat && actionArgs.repeatIsExplicit) {\n vim.lastEditInputState.repeatOverride = repeat;\n } else {\n repeat = vim.lastEditInputState.repeatOverride || repeat;\n }\n repeatLastEdit(cm, vim, repeat, false /** repeatForInsert */);\n },\n changeCase: function(cm, actionArgs, vim) {\n var selectedAreaRange = getSelectedAreaRange(cm, vim);\n var selectionStart = selectedAreaRange[0];\n var selectionEnd = selectedAreaRange[1];\n var toLower = actionArgs.toLower;\n if (cursorIsBefore(selectionEnd, selectionStart)) {\n var tmp = selectionStart;\n selectionStart = selectionEnd;\n selectionEnd = tmp;\n } else {\n selectionEnd = cm.clipPos(Pos(selectionEnd.line, selectionEnd.ch+1));\n }\n var text = cm.getRange(selectionStart, selectionEnd);\n cm.replaceRange(toLower ? text.toLowerCase() : text.toUpperCase(), selectionStart, selectionEnd);\n cm.setCursor(selectionStart);\n }\n };\n\n /*\n * Below are miscellaneous utility functions used by vim.js\n */\n\n /**\n * Clips cursor to ensure that line is within the buffer's range\n * If includeLineBreak is true, then allow cur.ch == lineLength.\n */\n function clipCursorToContent(cm, cur, includeLineBreak) {\n var line = Math.min(Math.max(cm.firstLine(), cur.line), cm.lastLine() );\n var maxCh = lineLength(cm, line) - 1;\n maxCh = (includeLineBreak) ? maxCh + 1 : maxCh;\n var ch = Math.min(Math.max(0, cur.ch), maxCh);\n return Pos(line, ch);\n }\n function copyArgs(args) {\n var ret = {};\n for (var prop in args) {\n if (args.hasOwnProperty(prop)) {\n ret[prop] = args[prop];\n }\n }\n return ret;\n }\n function offsetCursor(cur, offsetLine, offsetCh) {\n return Pos(cur.line + offsetLine, cur.ch + offsetCh);\n }\n function matchKeysPartial(pressed, mapped) {\n for (var i = 0; i < pressed.length; i++) {\n // 'character' means any character. For mark, register commads, etc.\n if (pressed[i] != mapped[i] && mapped[i] != 'character') {\n return false;\n }\n }\n return true;\n }\n function repeatFn(cm, fn, repeat) {\n return function() {\n for (var i = 0; i < repeat; i++) {\n fn(cm);\n }\n };\n }\n function copyCursor(cur) {\n return Pos(cur.line, cur.ch);\n }\n function cursorEqual(cur1, cur2) {\n return cur1.ch == cur2.ch && cur1.line == cur2.line;\n }\n function cursorIsBefore(cur1, cur2) {\n if (cur1.line < cur2.line) {\n return true;\n }\n if (cur1.line == cur2.line && cur1.ch < cur2.ch) {\n return true;\n }\n return false;\n }\n function cusrorIsBetween(cur1, cur2, cur3) {\n // returns true if cur2 is between cur1 and cur3.\n var cur1before2 = cursorIsBefore(cur1, cur2);\n var cur2before3 = cursorIsBefore(cur2, cur3);\n return cur1before2 && cur2before3;\n }\n function lineLength(cm, lineNum) {\n return cm.getLine(lineNum).length;\n }\n function reverse(s){\n return s.split('').reverse().join('');\n }\n function trim(s) {\n if (s.trim) {\n return s.trim();\n }\n return s.replace(/^\\s+|\\s+$/g, '');\n }\n function escapeRegex(s) {\n return s.replace(/([.?*+$\\[\\]\\/\\\\(){}|\\-])/g, '\\\\$1');\n }\n function getSelectedAreaRange(cm, vim) {\n var selectionStart = cm.getCursor('anchor');\n var selectionEnd = cm.getCursor('head');\n var lastSelection = vim.lastSelection;\n if (!vim.visualMode) {\n var line = lastSelection.curEnd.line - lastSelection.curStart.line;\n var ch = line ? lastSelection.curEnd.ch : lastSelection.curEnd.ch - lastSelection.curStart.ch;\n selectionEnd = {line: selectionEnd.line + line, ch: line ? selectionEnd.ch : ch + selectionEnd.ch};\n if (lastSelection.visualLine) {\n return [{line: selectionStart.line, ch: 0}, {line: selectionEnd.line, ch: lineLength(cm, selectionEnd.line)}];\n }\n } else {\n exitVisualMode(cm);\n }\n return [selectionStart, selectionEnd];\n }\n\n function exitVisualMode(cm) {\n cm.off('mousedown', exitVisualMode);\n var vim = cm.state.vim;\n // can't use selection state here because yank has already reset its cursor\n vim.lastSelection = {'curStart': vim.marks['<'].find(),\n 'curEnd': vim.marks['>'].find(), 'visualMode': vim.visualMode,\n 'visualLine': vim.visualLine};\n vim.visualMode = false;\n vim.visualLine = false;\n var selectionStart = cm.getCursor('anchor');\n var selectionEnd = cm.getCursor('head');\n if (!cursorEqual(selectionStart, selectionEnd)) {\n // Clear the selection and set the cursor only if the selection has not\n // already been cleared. Otherwise we risk moving the cursor somewhere\n // it's not supposed to be.\n cm.setCursor(clipCursorToContent(cm, selectionEnd));\n }\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n }\n\n // Remove any trailing newlines from the selection. For\n // example, with the caret at the start of the last word on the line,\n // 'dw' should word, but not the newline, while 'w' should advance the\n // caret to the first character of the next line.\n function clipToLine(cm, curStart, curEnd) {\n var selection = cm.getRange(curStart, curEnd);\n // Only clip if the selection ends with trailing newline + whitespace\n if (/\\n\\s*$/.test(selection)) {\n var lines = selection.split('\\n');\n // We know this is all whitepsace.\n lines.pop();\n\n // Cases:\n // 1. Last word is an empty line - do not clip the trailing '\\n'\n // 2. Last word is not an empty line - clip the trailing '\\n'\n var line;\n // Find the line containing the last word, and clip all whitespace up\n // to it.\n for (var line = lines.pop(); lines.length > 0 && line && isWhiteSpaceString(line); line = lines.pop()) {\n curEnd.line--;\n curEnd.ch = 0;\n }\n // If the last word is not an empty line, clip an additional newline\n if (line) {\n curEnd.line--;\n curEnd.ch = lineLength(cm, curEnd.line);\n } else {\n curEnd.ch = 0;\n }\n }\n }\n\n // Expand the selection to line ends.\n function expandSelectionToLine(_cm, curStart, curEnd) {\n curStart.ch = 0;\n curEnd.ch = 0;\n curEnd.line++;\n }\n\n function findFirstNonWhiteSpaceCharacter(text) {\n if (!text) {\n return 0;\n }\n var firstNonWS = text.search(/\\S/);\n return firstNonWS == -1 ? text.length : firstNonWS;\n }\n\n function expandWordUnderCursor(cm, inclusive, _forward, bigWord, noSymbol) {\n var cur = cm.getCursor();\n var line = cm.getLine(cur.line);\n var idx = cur.ch;\n\n // Seek to first word or non-whitespace character, depending on if\n // noSymbol is true.\n var textAfterIdx = line.substring(idx);\n var firstMatchedChar;\n if (noSymbol) {\n firstMatchedChar = textAfterIdx.search(/\\w/);\n } else {\n firstMatchedChar = textAfterIdx.search(/\\S/);\n }\n if (firstMatchedChar == -1) {\n return null;\n }\n idx += firstMatchedChar;\n textAfterIdx = line.substring(idx);\n var textBeforeIdx = line.substring(0, idx);\n\n var matchRegex;\n // Greedy matchers for the \"word\" we are trying to expand.\n if (bigWord) {\n matchRegex = /^\\S+/;\n } else {\n if ((/\\w/).test(line.charAt(idx))) {\n matchRegex = /^\\w+/;\n } else {\n matchRegex = /^[^\\w\\s]+/;\n }\n }\n\n var wordAfterRegex = matchRegex.exec(textAfterIdx);\n var wordStart = idx;\n var wordEnd = idx + wordAfterRegex[0].length;\n // TODO: Find a better way to do this. It will be slow on very long lines.\n var revTextBeforeIdx = reverse(textBeforeIdx);\n var wordBeforeRegex = matchRegex.exec(revTextBeforeIdx);\n if (wordBeforeRegex) {\n wordStart -= wordBeforeRegex[0].length;\n }\n\n if (inclusive) {\n // If present, trim all whitespace after word.\n // Otherwise, trim all whitespace before word.\n var textAfterWordEnd = line.substring(wordEnd);\n var whitespacesAfterWord = textAfterWordEnd.match(/^\\s*/)[0].length;\n if (whitespacesAfterWord > 0) {\n wordEnd += whitespacesAfterWord;\n } else {\n var revTrim = revTextBeforeIdx.length - wordStart;\n var textBeforeWordStart = revTextBeforeIdx.substring(revTrim);\n var whitespacesBeforeWord = textBeforeWordStart.match(/^\\s*/)[0].length;\n wordStart -= whitespacesBeforeWord;\n }\n }\n\n return { start: Pos(cur.line, wordStart),\n end: Pos(cur.line, wordEnd) };\n }\n\n function recordJumpPosition(cm, oldCur, newCur) {\n if (!cursorEqual(oldCur, newCur)) {\n vimGlobalState.jumpList.add(cm, oldCur, newCur);\n }\n }\n\n function recordLastCharacterSearch(increment, args) {\n vimGlobalState.lastChararacterSearch.increment = increment;\n vimGlobalState.lastChararacterSearch.forward = args.forward;\n vimGlobalState.lastChararacterSearch.selectedCharacter = args.selectedCharacter;\n }\n\n var symbolToMode = {\n '(': 'bracket', ')': 'bracket', '{': 'bracket', '}': 'bracket',\n '[': 'section', ']': 'section',\n '*': 'comment', '/': 'comment',\n 'm': 'method', 'M': 'method',\n '#': 'preprocess'\n };\n var findSymbolModes = {\n bracket: {\n isComplete: function(state) {\n if (state.nextCh === state.symb) {\n state.depth++;\n if (state.depth >= 1)return true;\n } else if (state.nextCh === state.reverseSymb) {\n state.depth--;\n }\n return false;\n }\n },\n section: {\n init: function(state) {\n state.curMoveThrough = true;\n state.symb = (state.forward ? ']' : '[') === state.symb ? '{' : '}';\n },\n isComplete: function(state) {\n return state.index === 0 && state.nextCh === state.symb;\n }\n },\n comment: {\n isComplete: function(state) {\n var found = state.lastCh === '*' && state.nextCh === '/';\n state.lastCh = state.nextCh;\n return found;\n }\n },\n // TODO: The original Vim implementation only operates on level 1 and 2.\n // The current implementation doesn't check for code block level and\n // therefore it operates on any levels.\n method: {\n init: function(state) {\n state.symb = (state.symb === 'm' ? '{' : '}');\n state.reverseSymb = state.symb === '{' ? '}' : '{';\n },\n isComplete: function(state) {\n if (state.nextCh === state.symb)return true;\n return false;\n }\n },\n preprocess: {\n init: function(state) {\n state.index = 0;\n },\n isComplete: function(state) {\n if (state.nextCh === '#') {\n var token = state.lineText.match(/#(\\w+)/)[1];\n if (token === 'endif') {\n if (state.forward && state.depth === 0) {\n return true;\n }\n state.depth++;\n } else if (token === 'if') {\n if (!state.forward && state.depth === 0) {\n return true;\n }\n state.depth--;\n }\n if (token === 'else' && state.depth === 0)return true;\n }\n return false;\n }\n }\n };\n function findSymbol(cm, repeat, forward, symb) {\n var cur = copyCursor(cm.getCursor());\n var increment = forward ? 1 : -1;\n var endLine = forward ? cm.lineCount() : -1;\n var curCh = cur.ch;\n var line = cur.line;\n var lineText = cm.getLine(line);\n var state = {\n lineText: lineText,\n nextCh: lineText.charAt(curCh),\n lastCh: null,\n index: curCh,\n symb: symb,\n reverseSymb: (forward ? { ')': '(', '}': '{' } : { '(': ')', '{': '}' })[symb],\n forward: forward,\n depth: 0,\n curMoveThrough: false\n };\n var mode = symbolToMode[symb];\n if (!mode)return cur;\n var init = findSymbolModes[mode].init;\n var isComplete = findSymbolModes[mode].isComplete;\n if (init) { init(state); }\n while (line !== endLine && repeat) {\n state.index += increment;\n state.nextCh = state.lineText.charAt(state.index);\n if (!state.nextCh) {\n line += increment;\n state.lineText = cm.getLine(line) || '';\n if (increment > 0) {\n state.index = 0;\n } else {\n var lineLen = state.lineText.length;\n state.index = (lineLen > 0) ? (lineLen-1) : 0;\n }\n state.nextCh = state.lineText.charAt(state.index);\n }\n if (isComplete(state)) {\n cur.line = line;\n cur.ch = state.index;\n repeat--;\n }\n }\n if (state.nextCh || state.curMoveThrough) {\n return Pos(line, state.index);\n }\n return cur;\n }\n\n /*\n * Returns the boundaries of the next word. If the cursor in the middle of\n * the word, then returns the boundaries of the current word, starting at\n * the cursor. If the cursor is at the start/end of a word, and we are going\n * forward/backward, respectively, find the boundaries of the next word.\n *\n * @param {CodeMirror} cm CodeMirror object.\n * @param {Cursor} cur The cursor position.\n * @param {boolean} forward True to search forward. False to search\n * backward.\n * @param {boolean} bigWord True if punctuation count as part of the word.\n * False if only [a-zA-Z0-9] characters count as part of the word.\n * @param {boolean} emptyLineIsWord True if empty lines should be treated\n * as words.\n * @return {Object{from:number, to:number, line: number}} The boundaries of\n * the word, or null if there are no more words.\n */\n function findWord(cm, cur, forward, bigWord, emptyLineIsWord) {\n var lineNum = cur.line;\n var pos = cur.ch;\n var line = cm.getLine(lineNum);\n var dir = forward ? 1 : -1;\n var regexps = bigWord ? bigWordRegexp : wordRegexp;\n\n if (emptyLineIsWord && line == '') {\n lineNum += dir;\n line = cm.getLine(lineNum);\n if (!isLine(cm, lineNum)) {\n return null;\n }\n pos = (forward) ? 0 : line.length;\n }\n\n while (true) {\n if (emptyLineIsWord && line == '') {\n return { from: 0, to: 0, line: lineNum };\n }\n var stop = (dir > 0) ? line.length : -1;\n var wordStart = stop, wordEnd = stop;\n // Find bounds of next word.\n while (pos != stop) {\n var foundWord = false;\n for (var i = 0; i < regexps.length && !foundWord; ++i) {\n if (regexps[i].test(line.charAt(pos))) {\n wordStart = pos;\n // Advance to end of word.\n while (pos != stop && regexps[i].test(line.charAt(pos))) {\n pos += dir;\n }\n wordEnd = pos;\n foundWord = wordStart != wordEnd;\n if (wordStart == cur.ch && lineNum == cur.line &&\n wordEnd == wordStart + dir) {\n // We started at the end of a word. Find the next one.\n continue;\n } else {\n return {\n from: Math.min(wordStart, wordEnd + 1),\n to: Math.max(wordStart, wordEnd),\n line: lineNum };\n }\n }\n }\n if (!foundWord) {\n pos += dir;\n }\n }\n // Advance to next/prev line.\n lineNum += dir;\n if (!isLine(cm, lineNum)) {\n return null;\n }\n line = cm.getLine(lineNum);\n pos = (dir > 0) ? 0 : line.length;\n }\n // Should never get here.\n throw new Error('The impossible happened.');\n }\n\n /**\n * @param {CodeMirror} cm CodeMirror object.\n * @param {int} repeat Number of words to move past.\n * @param {boolean} forward True to search forward. False to search\n * backward.\n * @param {boolean} wordEnd True to move to end of word. False to move to\n * beginning of word.\n * @param {boolean} bigWord True if punctuation count as part of the word.\n * False if only alphabet characters count as part of the word.\n * @return {Cursor} The position the cursor should move to.\n */\n function moveToWord(cm, repeat, forward, wordEnd, bigWord) {\n var cur = cm.getCursor();\n var curStart = copyCursor(cur);\n var words = [];\n if (forward && !wordEnd || !forward && wordEnd) {\n repeat++;\n }\n // For 'e', empty lines are not considered words, go figure.\n var emptyLineIsWord = !(forward && wordEnd);\n for (var i = 0; i < repeat; i++) {\n var word = findWord(cm, cur, forward, bigWord, emptyLineIsWord);\n if (!word) {\n var eodCh = lineLength(cm, cm.lastLine());\n words.push(forward\n ? {line: cm.lastLine(), from: eodCh, to: eodCh}\n : {line: 0, from: 0, to: 0});\n break;\n }\n words.push(word);\n cur = Pos(word.line, forward ? (word.to - 1) : word.from);\n }\n var shortCircuit = words.length != repeat;\n var firstWord = words[0];\n var lastWord = words.pop();\n if (forward && !wordEnd) {\n // w\n if (!shortCircuit && (firstWord.from != curStart.ch || firstWord.line != curStart.line)) {\n // We did not start in the middle of a word. Discard the extra word at the end.\n lastWord = words.pop();\n }\n return Pos(lastWord.line, lastWord.from);\n } else if (forward && wordEnd) {\n return Pos(lastWord.line, lastWord.to - 1);\n } else if (!forward && wordEnd) {\n // ge\n if (!shortCircuit && (firstWord.to != curStart.ch || firstWord.line != curStart.line)) {\n // We did not start in the middle of a word. Discard the extra word at the end.\n lastWord = words.pop();\n }\n return Pos(lastWord.line, lastWord.to);\n } else {\n // b\n return Pos(lastWord.line, lastWord.from);\n }\n }\n\n function moveToCharacter(cm, repeat, forward, character) {\n var cur = cm.getCursor();\n var start = cur.ch;\n var idx;\n for (var i = 0; i < repeat; i ++) {\n var line = cm.getLine(cur.line);\n idx = charIdxInLine(start, line, character, forward, true);\n if (idx == -1) {\n return null;\n }\n start = idx;\n }\n return Pos(cm.getCursor().line, idx);\n }\n\n function moveToColumn(cm, repeat) {\n // repeat is always >= 1, so repeat - 1 always corresponds\n // to the column we want to go to.\n var line = cm.getCursor().line;\n return clipCursorToContent(cm, Pos(line, repeat - 1));\n }\n\n function updateMark(cm, vim, markName, pos) {\n if (!inArray(markName, validMarks)) {\n return;\n }\n if (vim.marks[markName]) {\n vim.marks[markName].clear();\n }\n vim.marks[markName] = cm.setBookmark(pos);\n }\n\n function charIdxInLine(start, line, character, forward, includeChar) {\n // Search for char in line.\n // motion_options: {forward, includeChar}\n // If includeChar = true, include it too.\n // If forward = true, search forward, else search backwards.\n // If char is not found on this line, do nothing\n var idx;\n if (forward) {\n idx = line.indexOf(character, start + 1);\n if (idx != -1 && !includeChar) {\n idx -= 1;\n }\n } else {\n idx = line.lastIndexOf(character, start - 1);\n if (idx != -1 && !includeChar) {\n idx += 1;\n }\n }\n return idx;\n }\n\n // TODO: perhaps this finagling of start and end positions belonds\n // in codmirror/replaceRange?\n function selectCompanionObject(cm, symb, inclusive) {\n var cur = cm.getCursor(), start, end;\n\n var bracketRegexp = ({\n '(': /[()]/, ')': /[()]/,\n '[': /[[\\]]/, ']': /[[\\]]/,\n '{': /[{}]/, '}': /[{}]/})[symb];\n var openSym = ({\n '(': '(', ')': '(',\n '[': '[', ']': '[',\n '{': '{', '}': '{'})[symb];\n var curChar = cm.getLine(cur.line).charAt(cur.ch);\n // Due to the behavior of scanForBracket, we need to add an offset if the\n // cursor is on a matching open bracket.\n var offset = curChar === openSym ? 1 : 0;\n\n start = cm.scanForBracket(Pos(cur.line, cur.ch + offset), -1, null, {'bracketRegex': bracketRegexp});\n end = cm.scanForBracket(Pos(cur.line, cur.ch + offset), 1, null, {'bracketRegex': bracketRegexp});\n\n if (!start || !end) {\n return { start: cur, end: cur };\n }\n\n start = start.pos;\n end = end.pos;\n\n if ((start.line == end.line && start.ch > end.ch)\n || (start.line > end.line)) {\n var tmp = start;\n start = end;\n end = tmp;\n }\n\n if (inclusive) {\n end.ch += 1;\n } else {\n start.ch += 1;\n }\n\n return { start: start, end: end };\n }\n\n // Takes in a symbol and a cursor and tries to simulate text objects that\n // have identical opening and closing symbols\n // TODO support across multiple lines\n function findBeginningAndEnd(cm, symb, inclusive) {\n var cur = copyCursor(cm.getCursor());\n var line = cm.getLine(cur.line);\n var chars = line.split('');\n var start, end, i, len;\n var firstIndex = chars.indexOf(symb);\n\n // the decision tree is to always look backwards for the beginning first,\n // but if the cursor is in front of the first instance of the symb,\n // then move the cursor forward\n if (cur.ch < firstIndex) {\n cur.ch = firstIndex;\n // Why is this line even here???\n // cm.setCursor(cur.line, firstIndex+1);\n }\n // otherwise if the cursor is currently on the closing symbol\n else if (firstIndex < cur.ch && chars[cur.ch] == symb) {\n end = cur.ch; // assign end to the current cursor\n --cur.ch; // make sure to look backwards\n }\n\n // if we're currently on the symbol, we've got a start\n if (chars[cur.ch] == symb && !end) {\n start = cur.ch + 1; // assign start to ahead of the cursor\n } else {\n // go backwards to find the start\n for (i = cur.ch; i > -1 && !start; i--) {\n if (chars[i] == symb) {\n start = i + 1;\n }\n }\n }\n\n // look forwards for the end symbol\n if (start && !end) {\n for (i = start, len = chars.length; i < len && !end; i++) {\n if (chars[i] == symb) {\n end = i;\n }\n }\n }\n\n // nothing found\n if (!start || !end) {\n return { start: cur, end: cur };\n }\n\n // include the symbols\n if (inclusive) {\n --start; ++end;\n }\n\n return {\n start: Pos(cur.line, start),\n end: Pos(cur.line, end)\n };\n }\n\n // Search functions\n defineOption('pcre', true, 'boolean');\n function SearchState() {}\n SearchState.prototype = {\n getQuery: function() {\n return vimGlobalState.query;\n },\n setQuery: function(query) {\n vimGlobalState.query = query;\n },\n getOverlay: function() {\n return this.searchOverlay;\n },\n setOverlay: function(overlay) {\n this.searchOverlay = overlay;\n },\n isReversed: function() {\n return vimGlobalState.isReversed;\n },\n setReversed: function(reversed) {\n vimGlobalState.isReversed = reversed;\n }\n };\n function getSearchState(cm) {\n var vim = cm.state.vim;\n return vim.searchState_ || (vim.searchState_ = new SearchState());\n }\n function dialog(cm, template, shortText, onClose, options) {\n if (cm.openDialog) {\n cm.openDialog(template, onClose, { bottom: true, value: options.value,\n onKeyDown: options.onKeyDown, onKeyUp: options.onKeyUp });\n }\n else {\n onClose(prompt(shortText, ''));\n }\n }\n\n function findUnescapedSlashes(str) {\n var escapeNextChar = false;\n var slashes = [];\n for (var i = 0; i < str.length; i++) {\n var c = str.charAt(i);\n if (!escapeNextChar && c == '/') {\n slashes.push(i);\n }\n escapeNextChar = !escapeNextChar && (c == '\\\\');\n }\n return slashes;\n }\n\n // Translates a search string from ex (vim) syntax into javascript form.\n function translateRegex(str) {\n // When these match, add a '\\' if unescaped or remove one if escaped.\n var specials = '|(){';\n // Remove, but never add, a '\\' for these.\n var unescape = '}';\n var escapeNextChar = false;\n var out = [];\n for (var i = -1; i < str.length; i++) {\n var c = str.charAt(i) || '';\n var n = str.charAt(i+1) || '';\n var specialComesNext = (n && specials.indexOf(n) != -1);\n if (escapeNextChar) {\n if (c !== '\\\\' || !specialComesNext) {\n out.push(c);\n }\n escapeNextChar = false;\n } else {\n if (c === '\\\\') {\n escapeNextChar = true;\n // Treat the unescape list as special for removing, but not adding '\\'.\n if (n && unescape.indexOf(n) != -1) {\n specialComesNext = true;\n }\n // Not passing this test means removing a '\\'.\n if (!specialComesNext || n === '\\\\') {\n out.push(c);\n }\n } else {\n out.push(c);\n if (specialComesNext && n !== '\\\\') {\n out.push('\\\\');\n }\n }\n }\n }\n return out.join('');\n }\n\n // Translates the replace part of a search and replace from ex (vim) syntax into\n // javascript form. Similar to translateRegex, but additionally fixes back references\n // (translates '\\[0..9]' to '$[0..9]') and follows different rules for escaping '$'.\n function translateRegexReplace(str) {\n var escapeNextChar = false;\n var out = [];\n for (var i = -1; i < str.length; i++) {\n var c = str.charAt(i) || '';\n var n = str.charAt(i+1) || '';\n if (escapeNextChar) {\n // At any point in the loop, escapeNextChar is true if the previous\n // character was a '\\' and was not escaped.\n out.push(c);\n escapeNextChar = false;\n } else {\n if (c === '\\\\') {\n escapeNextChar = true;\n if ((isNumber(n) || n === '$')) {\n out.push('$');\n } else if (n !== '/' && n !== '\\\\') {\n out.push('\\\\');\n }\n } else {\n if (c === '$') {\n out.push('$');\n }\n out.push(c);\n if (n === '/') {\n out.push('\\\\');\n }\n }\n }\n }\n return out.join('');\n }\n\n // Unescape \\ and / in the replace part, for PCRE mode.\n function unescapeRegexReplace(str) {\n var stream = new CodeMirror.StringStream(str);\n var output = [];\n while (!stream.eol()) {\n // Search for \\.\n while (stream.peek() && stream.peek() != '\\\\') {\n output.push(stream.next());\n }\n if (stream.match('\\\\/', true)) {\n // \\/ => /\n output.push('/');\n } else if (stream.match('\\\\\\\\', true)) {\n // \\\\ => \\\n output.push('\\\\');\n } else {\n // Don't change anything\n output.push(stream.next());\n }\n }\n return output.join('');\n }\n\n /**\n * Extract the regular expression from the query and return a Regexp object.\n * Returns null if the query is blank.\n * If ignoreCase is passed in, the Regexp object will have the 'i' flag set.\n * If smartCase is passed in, and the query contains upper case letters,\n * then ignoreCase is overridden, and the 'i' flag will not be set.\n * If the query contains the /i in the flag part of the regular expression,\n * then both ignoreCase and smartCase are ignored, and 'i' will be passed\n * through to the Regex object.\n */\n function parseQuery(query, ignoreCase, smartCase) {\n // Check if the query is already a regex.\n if (query instanceof RegExp) { return query; }\n // First try to extract regex + flags from the input. If no flags found,\n // extract just the regex. IE does not accept flags directly defined in\n // the regex string in the form /regex/flags\n var slashes = findUnescapedSlashes(query);\n var regexPart;\n var forceIgnoreCase;\n if (!slashes.length) {\n // Query looks like 'regexp'\n regexPart = query;\n } else {\n // Query looks like 'regexp/...'\n regexPart = query.substring(0, slashes[0]);\n var flagsPart = query.substring(slashes[0]);\n forceIgnoreCase = (flagsPart.indexOf('i') != -1);\n }\n if (!regexPart) {\n return null;\n }\n if (!getOption('pcre')) {\n regexPart = translateRegex(regexPart);\n }\n if (smartCase) {\n ignoreCase = (/^[^A-Z]*$/).test(regexPart);\n }\n var regexp = new RegExp(regexPart,\n (ignoreCase || forceIgnoreCase) ? 'i' : undefined);\n return regexp;\n }\n function showConfirm(cm, text) {\n if (cm.openNotification) {\n cm.openNotification('<span style=\"color: red\">' + text + '</span>',\n {bottom: true, duration: 5000});\n } else {\n alert(text);\n }\n }\n function makePrompt(prefix, desc) {\n var raw = '';\n if (prefix) {\n raw += '<span style=\"font-family: monospace\">' + prefix + '</span>';\n }\n raw += '<input type=\"text\"/> ' +\n '<span style=\"color: #888\">';\n if (desc) {\n raw += '<span style=\"color: #888\">';\n raw += desc;\n raw += '</span>';\n }\n return raw;\n }\n var searchPromptDesc = '(Javascript regexp)';\n function showPrompt(cm, options) {\n var shortText = (options.prefix || '') + ' ' + (options.desc || '');\n var prompt = makePrompt(options.prefix, options.desc);\n dialog(cm, prompt, shortText, options.onClose, options);\n }\n function regexEqual(r1, r2) {\n if (r1 instanceof RegExp && r2 instanceof RegExp) {\n var props = ['global', 'multiline', 'ignoreCase', 'source'];\n for (var i = 0; i < props.length; i++) {\n var prop = props[i];\n if (r1[prop] !== r2[prop]) {\n return false;\n }\n }\n return true;\n }\n return false;\n }\n // Returns true if the query is valid.\n function updateSearchQuery(cm, rawQuery, ignoreCase, smartCase) {\n if (!rawQuery) {\n return;\n }\n var state = getSearchState(cm);\n var query = parseQuery(rawQuery, !!ignoreCase, !!smartCase);\n if (!query) {\n return;\n }\n highlightSearchMatches(cm, query);\n if (regexEqual(query, state.getQuery())) {\n return query;\n }\n state.setQuery(query);\n return query;\n }\n function searchOverlay(query) {\n if (query.source.charAt(0) == '^') {\n var matchSol = true;\n }\n return {\n token: function(stream) {\n if (matchSol && !stream.sol()) {\n stream.skipToEnd();\n return;\n }\n var match = stream.match(query, false);\n if (match) {\n if (match[0].length == 0) {\n // Matched empty string, skip to next.\n stream.next();\n return 'searching';\n }\n if (!stream.sol()) {\n // Backtrack 1 to match \\b\n stream.backUp(1);\n if (!query.exec(stream.next() + match[0])) {\n stream.next();\n return null;\n }\n }\n stream.match(query);\n return 'searching';\n }\n while (!stream.eol()) {\n stream.next();\n if (stream.match(query, false)) break;\n }\n },\n query: query\n };\n }\n function highlightSearchMatches(cm, query) {\n var overlay = getSearchState(cm).getOverlay();\n if (!overlay || query != overlay.query) {\n if (overlay) {\n cm.removeOverlay(overlay);\n }\n overlay = searchOverlay(query);\n cm.addOverlay(overlay);\n getSearchState(cm).setOverlay(overlay);\n }\n }\n function findNext(cm, prev, query, repeat) {\n if (repeat === undefined) { repeat = 1; }\n return cm.operation(function() {\n var pos = cm.getCursor();\n var cursor = cm.getSearchCursor(query, pos);\n for (var i = 0; i < repeat; i++) {\n var found = cursor.find(prev);\n if (i == 0 && found && cursorEqual(cursor.from(), pos)) { found = cursor.find(prev); }\n if (!found) {\n // SearchCursor may have returned null because it hit EOF, wrap\n // around and try again.\n cursor = cm.getSearchCursor(query,\n (prev) ? Pos(cm.lastLine()) : Pos(cm.firstLine(), 0) );\n if (!cursor.find(prev)) {\n return;\n }\n }\n }\n return cursor.from();\n });\n }\n function clearSearchHighlight(cm) {\n cm.removeOverlay(getSearchState(cm).getOverlay());\n getSearchState(cm).setOverlay(null);\n }\n /**\n * Check if pos is in the specified range, INCLUSIVE.\n * Range can be specified with 1 or 2 arguments.\n * If the first range argument is an array, treat it as an array of line\n * numbers. Match pos against any of the lines.\n * If the first range argument is a number,\n * if there is only 1 range argument, check if pos has the same line\n * number\n * if there are 2 range arguments, then check if pos is in between the two\n * range arguments.\n */\n function isInRange(pos, start, end) {\n if (typeof pos != 'number') {\n // Assume it is a cursor position. Get the line number.\n pos = pos.line;\n }\n if (start instanceof Array) {\n return inArray(pos, start);\n } else {\n if (end) {\n return (pos >= start && pos <= end);\n } else {\n return pos == start;\n }\n }\n }\n function getUserVisibleLines(cm) {\n var scrollInfo = cm.getScrollInfo();\n var occludeToleranceTop = 6;\n var occludeToleranceBottom = 10;\n var from = cm.coordsChar({left:0, top: occludeToleranceTop + scrollInfo.top}, 'local');\n var bottomY = scrollInfo.clientHeight - occludeToleranceBottom + scrollInfo.top;\n var to = cm.coordsChar({left:0, top: bottomY}, 'local');\n return {top: from.line, bottom: to.line};\n }\n\n // Ex command handling\n // Care must be taken when adding to the default Ex command map. For any\n // pair of commands that have a shared prefix, at least one of their\n // shortNames must not match the prefix of the other command.\n var defaultExCommandMap = [\n { name: 'map' },\n { name: 'nmap', shortName: 'nm' },\n { name: 'vmap', shortName: 'vm' },\n { name: 'unmap' },\n { name: 'write', shortName: 'w' },\n { name: 'undo', shortName: 'u' },\n { name: 'redo', shortName: 'red' },\n { name: 'set', shortName: 'set' },\n { name: 'sort', shortName: 'sor' },\n { name: 'substitute', shortName: 's' },\n { name: 'nohlsearch', shortName: 'noh' },\n { name: 'delmarks', shortName: 'delm' },\n { name: 'registers', shortName: 'reg', excludeFromCommandHistory: true }\n ];\n Vim.ExCommandDispatcher = function() {\n this.buildCommandMap_();\n };\n Vim.ExCommandDispatcher.prototype = {\n processCommand: function(cm, input) {\n var vim = cm.state.vim;\n var commandHistoryRegister = vimGlobalState.registerController.getRegister(':');\n var previousCommand = commandHistoryRegister.toString();\n if (vim.visualMode) {\n exitVisualMode(cm);\n }\n var inputStream = new CodeMirror.StringStream(input);\n // update \": with the latest command whether valid or invalid\n commandHistoryRegister.setText(input);\n var params = {};\n params.input = input;\n try {\n this.parseInput_(cm, inputStream, params);\n } catch(e) {\n showConfirm(cm, e);\n throw e;\n }\n var commandName;\n if (!params.commandName) {\n // If only a line range is defined, move to the line.\n if (params.line !== undefined) {\n commandName = 'move';\n }\n } else {\n var command = this.matchCommand_(params.commandName);\n if (command) {\n commandName = command.name;\n if (command.excludeFromCommandHistory) {\n commandHistoryRegister.setText(previousCommand);\n }\n this.parseCommandArgs_(inputStream, params, command);\n if (command.type == 'exToKey') {\n // Handle Ex to Key mapping.\n for (var i = 0; i < command.toKeys.length; i++) {\n CodeMirror.Vim.handleKey(cm, command.toKeys[i]);\n }\n return;\n } else if (command.type == 'exToEx') {\n // Handle Ex to Ex mapping.\n this.processCommand(cm, command.toInput);\n return;\n }\n }\n }\n if (!commandName) {\n showConfirm(cm, 'Not an editor command \":' + input + '\"');\n return;\n }\n try {\n exCommands[commandName](cm, params);\n } catch(e) {\n showConfirm(cm, e);\n throw e;\n }\n },\n parseInput_: function(cm, inputStream, result) {\n inputStream.eatWhile(':');\n // Parse range.\n if (inputStream.eat('%')) {\n result.line = cm.firstLine();\n result.lineEnd = cm.lastLine();\n } else {\n result.line = this.parseLineSpec_(cm, inputStream);\n if (result.line !== undefined && inputStream.eat(',')) {\n result.lineEnd = this.parseLineSpec_(cm, inputStream);\n }\n }\n\n // Parse command name.\n var commandMatch = inputStream.match(/^(\\w+)/);\n if (commandMatch) {\n result.commandName = commandMatch[1];\n } else {\n result.commandName = inputStream.match(/.*/)[0];\n }\n\n return result;\n },\n parseLineSpec_: function(cm, inputStream) {\n var numberMatch = inputStream.match(/^(\\d+)/);\n if (numberMatch) {\n return parseInt(numberMatch[1], 10) - 1;\n }\n switch (inputStream.next()) {\n case '.':\n return cm.getCursor().line;\n case '$':\n return cm.lastLine();\n case '\\'':\n var mark = cm.state.vim.marks[inputStream.next()];\n if (mark && mark.find()) {\n return mark.find().line;\n }\n throw new Error('Mark not set');\n default:\n inputStream.backUp(1);\n return undefined;\n }\n },\n parseCommandArgs_: function(inputStream, params, command) {\n if (inputStream.eol()) {\n return;\n }\n params.argString = inputStream.match(/.*/)[0];\n // Parse command-line arguments\n var delim = command.argDelimiter || /\\s+/;\n var args = trim(params.argString).split(delim);\n if (args.length && args[0]) {\n params.args = args;\n }\n },\n matchCommand_: function(commandName) {\n // Return the command in the command map that matches the shortest\n // prefix of the passed in command name. The match is guaranteed to be\n // unambiguous if the defaultExCommandMap's shortNames are set up\n // correctly. (see @code{defaultExCommandMap}).\n for (var i = commandName.length; i > 0; i--) {\n var prefix = commandName.substring(0, i);\n if (this.commandMap_[prefix]) {\n var command = this.commandMap_[prefix];\n if (command.name.indexOf(commandName) === 0) {\n return command;\n }\n }\n }\n return null;\n },\n buildCommandMap_: function() {\n this.commandMap_ = {};\n for (var i = 0; i < defaultExCommandMap.length; i++) {\n var command = defaultExCommandMap[i];\n var key = command.shortName || command.name;\n this.commandMap_[key] = command;\n }\n },\n map: function(lhs, rhs, ctx) {\n if (lhs != ':' && lhs.charAt(0) == ':') {\n if (ctx) { throw Error('Mode not supported for ex mappings'); }\n var commandName = lhs.substring(1);\n if (rhs != ':' && rhs.charAt(0) == ':') {\n // Ex to Ex mapping\n this.commandMap_[commandName] = {\n name: commandName,\n type: 'exToEx',\n toInput: rhs.substring(1),\n user: true\n };\n } else {\n // Ex to key mapping\n this.commandMap_[commandName] = {\n name: commandName,\n type: 'exToKey',\n toKeys: parseKeyString(rhs),\n user: true\n };\n }\n } else {\n if (rhs != ':' && rhs.charAt(0) == ':') {\n // Key to Ex mapping.\n var mapping = {\n keys: parseKeyString(lhs),\n type: 'keyToEx',\n exArgs: { input: rhs.substring(1) },\n user: true};\n if (ctx) { mapping.context = ctx; }\n defaultKeymap.unshift(mapping);\n } else {\n // Key to key mapping\n var mapping = {\n keys: parseKeyString(lhs),\n type: 'keyToKey',\n toKeys: parseKeyString(rhs),\n user: true\n };\n if (ctx) { mapping.context = ctx; }\n defaultKeymap.unshift(mapping);\n }\n }\n },\n unmap: function(lhs, ctx) {\n var arrayEquals = function(a, b) {\n if (a === b) return true;\n if (a == null || b == null) return true;\n if (a.length != b.length) return false;\n for (var i = 0; i < a.length; i++) {\n if (a[i] !== b[i]) return false;\n }\n return true;\n };\n if (lhs != ':' && lhs.charAt(0) == ':') {\n // Ex to Ex or Ex to key mapping\n if (ctx) { throw Error('Mode not supported for ex mappings'); }\n var commandName = lhs.substring(1);\n if (this.commandMap_[commandName] && this.commandMap_[commandName].user) {\n delete this.commandMap_[commandName];\n return;\n }\n } else {\n // Key to Ex or key to key mapping\n var keys = parseKeyString(lhs);\n for (var i = 0; i < defaultKeymap.length; i++) {\n if (arrayEquals(keys, defaultKeymap[i].keys)\n && defaultKeymap[i].context === ctx\n && defaultKeymap[i].user) {\n defaultKeymap.splice(i, 1);\n return;\n }\n }\n }\n throw Error('No such mapping.');\n }\n };\n\n // Converts a key string sequence of the form a<C-w>bd<Left> into Vim's\n // keymap representation.\n function parseKeyString(str) {\n var key, match;\n var keys = [];\n while (str) {\n match = (/<\\w+-.+?>|<\\w+>|./).exec(str);\n if (match === null)break;\n key = match[0];\n str = str.substring(match.index + key.length);\n keys.push(key);\n }\n return keys;\n }\n\n var exCommands = {\n map: function(cm, params, ctx) {\n var mapArgs = params.args;\n if (!mapArgs || mapArgs.length < 2) {\n if (cm) {\n showConfirm(cm, 'Invalid mapping: ' + params.input);\n }\n return;\n }\n exCommandDispatcher.map(mapArgs[0], mapArgs[1], ctx);\n },\n nmap: function(cm, params) { this.map(cm, params, 'normal'); },\n vmap: function(cm, params) { this.map(cm, params, 'visual'); },\n unmap: function(cm, params, ctx) {\n var mapArgs = params.args;\n if (!mapArgs || mapArgs.length < 1) {\n if (cm) {\n showConfirm(cm, 'No such mapping: ' + params.input);\n }\n return;\n }\n exCommandDispatcher.unmap(mapArgs[0], ctx);\n },\n move: function(cm, params) {\n commandDispatcher.processCommand(cm, cm.state.vim, {\n type: 'motion',\n motion: 'moveToLineOrEdgeOfDocument',\n motionArgs: { forward: false, explicitRepeat: true,\n linewise: true },\n repeatOverride: params.line+1});\n },\n set: function(cm, params) {\n var setArgs = params.args;\n if (!setArgs || setArgs.length < 1) {\n if (cm) {\n showConfirm(cm, 'Invalid mapping: ' + params.input);\n }\n return;\n }\n var expr = setArgs[0].split('=');\n var optionName = expr[0];\n var value = expr[1];\n var forceGet = false;\n\n if (optionName.charAt(optionName.length - 1) == '?') {\n // If post-fixed with ?, then the set is actually a get.\n if (value) { throw Error('Trailing characters: ' + params.argString); }\n optionName = optionName.substring(0, optionName.length - 1);\n forceGet = true;\n }\n if (value === undefined && optionName.substring(0, 2) == 'no') {\n // To set boolean options to false, the option name is prefixed with\n // 'no'.\n optionName = optionName.substring(2);\n value = false;\n }\n var optionIsBoolean = options[optionName] && options[optionName].type == 'boolean';\n if (optionIsBoolean && value == undefined) {\n // Calling set with a boolean option sets it to true.\n value = true;\n }\n if (!optionIsBoolean && !value || forceGet) {\n var oldValue = getOption(optionName);\n // If no value is provided, then we assume this is a get.\n if (oldValue === true || oldValue === false) {\n showConfirm(cm, ' ' + (oldValue ? '' : 'no') + optionName);\n } else {\n showConfirm(cm, ' ' + optionName + '=' + oldValue);\n }\n } else {\n setOption(optionName, value);\n }\n },\n registers: function(cm,params) {\n var regArgs = params.args;\n var registers = vimGlobalState.registerController.registers;\n var regInfo = '----------Registers----------<br><br>';\n if (!regArgs) {\n for (var registerName in registers) {\n var text = registers[registerName].toString();\n if (text.length) {\n regInfo += '\"' + registerName + ' ' + text + '<br>';\n }\n }\n } else {\n var registerName;\n regArgs = regArgs.join('');\n for (var i = 0; i < regArgs.length; i++) {\n registerName = regArgs.charAt(i);\n if (!vimGlobalState.registerController.isValidRegister(registerName)) {\n continue;\n }\n var register = registers[registerName] || new Register();\n regInfo += '\"' + registerName + ' ' + register.toString() + '<br>';\n }\n }\n showConfirm(cm, regInfo);\n },\n sort: function(cm, params) {\n var reverse, ignoreCase, unique, number;\n function parseArgs() {\n if (params.argString) {\n var args = new CodeMirror.StringStream(params.argString);\n if (args.eat('!')) { reverse = true; }\n if (args.eol()) { return; }\n if (!args.eatSpace()) { return 'Invalid arguments'; }\n var opts = args.match(/[a-z]+/);\n if (opts) {\n opts = opts[0];\n ignoreCase = opts.indexOf('i') != -1;\n unique = opts.indexOf('u') != -1;\n var decimal = opts.indexOf('d') != -1 && 1;\n var hex = opts.indexOf('x') != -1 && 1;\n var octal = opts.indexOf('o') != -1 && 1;\n if (decimal + hex + octal > 1) { return 'Invalid arguments'; }\n number = decimal && 'decimal' || hex && 'hex' || octal && 'octal';\n }\n if (args.eatSpace() && args.match(/\\/.*\\//)) { 'patterns not supported'; }\n }\n }\n var err = parseArgs();\n if (err) {\n showConfirm(cm, err + ': ' + params.argString);\n return;\n }\n var lineStart = params.line || cm.firstLine();\n var lineEnd = params.lineEnd || params.line || cm.lastLine();\n if (lineStart == lineEnd) { return; }\n var curStart = Pos(lineStart, 0);\n var curEnd = Pos(lineEnd, lineLength(cm, lineEnd));\n var text = cm.getRange(curStart, curEnd).split('\\n');\n var numberRegex = (number == 'decimal') ? /(-?)([\\d]+)/ :\n (number == 'hex') ? /(-?)(?:0x)?([0-9a-f]+)/i :\n (number == 'octal') ? /([0-7]+)/ : null;\n var radix = (number == 'decimal') ? 10 : (number == 'hex') ? 16 : (number == 'octal') ? 8 : null;\n var numPart = [], textPart = [];\n if (number) {\n for (var i = 0; i < text.length; i++) {\n if (numberRegex.exec(text[i])) {\n numPart.push(text[i]);\n } else {\n textPart.push(text[i]);\n }\n }\n } else {\n textPart = text;\n }\n function compareFn(a, b) {\n if (reverse) { var tmp; tmp = a; a = b; b = tmp; }\n if (ignoreCase) { a = a.toLowerCase(); b = b.toLowerCase(); }\n var anum = number && numberRegex.exec(a);\n var bnum = number && numberRegex.exec(b);\n if (!anum) { return a < b ? -1 : 1; }\n anum = parseInt((anum[1] + anum[2]).toLowerCase(), radix);\n bnum = parseInt((bnum[1] + bnum[2]).toLowerCase(), radix);\n return anum - bnum;\n }\n numPart.sort(compareFn);\n textPart.sort(compareFn);\n text = (!reverse) ? textPart.concat(numPart) : numPart.concat(textPart);\n if (unique) { // Remove duplicate lines\n var textOld = text;\n var lastLine;\n text = [];\n for (var i = 0; i < textOld.length; i++) {\n if (textOld[i] != lastLine) {\n text.push(textOld[i]);\n }\n lastLine = textOld[i];\n }\n }\n cm.replaceRange(text.join('\\n'), curStart, curEnd);\n },\n substitute: function(cm, params) {\n if (!cm.getSearchCursor) {\n throw new Error('Search feature not available. Requires searchcursor.js or ' +\n 'any other getSearchCursor implementation.');\n }\n var argString = params.argString;\n var slashes = argString ? findUnescapedSlashes(argString) : [];\n var replacePart = '';\n if (slashes.length) {\n if (slashes[0] !== 0) {\n showConfirm(cm, 'Substitutions should be of the form ' +\n ':s/pattern/replace/');\n return;\n }\n var regexPart = argString.substring(slashes[0] + 1, slashes[1]);\n var flagsPart;\n var count;\n var confirm = false; // Whether to confirm each replace.\n if (slashes[1]) {\n replacePart = argString.substring(slashes[1] + 1, slashes[2]);\n if (getOption('pcre')) {\n replacePart = unescapeRegexReplace(replacePart);\n } else {\n replacePart = translateRegexReplace(replacePart);\n }\n vimGlobalState.lastSubstituteReplacePart = replacePart;\n }\n if (slashes[2]) {\n // After the 3rd slash, we can have flags followed by a space followed\n // by count.\n var trailing = argString.substring(slashes[2] + 1).split(' ');\n flagsPart = trailing[0];\n count = parseInt(trailing[1]);\n }\n if (flagsPart) {\n if (flagsPart.indexOf('c') != -1) {\n confirm = true;\n flagsPart.replace('c', '');\n }\n regexPart = regexPart + '/' + flagsPart;\n }\n }\n if (regexPart) {\n // If regex part is empty, then use the previous query. Otherwise use\n // the regex part as the new query.\n try {\n updateSearchQuery(cm, regexPart, true /** ignoreCase */,\n true /** smartCase */);\n } catch (e) {\n showConfirm(cm, 'Invalid regex: ' + regexPart);\n return;\n }\n }\n replacePart = replacePart || vimGlobalState.lastSubstituteReplacePart;\n if (replacePart === undefined) {\n showConfirm(cm, 'No previous substitute regular expression');\n return;\n }\n var state = getSearchState(cm);\n var query = state.getQuery();\n var lineStart = (params.line !== undefined) ? params.line : cm.getCursor().line;\n var lineEnd = params.lineEnd || lineStart;\n if (count) {\n lineStart = lineEnd;\n lineEnd = lineStart + count - 1;\n }\n var startPos = clipCursorToContent(cm, Pos(lineStart, 0));\n var cursor = cm.getSearchCursor(query, startPos);\n doReplace(cm, confirm, lineStart, lineEnd, cursor, query, replacePart);\n },\n redo: CodeMirror.commands.redo,\n undo: CodeMirror.commands.undo,\n write: function(cm) {\n if (CodeMirror.commands.save) {\n // If a save command is defined, call it.\n CodeMirror.commands.save(cm);\n } else {\n // Saves to text area if no save command is defined.\n cm.save();\n }\n },\n nohlsearch: function(cm) {\n clearSearchHighlight(cm);\n },\n delmarks: function(cm, params) {\n if (!params.argString || !trim(params.argString)) {\n showConfirm(cm, 'Argument required');\n return;\n }\n\n var state = cm.state.vim;\n var stream = new CodeMirror.StringStream(trim(params.argString));\n while (!stream.eol()) {\n stream.eatSpace();\n\n // Record the streams position at the beginning of the loop for use\n // in error messages.\n var count = stream.pos;\n\n if (!stream.match(/[a-zA-Z]/, false)) {\n showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n return;\n }\n\n var sym = stream.next();\n // Check if this symbol is part of a range\n if (stream.match('-', true)) {\n // This symbol is part of a range.\n\n // The range must terminate at an alphabetic character.\n if (!stream.match(/[a-zA-Z]/, false)) {\n showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n return;\n }\n\n var startMark = sym;\n var finishMark = stream.next();\n // The range must terminate at an alphabetic character which\n // shares the same case as the start of the range.\n if (isLowerCase(startMark) && isLowerCase(finishMark) ||\n isUpperCase(startMark) && isUpperCase(finishMark)) {\n var start = startMark.charCodeAt(0);\n var finish = finishMark.charCodeAt(0);\n if (start >= finish) {\n showConfirm(cm, 'Invalid argument: ' + params.argString.substring(count));\n return;\n }\n\n // Because marks are always ASCII values, and we have\n // determined that they are the same case, we can use\n // their char codes to iterate through the defined range.\n for (var j = 0; j <= finish - start; j++) {\n var mark = String.fromCharCode(start + j);\n delete state.marks[mark];\n }\n } else {\n showConfirm(cm, 'Invalid argument: ' + startMark + '-');\n return;\n }\n } else {\n // This symbol is a valid mark, and is not part of a range.\n delete state.marks[sym];\n }\n }\n }\n };\n\n var exCommandDispatcher = new Vim.ExCommandDispatcher();\n\n /**\n * @param {CodeMirror} cm CodeMirror instance we are in.\n * @param {boolean} confirm Whether to confirm each replace.\n * @param {Cursor} lineStart Line to start replacing from.\n * @param {Cursor} lineEnd Line to stop replacing at.\n * @param {RegExp} query Query for performing matches with.\n * @param {string} replaceWith Text to replace matches with. May contain $1,\n * $2, etc for replacing captured groups using Javascript replace.\n */\n function doReplace(cm, confirm, lineStart, lineEnd, searchCursor, query,\n replaceWith) {\n // Set up all the functions.\n cm.state.vim.exMode = true;\n var done = false;\n var lastPos = searchCursor.from();\n function replaceAll() {\n cm.operation(function() {\n while (!done) {\n replace();\n next();\n }\n stop();\n });\n }\n function replace() {\n var text = cm.getRange(searchCursor.from(), searchCursor.to());\n var newText = text.replace(query, replaceWith);\n searchCursor.replace(newText);\n }\n function next() {\n var found = searchCursor.findNext();\n if (!found) {\n done = true;\n } else if (isInRange(searchCursor.from(), lineStart, lineEnd)) {\n cm.scrollIntoView(searchCursor.from(), 30);\n cm.setSelection(searchCursor.from(), searchCursor.to());\n lastPos = searchCursor.from();\n done = false;\n } else {\n done = true;\n }\n }\n function stop(close) {\n if (close) { close(); }\n cm.focus();\n if (lastPos) {\n cm.setCursor(lastPos);\n var vim = cm.state.vim;\n vim.exMode = false;\n vim.lastHPos = vim.lastHSPos = lastPos.ch;\n }\n }\n function onPromptKeyDown(e, _value, close) {\n // Swallow all keys.\n CodeMirror.e_stop(e);\n var keyName = CodeMirror.keyName(e);\n switch (keyName) {\n case 'Y':\n replace(); next(); break;\n case 'N':\n next(); break;\n case 'A':\n cm.operation(replaceAll); break;\n case 'L':\n replace();\n // fall through and exit.\n case 'Q':\n case 'Esc':\n case 'Ctrl-C':\n case 'Ctrl-[':\n stop(close);\n break;\n }\n if (done) { stop(close); }\n }\n\n // Actually do replace.\n next();\n if (done) {\n showConfirm(cm, 'No matches for ' + query.source);\n return;\n }\n if (!confirm) {\n replaceAll();\n return;\n }\n showPrompt(cm, {\n prefix: 'replace with <strong>' + replaceWith + '</strong> (y/n/a/q/l)',\n onKeyDown: onPromptKeyDown\n });\n }\n\n // Register Vim with CodeMirror\n function buildVimKeyMap() {\n /**\n * Handle the raw key event from CodeMirror. Translate the\n * Shift + key modifier to the resulting letter, while preserving other\n * modifers.\n */\n function cmKeyToVimKey(key, modifier) {\n var vimKey = key;\n if (isUpperCase(vimKey) && modifier == 'Ctrl') {\n vimKey = vimKey.toLowerCase();\n }\n if (modifier) {\n // Vim will parse modifier+key combination as a single key.\n vimKey = modifier.charAt(0) + '-' + vimKey;\n }\n var specialKey = ({Enter:'CR',Backspace:'BS',Delete:'Del'})[vimKey];\n vimKey = specialKey ? specialKey : vimKey;\n vimKey = vimKey.length > 1 ? '<'+ vimKey + '>' : vimKey;\n return vimKey;\n }\n\n // Closure to bind CodeMirror, key, modifier.\n function keyMapper(vimKey) {\n return function(cm) {\n CodeMirror.Vim.handleKey(cm, vimKey);\n };\n }\n\n var cmToVimKeymap = {\n 'nofallthrough': true,\n 'style': 'fat-cursor'\n };\n function bindKeys(keys, modifier) {\n for (var i = 0; i < keys.length; i++) {\n var key = keys[i];\n if (!modifier && key.length == 1) {\n // Wrap all keys without modifiers with '' to identify them by their\n // key characters instead of key identifiers.\n key = \"'\" + key + \"'\";\n }\n var vimKey = cmKeyToVimKey(keys[i], modifier);\n var cmKey = modifier ? modifier + '-' + key : key;\n cmToVimKeymap[cmKey] = keyMapper(vimKey);\n }\n }\n bindKeys(upperCaseAlphabet);\n bindKeys(lowerCaseAlphabet);\n bindKeys(upperCaseAlphabet, 'Ctrl');\n bindKeys(specialSymbols);\n bindKeys(specialSymbols, 'Ctrl');\n bindKeys(numbers);\n bindKeys(numbers, 'Ctrl');\n bindKeys(specialKeys);\n bindKeys(specialKeys, 'Ctrl');\n return cmToVimKeymap;\n }\n CodeMirror.keyMap.vim = buildVimKeyMap();\n\n function exitInsertMode(cm) {\n var vim = cm.state.vim;\n var macroModeState = vimGlobalState.macroModeState;\n var insertModeChangeRegister = vimGlobalState.registerController.getRegister('.');\n var isPlaying = macroModeState.isPlaying;\n if (!isPlaying) {\n cm.off('change', onChange);\n CodeMirror.off(cm.getInputField(), 'keydown', onKeyEventTargetKeyDown);\n }\n if (!isPlaying && vim.insertModeRepeat > 1) {\n // Perform insert mode repeat for commands like 3,a and 3,o.\n repeatLastEdit(cm, vim, vim.insertModeRepeat - 1,\n true /** repeatForInsert */);\n vim.lastEditInputState.repeatOverride = vim.insertModeRepeat;\n }\n delete vim.insertModeRepeat;\n vim.insertMode = false;\n cm.setCursor(cm.getCursor().line, cm.getCursor().ch-1);\n cm.setOption('keyMap', 'vim');\n cm.setOption('disableInput', true);\n cm.toggleOverwrite(false); // exit replace mode if we were in it.\n // update the \". register before exiting insert mode\n insertModeChangeRegister.setText(macroModeState.lastInsertModeChanges.changes.join(''));\n CodeMirror.signal(cm, \"vim-mode-change\", {mode: \"normal\"});\n if (macroModeState.isRecording) {\n logInsertModeChange(macroModeState);\n }\n }\n\n CodeMirror.keyMap['vim-insert'] = {\n // TODO: override navigation keys so that Esc will cancel automatic\n // indentation from o, O, i_<CR>\n 'Esc': exitInsertMode,\n 'Ctrl-[': exitInsertMode,\n 'Ctrl-C': exitInsertMode,\n 'Ctrl-N': 'autocomplete',\n 'Ctrl-P': 'autocomplete',\n 'Enter': function(cm) {\n var fn = CodeMirror.commands.newlineAndIndentContinueComment ||\n CodeMirror.commands.newlineAndIndent;\n fn(cm);\n },\n fallthrough: ['default']\n };\n\n CodeMirror.keyMap['vim-replace'] = {\n 'Backspace': 'goCharLeft',\n fallthrough: ['vim-insert']\n };\n\n function executeMacroRegister(cm, vim, macroModeState, registerName) {\n var register = vimGlobalState.registerController.getRegister(registerName);\n var keyBuffer = register.keyBuffer;\n var imc = 0;\n macroModeState.isPlaying = true;\n macroModeState.replaySearchQueries = register.searchQueries.slice(0);\n for (var i = 0; i < keyBuffer.length; i++) {\n var text = keyBuffer[i];\n var match, key;\n while (text) {\n // Pull off one command key, which is either a single character\n // or a special sequence wrapped in '<' and '>', e.g. '<Space>'.\n match = (/<\\w+-.+?>|<\\w+>|./).exec(text);\n key = match[0];\n text = text.substring(match.index + key.length);\n CodeMirror.Vim.handleKey(cm, key);\n if (vim.insertMode) {\n repeatInsertModeChanges(\n cm, register.insertModeChanges[imc++].changes, 1);\n exitInsertMode(cm);\n }\n }\n };\n macroModeState.isPlaying = false;\n }\n\n function logKey(macroModeState, key) {\n if (macroModeState.isPlaying) { return; }\n var registerName = macroModeState.latestRegister;\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (register) {\n register.pushText(key);\n }\n }\n\n function logInsertModeChange(macroModeState) {\n if (macroModeState.isPlaying) { return; }\n var registerName = macroModeState.latestRegister;\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (register) {\n register.pushInsertModeChanges(macroModeState.lastInsertModeChanges);\n }\n }\n\n function logSearchQuery(macroModeState, query) {\n if (macroModeState.isPlaying) { return; }\n var registerName = macroModeState.latestRegister;\n var register = vimGlobalState.registerController.getRegister(registerName);\n if (register) {\n register.pushSearchQuery(query);\n }\n }\n\n /**\n * Listens for changes made in insert mode.\n * Should only be active in insert mode.\n */\n function onChange(_cm, changeObj) {\n var macroModeState = vimGlobalState.macroModeState;\n var lastChange = macroModeState.lastInsertModeChanges;\n if (!macroModeState.isPlaying) {\n while(changeObj) {\n lastChange.expectCursorActivityForChange = true;\n if (changeObj.origin == '+input' || changeObj.origin == 'paste'\n || changeObj.origin === undefined /* only in testing */) {\n var text = changeObj.text.join('\\n');\n lastChange.changes.push(text);\n }\n // Change objects may be chained with next.\n changeObj = changeObj.next;\n }\n }\n }\n\n /**\n * Listens for any kind of cursor activity on CodeMirror.\n */\n function onCursorActivity(cm) {\n var vim = cm.state.vim;\n if (vim.insertMode) {\n // Tracking cursor activity in insert mode (for macro support).\n var macroModeState = vimGlobalState.macroModeState;\n if (macroModeState.isPlaying) { return; }\n var lastChange = macroModeState.lastInsertModeChanges;\n if (lastChange.expectCursorActivityForChange) {\n lastChange.expectCursorActivityForChange = false;\n } else {\n // Cursor moved outside the context of an edit. Reset the change.\n lastChange.changes = [];\n }\n } else if (cm.doc.history.lastSelOrigin == '*mouse') {\n // Reset lastHPos if mouse click was done in normal mode.\n vim.lastHPos = cm.doc.getCursor().ch;\n }\n }\n\n /** Wrapper for special keys pressed in insert mode */\n function InsertModeKey(keyName) {\n this.keyName = keyName;\n }\n\n /**\n * Handles raw key down events from the text area.\n * - Should only be active in insert mode.\n * - For recording deletes in insert mode.\n */\n function onKeyEventTargetKeyDown(e) {\n var macroModeState = vimGlobalState.macroModeState;\n var lastChange = macroModeState.lastInsertModeChanges;\n var keyName = CodeMirror.keyName(e);\n function onKeyFound() {\n lastChange.changes.push(new InsertModeKey(keyName));\n return true;\n }\n if (keyName.indexOf('Delete') != -1 || keyName.indexOf('Backspace') != -1) {\n CodeMirror.lookupKey(keyName, ['vim-insert'], onKeyFound);\n }\n }\n\n /**\n * Repeats the last edit, which includes exactly 1 command and at most 1\n * insert. Operator and motion commands are read from lastEditInputState,\n * while action commands are read from lastEditActionCommand.\n *\n * If repeatForInsert is true, then the function was called by\n * exitInsertMode to repeat the insert mode changes the user just made. The\n * corresponding enterInsertMode call was made with a count.\n */\n function repeatLastEdit(cm, vim, repeat, repeatForInsert) {\n var macroModeState = vimGlobalState.macroModeState;\n macroModeState.isPlaying = true;\n var isAction = !!vim.lastEditActionCommand;\n var cachedInputState = vim.inputState;\n function repeatCommand() {\n if (isAction) {\n commandDispatcher.processAction(cm, vim, vim.lastEditActionCommand);\n } else {\n commandDispatcher.evalInput(cm, vim);\n }\n }\n function repeatInsert(repeat) {\n if (macroModeState.lastInsertModeChanges.changes.length > 0) {\n // For some reason, repeat cw in desktop VIM does not repeat\n // insert mode changes. Will conform to that behavior.\n repeat = !vim.lastEditActionCommand ? 1 : repeat;\n var changeObject = macroModeState.lastInsertModeChanges;\n // This isn't strictly necessary, but since lastInsertModeChanges is\n // supposed to be immutable during replay, this helps catch bugs.\n macroModeState.lastInsertModeChanges = {};\n repeatInsertModeChanges(cm, changeObject.changes, repeat);\n macroModeState.lastInsertModeChanges = changeObject;\n }\n }\n vim.inputState = vim.lastEditInputState;\n if (isAction && vim.lastEditActionCommand.interlaceInsertRepeat) {\n // o and O repeat have to be interlaced with insert repeats so that the\n // insertions appear on separate lines instead of the last line.\n for (var i = 0; i < repeat; i++) {\n repeatCommand();\n repeatInsert(1);\n }\n } else {\n if (!repeatForInsert) {\n // Hack to get the cursor to end up at the right place. If I is\n // repeated in insert mode repeat, cursor will be 1 insert\n // change set left of where it should be.\n repeatCommand();\n }\n repeatInsert(repeat);\n }\n vim.inputState = cachedInputState;\n if (vim.insertMode && !repeatForInsert) {\n // Don't exit insert mode twice. If repeatForInsert is set, then we\n // were called by an exitInsertMode call lower on the stack.\n exitInsertMode(cm);\n }\n macroModeState.isPlaying = false;\n };\n\n function repeatInsertModeChanges(cm, changes, repeat) {\n function keyHandler(binding) {\n if (typeof binding == 'string') {\n CodeMirror.commands[binding](cm);\n } else {\n binding(cm);\n }\n return true;\n }\n for (var i = 0; i < repeat; i++) {\n for (var j = 0; j < changes.length; j++) {\n var change = changes[j];\n if (change instanceof InsertModeKey) {\n CodeMirror.lookupKey(change.keyName, ['vim-insert'], keyHandler);\n } else {\n var cur = cm.getCursor();\n cm.replaceRange(change, cur, cur);\n }\n }\n }\n }\n\n resetVimGlobalState();\n return vimApi;\n };\n // Initialize Vim and make it available as an API.\n CodeMirror.Vim = Vim();\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/keymap/vim.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/keymap/sublime.js": {
"text": "// A rough approximation of Sublime Text's keybindings\n// Depends on addon/search/searchcursor.js and optionally addon/dialog/dialogs.js\n\n(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"), require(\"../addon/search/searchcursor\"), require(\"../addon/edit/matchbrackets\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\", \"../addon/search/searchcursor\", \"../addon/edit/matchbrackets\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n var map = CodeMirror.keyMap.sublime = {fallthrough: \"default\"};\n var cmds = CodeMirror.commands;\n var Pos = CodeMirror.Pos;\n var ctrl = CodeMirror.keyMap[\"default\"] == CodeMirror.keyMap.pcDefault ? \"Ctrl-\" : \"Cmd-\";\n\n // This is not exactly Sublime's algorithm. I couldn't make heads or tails of that.\n function findPosSubword(doc, start, dir) {\n if (dir < 0 && start.ch == 0) return doc.clipPos(Pos(start.line - 1));\n var line = doc.getLine(start.line);\n if (dir > 0 && start.ch >= line.length) return doc.clipPos(Pos(start.line + 1, 0));\n var state = \"start\", type;\n for (var pos = start.ch, e = dir < 0 ? 0 : line.length, i = 0; pos != e; pos += dir, i++) {\n var next = line.charAt(dir < 0 ? pos - 1 : pos);\n var cat = next != \"_\" && CodeMirror.isWordChar(next) ? \"w\" : \"o\";\n if (cat == \"w\" && next.toUpperCase() == next) cat = \"W\";\n if (state == \"start\") {\n if (cat != \"o\") { state = \"in\"; type = cat; }\n } else if (state == \"in\") {\n if (type != cat) {\n if (type == \"w\" && cat == \"W\" && dir < 0) pos--;\n if (type == \"W\" && cat == \"w\" && dir > 0) { type = \"w\"; continue; }\n break;\n }\n }\n }\n return Pos(start.line, pos);\n }\n\n function moveSubword(cm, dir) {\n cm.extendSelectionsBy(function(range) {\n if (cm.display.shift || cm.doc.extend || range.empty())\n return findPosSubword(cm.doc, range.head, dir);\n else\n return dir < 0 ? range.from() : range.to();\n });\n }\n\n cmds[map[\"Alt-Left\"] = \"goSubwordLeft\"] = function(cm) { moveSubword(cm, -1); };\n cmds[map[\"Alt-Right\"] = \"goSubwordRight\"] = function(cm) { moveSubword(cm, 1); };\n\n cmds[map[ctrl + \"Up\"] = \"scrollLineUp\"] = function(cm) {\n var info = cm.getScrollInfo();\n if (!cm.somethingSelected()) {\n var visibleBottomLine = cm.lineAtHeight(info.top + info.clientHeight, \"local\");\n if (cm.getCursor().line >= visibleBottomLine)\n cm.execCommand(\"goLineUp\");\n }\n cm.scrollTo(null, info.top - cm.defaultTextHeight());\n };\n cmds[map[ctrl + \"Down\"] = \"scrollLineDown\"] = function(cm) {\n var info = cm.getScrollInfo();\n if (!cm.somethingSelected()) {\n var visibleTopLine = cm.lineAtHeight(info.top, \"local\")+1;\n if (cm.getCursor().line <= visibleTopLine)\n cm.execCommand(\"goLineDown\");\n }\n cm.scrollTo(null, info.top + cm.defaultTextHeight());\n };\n\n cmds[map[\"Shift-\" + ctrl + \"L\"] = \"splitSelectionByLine\"] = function(cm) {\n var ranges = cm.listSelections(), lineRanges = [];\n for (var i = 0; i < ranges.length; i++) {\n var from = ranges[i].from(), to = ranges[i].to();\n for (var line = from.line; line <= to.line; ++line)\n if (!(to.line > from.line && line == to.line && to.ch == 0))\n lineRanges.push({anchor: line == from.line ? from : Pos(line, 0),\n head: line == to.line ? to : Pos(line)});\n }\n cm.setSelections(lineRanges, 0);\n };\n\n map[\"Shift-Tab\"] = \"indentLess\";\n\n cmds[map[\"Esc\"] = \"singleSelectionTop\"] = function(cm) {\n var range = cm.listSelections()[0];\n cm.setSelection(range.anchor, range.head, {scroll: false});\n };\n\n cmds[map[ctrl + \"L\"] = \"selectLine\"] = function(cm) {\n var ranges = cm.listSelections(), extended = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n extended.push({anchor: Pos(range.from().line, 0),\n head: Pos(range.to().line + 1, 0)});\n }\n cm.setSelections(extended);\n };\n\n map[\"Shift-\" + ctrl + \"K\"] = \"deleteLine\";\n\n function insertLine(cm, above) {\n cm.operation(function() {\n var len = cm.listSelections().length, newSelection = [], last = -1;\n for (var i = 0; i < len; i++) {\n var head = cm.listSelections()[i].head;\n if (head.line <= last) continue;\n var at = Pos(head.line + (above ? 0 : 1), 0);\n cm.replaceRange(\"\\n\", at, null, \"+insertLine\");\n cm.indentLine(at.line, null, true);\n newSelection.push({head: at, anchor: at});\n last = head.line + 1;\n }\n cm.setSelections(newSelection);\n });\n }\n\n cmds[map[ctrl + \"Enter\"] = \"insertLineAfter\"] = function(cm) { insertLine(cm, false); };\n\n cmds[map[\"Shift-\" + ctrl + \"Enter\"] = \"insertLineBefore\"] = function(cm) { insertLine(cm, true); };\n\n function wordAt(cm, pos) {\n var start = pos.ch, end = start, line = cm.getLine(pos.line);\n while (start && CodeMirror.isWordChar(line.charAt(start - 1))) --start;\n while (end < line.length && CodeMirror.isWordChar(line.charAt(end))) ++end;\n return {from: Pos(pos.line, start), to: Pos(pos.line, end), word: line.slice(start, end)};\n }\n\n cmds[map[ctrl + \"D\"] = \"selectNextOccurrence\"] = function(cm) {\n var from = cm.getCursor(\"from\"), to = cm.getCursor(\"to\");\n var fullWord = cm.state.sublimeFindFullWord == cm.doc.sel;\n if (CodeMirror.cmpPos(from, to) == 0) {\n var word = wordAt(cm, from);\n if (!word.word) return;\n cm.setSelection(word.from, word.to);\n fullWord = true;\n } else {\n var text = cm.getRange(from, to);\n var query = fullWord ? new RegExp(\"\\\\b\" + text + \"\\\\b\") : text;\n var cur = cm.getSearchCursor(query, to);\n if (cur.findNext()) {\n cm.addSelection(cur.from(), cur.to());\n } else {\n cur = cm.getSearchCursor(query, Pos(cm.firstLine(), 0));\n if (cur.findNext())\n cm.addSelection(cur.from(), cur.to());\n }\n }\n if (fullWord)\n cm.state.sublimeFindFullWord = cm.doc.sel;\n };\n\n var mirror = \"(){}[]\";\n function selectBetweenBrackets(cm) {\n var pos = cm.getCursor(), opening = cm.scanForBracket(pos, -1);\n if (!opening) return;\n for (;;) {\n var closing = cm.scanForBracket(pos, 1);\n if (!closing) return;\n if (closing.ch == mirror.charAt(mirror.indexOf(opening.ch) + 1)) {\n cm.setSelection(Pos(opening.pos.line, opening.pos.ch + 1), closing.pos, false);\n return true;\n }\n pos = Pos(closing.pos.line, closing.pos.ch + 1);\n }\n }\n\n cmds[map[\"Shift-\" + ctrl + \"Space\"] = \"selectScope\"] = function(cm) {\n selectBetweenBrackets(cm) || cm.execCommand(\"selectAll\");\n };\n cmds[map[\"Shift-\" + ctrl + \"M\"] = \"selectBetweenBrackets\"] = function(cm) {\n if (!selectBetweenBrackets(cm)) return CodeMirror.Pass;\n };\n\n cmds[map[ctrl + \"M\"] = \"goToBracket\"] = function(cm) {\n cm.extendSelectionsBy(function(range) {\n var next = cm.scanForBracket(range.head, 1);\n if (next && CodeMirror.cmpPos(next.pos, range.head) != 0) return next.pos;\n var prev = cm.scanForBracket(range.head, -1);\n return prev && Pos(prev.pos.line, prev.pos.ch + 1) || range.head;\n });\n };\n\n cmds[map[\"Shift-\" + ctrl + \"Up\"] = \"swapLineUp\"] = function(cm) {\n var ranges = cm.listSelections(), linesToMove = [], at = cm.firstLine() - 1;\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i], from = range.from().line - 1, to = range.to().line;\n if (from > at) linesToMove.push(from, to);\n else if (linesToMove.length) linesToMove[linesToMove.length - 1] = to;\n at = to;\n }\n cm.operation(function() {\n for (var i = 0; i < linesToMove.length; i += 2) {\n var from = linesToMove[i], to = linesToMove[i + 1];\n var line = cm.getLine(from);\n cm.replaceRange(\"\", Pos(from, 0), Pos(from + 1, 0), \"+swapLine\");\n if (to > cm.lastLine()) {\n cm.replaceRange(\"\\n\" + line, Pos(cm.lastLine()), null, \"+swapLine\");\n var sels = cm.listSelections(), last = sels[sels.length - 1];\n var head = last.head.line == to ? Pos(to - 1) : last.head;\n var anchor = last.anchor.line == to ? Pos(to - 1) : last.anchor;\n cm.setSelections(sels.slice(0, sels.length - 1).concat([{head: head, anchor: anchor}]));\n } else {\n cm.replaceRange(line + \"\\n\", Pos(to, 0), null, \"+swapLine\");\n }\n }\n cm.scrollIntoView();\n });\n };\n\n cmds[map[\"Shift-\" + ctrl + \"Down\"] = \"swapLineDown\"] = function(cm) {\n var ranges = cm.listSelections(), linesToMove = [], at = cm.lastLine() + 1;\n for (var i = ranges.length - 1; i >= 0; i--) {\n var range = ranges[i], from = range.to().line + 1, to = range.from().line;\n if (from < at) linesToMove.push(from, to);\n else if (linesToMove.length) linesToMove[linesToMove.length - 1] = to;\n at = to;\n }\n cm.operation(function() {\n for (var i = linesToMove.length - 2; i >= 0; i -= 2) {\n var from = linesToMove[i], to = linesToMove[i + 1];\n var line = cm.getLine(from);\n if (from == cm.lastLine())\n cm.replaceRange(\"\", Pos(from - 1), Pos(from), \"+swapLine\");\n else\n cm.replaceRange(\"\", Pos(from, 0), Pos(from + 1, 0), \"+swapLine\");\n cm.replaceRange(line + \"\\n\", Pos(to, 0), null, \"+swapLine\");\n }\n cm.scrollIntoView();\n });\n };\n\n map[ctrl + \"/\"] = \"toggleComment\";\n\n cmds[map[ctrl + \"J\"] = \"joinLines\"] = function(cm) {\n var ranges = cm.listSelections(), joined = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i], from = range.from();\n var start = from.line, end = range.to().line;\n while (i < ranges.length - 1 && ranges[i + 1].from().line == end)\n end = ranges[++i].to().line;\n joined.push({start: start, end: end, anchor: !range.empty() && from});\n }\n cm.operation(function() {\n var offset = 0, ranges = [];\n for (var i = 0; i < joined.length; i++) {\n var obj = joined[i];\n var anchor = obj.anchor && Pos(obj.anchor.line - offset, obj.anchor.ch), head;\n for (var line = obj.start; line <= obj.end; line++) {\n var actual = line - offset;\n if (line == obj.end) head = Pos(actual, cm.getLine(actual).length + 1);\n if (actual < cm.lastLine()) {\n cm.replaceRange(\" \", Pos(actual), Pos(actual + 1, /^\\s*/.exec(cm.getLine(actual + 1))[0].length));\n ++offset;\n }\n }\n ranges.push({anchor: anchor || head, head: head});\n }\n cm.setSelections(ranges, 0);\n });\n };\n\n cmds[map[\"Shift-\" + ctrl + \"D\"] = \"duplicateLine\"] = function(cm) {\n cm.operation(function() {\n var rangeCount = cm.listSelections().length;\n for (var i = 0; i < rangeCount; i++) {\n var range = cm.listSelections()[i];\n if (range.empty())\n cm.replaceRange(cm.getLine(range.head.line) + \"\\n\", Pos(range.head.line, 0));\n else\n cm.replaceRange(cm.getRange(range.from(), range.to()), range.from());\n }\n cm.scrollIntoView();\n });\n };\n\n map[ctrl + \"T\"] = \"transposeChars\";\n\n function sortLines(cm, caseSensitive) {\n var ranges = cm.listSelections(), toSort = [], selected;\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.empty()) continue;\n var from = range.from().line, to = range.to().line;\n while (i < ranges.length - 1 && ranges[i + 1].from().line == to)\n to = range[++i].to().line;\n toSort.push(from, to);\n }\n if (toSort.length) selected = true;\n else toSort.push(cm.firstLine(), cm.lastLine());\n\n cm.operation(function() {\n var ranges = [];\n for (var i = 0; i < toSort.length; i += 2) {\n var from = toSort[i], to = toSort[i + 1];\n var start = Pos(from, 0), end = Pos(to);\n var lines = cm.getRange(start, end, false);\n if (caseSensitive)\n lines.sort();\n else\n lines.sort(function(a, b) {\n var au = a.toUpperCase(), bu = b.toUpperCase();\n if (au != bu) { a = au; b = bu; }\n return a < b ? -1 : a == b ? 0 : 1;\n });\n cm.replaceRange(lines, start, end);\n if (selected) ranges.push({anchor: start, head: end});\n }\n if (selected) cm.setSelections(ranges, 0);\n });\n }\n\n cmds[map[\"F9\"] = \"sortLines\"] = function(cm) { sortLines(cm, true); };\n cmds[map[ctrl + \"F9\"] = \"sortLinesInsensitive\"] = function(cm) { sortLines(cm, false); };\n\n cmds[map[\"F2\"] = \"nextBookmark\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks;\n if (marks) while (marks.length) {\n var current = marks.shift();\n var found = current.find();\n if (found) {\n marks.push(current);\n return cm.setSelection(found.from, found.to);\n }\n }\n };\n\n cmds[map[\"Shift-F2\"] = \"prevBookmark\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks;\n if (marks) while (marks.length) {\n marks.unshift(marks.pop());\n var found = marks[marks.length - 1].find();\n if (!found)\n marks.pop();\n else\n return cm.setSelection(found.from, found.to);\n }\n };\n\n cmds[map[ctrl + \"F2\"] = \"toggleBookmark\"] = function(cm) {\n var ranges = cm.listSelections();\n var marks = cm.state.sublimeBookmarks || (cm.state.sublimeBookmarks = []);\n for (var i = 0; i < ranges.length; i++) {\n var from = ranges[i].from(), to = ranges[i].to();\n var found = cm.findMarks(from, to);\n for (var j = 0; j < found.length; j++) {\n if (found[j].sublimeBookmark) {\n found[j].clear();\n for (var k = 0; k < marks.length; k++)\n if (marks[k] == found[j])\n marks.splice(k--, 1);\n break;\n }\n }\n if (j == found.length)\n marks.push(cm.markText(from, to, {sublimeBookmark: true, clearWhenEmpty: false}));\n }\n };\n\n cmds[map[\"Shift-\" + ctrl + \"F2\"] = \"clearBookmarks\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks;\n if (marks) for (var i = 0; i < marks.length; i++) marks[i].clear();\n marks.length = 0;\n };\n\n cmds[map[\"Alt-F2\"] = \"selectBookmarks\"] = function(cm) {\n var marks = cm.state.sublimeBookmarks, ranges = [];\n if (marks) for (var i = 0; i < marks.length; i++) {\n var found = marks[i].find();\n if (!found)\n marks.splice(i--, 0);\n else\n ranges.push({anchor: found.from, head: found.to});\n }\n if (ranges.length)\n cm.setSelections(ranges, 0);\n };\n\n map[\"Alt-Q\"] = \"wrapLines\";\n\n var mapK = CodeMirror.keyMap[\"sublime-Ctrl-K\"] = {auto: \"sublime\", nofallthrough: true};\n\n map[ctrl + \"K\"] = function(cm) {cm.setOption(\"keyMap\", \"sublime-Ctrl-K\");};\n\n function modifyWordOrSelection(cm, mod) {\n cm.operation(function() {\n var ranges = cm.listSelections(), indices = [], replacements = [];\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.empty()) { indices.push(i); replacements.push(\"\"); }\n else replacements.push(mod(cm.getRange(range.from(), range.to())));\n }\n cm.replaceSelections(replacements, \"around\", \"case\");\n for (var i = indices.length - 1, at; i >= 0; i--) {\n var range = ranges[indices[i]];\n if (at && CodeMirror.cmpPos(range.head, at) > 0) continue;\n var word = wordAt(cm, range.head);\n at = word.from;\n cm.replaceRange(mod(word.word), word.from, word.to);\n }\n });\n }\n\n mapK[ctrl + \"Backspace\"] = \"delLineLeft\";\n\n cmds[mapK[ctrl + \"K\"] = \"delLineRight\"] = function(cm) {\n cm.operation(function() {\n var ranges = cm.listSelections();\n for (var i = ranges.length - 1; i >= 0; i--)\n cm.replaceRange(\"\", ranges[i].anchor, Pos(ranges[i].to().line), \"+delete\");\n cm.scrollIntoView();\n });\n };\n\n cmds[mapK[ctrl + \"U\"] = \"upcaseAtCursor\"] = function(cm) {\n modifyWordOrSelection(cm, function(str) { return str.toUpperCase(); });\n };\n cmds[mapK[ctrl + \"L\"] = \"downcaseAtCursor\"] = function(cm) {\n modifyWordOrSelection(cm, function(str) { return str.toLowerCase(); });\n };\n\n cmds[mapK[ctrl + \"Space\"] = \"setSublimeMark\"] = function(cm) {\n if (cm.state.sublimeMark) cm.state.sublimeMark.clear();\n cm.state.sublimeMark = cm.setBookmark(cm.getCursor());\n };\n cmds[mapK[ctrl + \"A\"] = \"selectToSublimeMark\"] = function(cm) {\n var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n if (found) cm.setSelection(cm.getCursor(), found);\n };\n cmds[mapK[ctrl + \"W\"] = \"deleteToSublimeMark\"] = function(cm) {\n var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n if (found) {\n var from = cm.getCursor(), to = found;\n if (CodeMirror.cmpPos(from, to) > 0) { var tmp = to; to = from; from = tmp; }\n cm.state.sublimeKilled = cm.getRange(from, to);\n cm.replaceRange(\"\", from, to);\n }\n };\n cmds[mapK[ctrl + \"X\"] = \"swapWithSublimeMark\"] = function(cm) {\n var found = cm.state.sublimeMark && cm.state.sublimeMark.find();\n if (found) {\n cm.state.sublimeMark.clear();\n cm.state.sublimeMark = cm.setBookmark(cm.getCursor());\n cm.setCursor(found);\n }\n };\n cmds[mapK[ctrl + \"Y\"] = \"sublimeYank\"] = function(cm) {\n if (cm.state.sublimeKilled != null)\n cm.replaceSelection(cm.state.sublimeKilled, null, \"paste\");\n };\n\n mapK[ctrl + \"G\"] = \"clearBookmarks\";\n cmds[mapK[ctrl + \"C\"] = \"showInCenter\"] = function(cm) {\n var pos = cm.cursorCoords(null, \"local\");\n cm.scrollTo(null, (pos.top + pos.bottom) / 2 - cm.getScrollInfo().clientHeight / 2);\n };\n\n cmds[map[\"Shift-Alt-Up\"] = \"selectLinesUpward\"] = function(cm) {\n cm.operation(function() {\n var ranges = cm.listSelections();\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.head.line > cm.firstLine())\n cm.addSelection(Pos(range.head.line - 1, range.head.ch));\n }\n });\n };\n cmds[map[\"Shift-Alt-Down\"] = \"selectLinesDownward\"] = function(cm) {\n cm.operation(function() {\n var ranges = cm.listSelections();\n for (var i = 0; i < ranges.length; i++) {\n var range = ranges[i];\n if (range.head.line < cm.lastLine())\n cm.addSelection(Pos(range.head.line + 1, range.head.ch));\n }\n });\n };\n\n function findAndGoTo(cm, forward) {\n var from = cm.getCursor(\"from\"), to = cm.getCursor(\"to\");\n if (CodeMirror.cmpPos(from, to) == 0) {\n var word = wordAt(cm, from);\n if (!word.word) return;\n from = word.from;\n to = word.to;\n }\n\n var query = cm.getRange(from, to);\n var cur = cm.getSearchCursor(query, forward ? to : from);\n\n if (forward ? cur.findNext() : cur.findPrevious()) {\n cm.setSelection(cur.from(), cur.to());\n } else {\n cur = cm.getSearchCursor(query, forward ? Pos(cm.firstLine(), 0)\n : cm.clipPos(Pos(cm.lastLine())));\n if (forward ? cur.findNext() : cur.findPrevious())\n cm.setSelection(cur.from(), cur.to());\n else if (word)\n cm.setSelection(from, to);\n }\n };\n cmds[map[ctrl + \"F3\"] = \"findUnder\"] = function(cm) { findAndGoTo(cm, true); };\n cmds[map[\"Shift-\" + ctrl + \"F3\"] = \"findUnderPrevious\"] = function(cm) { findAndGoTo(cm,false); };\n\n map[\"Shift-\" + ctrl + \"[\"] = \"fold\";\n map[\"Shift-\" + ctrl + \"]\"] = \"unfold\";\n mapK[ctrl + \"0\"] = mapK[ctrl + \"j\"] = \"unfoldAll\";\n\n map[ctrl + \"I\"] = \"findIncremental\";\n map[\"Shift-\" + ctrl + \"I\"] = \"findIncrementalReverse\";\n map[ctrl + \"H\"] = \"replace\";\n map[\"F3\"] = \"findNext\";\n map[\"Shift-F3\"] = \"findPrev\";\n\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/keymap/sublime.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/keymap/emacs.js": {
"text": "(function(mod) {\n if (typeof exports == \"object\" && typeof module == \"object\") // CommonJS\n mod(require(\"../lib/codemirror\"));\n else if (typeof define == \"function\" && define.amd) // AMD\n define([\"../lib/codemirror\"], mod);\n else // Plain browser env\n mod(CodeMirror);\n})(function(CodeMirror) {\n \"use strict\";\n\n var Pos = CodeMirror.Pos;\n function posEq(a, b) { return a.line == b.line && a.ch == b.ch; }\n\n // Kill 'ring'\n\n var killRing = [];\n function addToRing(str) {\n killRing.push(str);\n if (killRing.length > 50) killRing.shift();\n }\n function growRingTop(str) {\n if (!killRing.length) return addToRing(str);\n killRing[killRing.length - 1] += str;\n }\n function getFromRing(n) { return killRing[killRing.length - (n ? Math.min(n, 1) : 1)] || \"\"; }\n function popFromRing() { if (killRing.length > 1) killRing.pop(); return getFromRing(); }\n\n var lastKill = null;\n\n function kill(cm, from, to, mayGrow, text) {\n if (text == null) text = cm.getRange(from, to);\n\n if (mayGrow && lastKill && lastKill.cm == cm && posEq(from, lastKill.pos) && cm.isClean(lastKill.gen))\n growRingTop(text);\n else\n addToRing(text);\n cm.replaceRange(\"\", from, to, \"+delete\");\n\n if (mayGrow) lastKill = {cm: cm, pos: from, gen: cm.changeGeneration()};\n else lastKill = null;\n }\n\n // Boundaries of various units\n\n function byChar(cm, pos, dir) {\n return cm.findPosH(pos, dir, \"char\", true);\n }\n\n function byWord(cm, pos, dir) {\n return cm.findPosH(pos, dir, \"word\", true);\n }\n\n function byLine(cm, pos, dir) {\n return cm.findPosV(pos, dir, \"line\", cm.doc.sel.goalColumn);\n }\n\n function byPage(cm, pos, dir) {\n return cm.findPosV(pos, dir, \"page\", cm.doc.sel.goalColumn);\n }\n\n function byParagraph(cm, pos, dir) {\n var no = pos.line, line = cm.getLine(no);\n var sawText = /\\S/.test(dir < 0 ? line.slice(0, pos.ch) : line.slice(pos.ch));\n var fst = cm.firstLine(), lst = cm.lastLine();\n for (;;) {\n no += dir;\n if (no < fst || no > lst)\n return cm.clipPos(Pos(no - dir, dir < 0 ? 0 : null));\n line = cm.getLine(no);\n var hasText = /\\S/.test(line);\n if (hasText) sawText = true;\n else if (sawText) return Pos(no, 0);\n }\n }\n\n function bySentence(cm, pos, dir) {\n var line = pos.line, ch = pos.ch;\n var text = cm.getLine(pos.line), sawWord = false;\n for (;;) {\n var next = text.charAt(ch + (dir < 0 ? -1 : 0));\n if (!next) { // End/beginning of line reached\n if (line == (dir < 0 ? cm.firstLine() : cm.lastLine())) return Pos(line, ch);\n text = cm.getLine(line + dir);\n if (!/\\S/.test(text)) return Pos(line, ch);\n line += dir;\n ch = dir < 0 ? text.length : 0;\n continue;\n }\n if (sawWord && /[!?.]/.test(next)) return Pos(line, ch + (dir > 0 ? 1 : 0));\n if (!sawWord) sawWord = /\\w/.test(next);\n ch += dir;\n }\n }\n\n function byExpr(cm, pos, dir) {\n var wrap;\n if (cm.findMatchingBracket && (wrap = cm.findMatchingBracket(pos, true))\n && wrap.match && (wrap.forward ? 1 : -1) == dir)\n return dir > 0 ? Pos(wrap.to.line, wrap.to.ch + 1) : wrap.to;\n\n for (var first = true;; first = false) {\n var token = cm.getTokenAt(pos);\n var after = Pos(pos.line, dir < 0 ? token.start : token.end);\n if (first && dir > 0 && token.end == pos.ch || !/\\w/.test(token.string)) {\n var newPos = cm.findPosH(after, dir, \"char\");\n if (posEq(after, newPos)) return pos;\n else pos = newPos;\n } else {\n return after;\n }\n }\n }\n\n // Prefixes (only crudely supported)\n\n function getPrefix(cm, precise) {\n var digits = cm.state.emacsPrefix;\n if (!digits) return precise ? null : 1;\n clearPrefix(cm);\n return digits == \"-\" ? -1 : Number(digits);\n }\n\n function repeated(cmd) {\n var f = typeof cmd == \"string\" ? function(cm) { cm.execCommand(cmd); } : cmd;\n return function(cm) {\n var prefix = getPrefix(cm);\n f(cm);\n for (var i = 1; i < prefix; ++i) f(cm);\n };\n }\n\n function findEnd(cm, by, dir) {\n var pos = cm.getCursor(), prefix = getPrefix(cm);\n if (prefix < 0) { dir = -dir; prefix = -prefix; }\n for (var i = 0; i < prefix; ++i) {\n var newPos = by(cm, pos, dir);\n if (posEq(newPos, pos)) break;\n pos = newPos;\n }\n return pos;\n }\n\n function move(by, dir) {\n var f = function(cm) {\n cm.extendSelection(findEnd(cm, by, dir));\n };\n f.motion = true;\n return f;\n }\n\n function killTo(cm, by, dir) {\n kill(cm, cm.getCursor(), findEnd(cm, by, dir), true);\n }\n\n function addPrefix(cm, digit) {\n if (cm.state.emacsPrefix) {\n if (digit != \"-\") cm.state.emacsPrefix += digit;\n return;\n }\n // Not active yet\n cm.state.emacsPrefix = digit;\n cm.on(\"keyHandled\", maybeClearPrefix);\n cm.on(\"inputRead\", maybeDuplicateInput);\n }\n\n var prefixPreservingKeys = {\"Alt-G\": true, \"Ctrl-X\": true, \"Ctrl-Q\": true, \"Ctrl-U\": true};\n\n function maybeClearPrefix(cm, arg) {\n if (!cm.state.emacsPrefixMap && !prefixPreservingKeys.hasOwnProperty(arg))\n clearPrefix(cm);\n }\n\n function clearPrefix(cm) {\n cm.state.emacsPrefix = null;\n cm.off(\"keyHandled\", maybeClearPrefix);\n cm.off(\"inputRead\", maybeDuplicateInput);\n }\n\n function maybeDuplicateInput(cm, event) {\n var dup = getPrefix(cm);\n if (dup > 1 && event.origin == \"+input\") {\n var one = event.text.join(\"\\n\"), txt = \"\";\n for (var i = 1; i < dup; ++i) txt += one;\n cm.replaceSelection(txt);\n }\n }\n\n function addPrefixMap(cm) {\n cm.state.emacsPrefixMap = true;\n cm.addKeyMap(prefixMap);\n cm.on(\"keyHandled\", maybeRemovePrefixMap);\n cm.on(\"inputRead\", maybeRemovePrefixMap);\n }\n\n function maybeRemovePrefixMap(cm, arg) {\n if (typeof arg == \"string\" && (/^\\d$/.test(arg) || arg == \"Ctrl-U\")) return;\n cm.removeKeyMap(prefixMap);\n cm.state.emacsPrefixMap = false;\n cm.off(\"keyHandled\", maybeRemovePrefixMap);\n cm.off(\"inputRead\", maybeRemovePrefixMap);\n }\n\n // Utilities\n\n function setMark(cm) {\n cm.setCursor(cm.getCursor());\n cm.setExtending(!cm.getExtending());\n cm.on(\"change\", function() { cm.setExtending(false); });\n }\n\n function clearMark(cm) {\n cm.setExtending(false);\n cm.setCursor(cm.getCursor());\n }\n\n function getInput(cm, msg, f) {\n if (cm.openDialog)\n cm.openDialog(msg + \": <input type=\\\"text\\\" style=\\\"width: 10em\\\"/>\", f, {bottom: true});\n else\n f(prompt(msg, \"\"));\n }\n\n function operateOnWord(cm, op) {\n var start = cm.getCursor(), end = cm.findPosH(start, 1, \"word\");\n cm.replaceRange(op(cm.getRange(start, end)), start, end);\n cm.setCursor(end);\n }\n\n function toEnclosingExpr(cm) {\n var pos = cm.getCursor(), line = pos.line, ch = pos.ch;\n var stack = [];\n while (line >= cm.firstLine()) {\n var text = cm.getLine(line);\n for (var i = ch == null ? text.length : ch; i > 0;) {\n var ch = text.charAt(--i);\n if (ch == \")\")\n stack.push(\"(\");\n else if (ch == \"]\")\n stack.push(\"[\");\n else if (ch == \"}\")\n stack.push(\"{\");\n else if (/[\\(\\{\\[]/.test(ch) && (!stack.length || stack.pop() != ch))\n return cm.extendSelection(Pos(line, i));\n }\n --line; ch = null;\n }\n }\n\n function quit(cm) {\n cm.execCommand(\"clearSearch\");\n clearMark(cm);\n }\n\n // Actual keymap\n\n var keyMap = CodeMirror.keyMap.emacs = {\n \"Ctrl-W\": function(cm) {kill(cm, cm.getCursor(\"start\"), cm.getCursor(\"end\"));},\n \"Ctrl-K\": repeated(function(cm) {\n var start = cm.getCursor(), end = cm.clipPos(Pos(start.line));\n var text = cm.getRange(start, end);\n if (!/\\S/.test(text)) {\n text += \"\\n\";\n end = Pos(start.line + 1, 0);\n }\n kill(cm, start, end, true, text);\n }),\n \"Alt-W\": function(cm) {\n addToRing(cm.getSelection());\n clearMark(cm);\n },\n \"Ctrl-Y\": function(cm) {\n var start = cm.getCursor();\n cm.replaceRange(getFromRing(getPrefix(cm)), start, start, \"paste\");\n cm.setSelection(start, cm.getCursor());\n },\n \"Alt-Y\": function(cm) {cm.replaceSelection(popFromRing(), \"around\", \"paste\");},\n\n \"Ctrl-Space\": setMark, \"Ctrl-Shift-2\": setMark,\n\n \"Ctrl-F\": move(byChar, 1), \"Ctrl-B\": move(byChar, -1),\n \"Right\": move(byChar, 1), \"Left\": move(byChar, -1),\n \"Ctrl-D\": function(cm) { killTo(cm, byChar, 1); },\n \"Delete\": function(cm) { killTo(cm, byChar, 1); },\n \"Ctrl-H\": function(cm) { killTo(cm, byChar, -1); },\n \"Backspace\": function(cm) { killTo(cm, byChar, -1); },\n\n \"Alt-F\": move(byWord, 1), \"Alt-B\": move(byWord, -1),\n \"Alt-D\": function(cm) { killTo(cm, byWord, 1); },\n \"Alt-Backspace\": function(cm) { killTo(cm, byWord, -1); },\n\n \"Ctrl-N\": move(byLine, 1), \"Ctrl-P\": move(byLine, -1),\n \"Down\": move(byLine, 1), \"Up\": move(byLine, -1),\n \"Ctrl-A\": \"goLineStart\", \"Ctrl-E\": \"goLineEnd\",\n \"End\": \"goLineEnd\", \"Home\": \"goLineStart\",\n\n \"Alt-V\": move(byPage, -1), \"Ctrl-V\": move(byPage, 1),\n \"PageUp\": move(byPage, -1), \"PageDown\": move(byPage, 1),\n\n \"Ctrl-Up\": move(byParagraph, -1), \"Ctrl-Down\": move(byParagraph, 1),\n\n \"Alt-A\": move(bySentence, -1), \"Alt-E\": move(bySentence, 1),\n \"Alt-K\": function(cm) { killTo(cm, bySentence, 1); },\n\n \"Ctrl-Alt-K\": function(cm) { killTo(cm, byExpr, 1); },\n \"Ctrl-Alt-Backspace\": function(cm) { killTo(cm, byExpr, -1); },\n \"Ctrl-Alt-F\": move(byExpr, 1), \"Ctrl-Alt-B\": move(byExpr, -1),\n\n \"Shift-Ctrl-Alt-2\": function(cm) {\n cm.setSelection(findEnd(cm, byExpr, 1), cm.getCursor());\n },\n \"Ctrl-Alt-T\": function(cm) {\n var leftStart = byExpr(cm, cm.getCursor(), -1), leftEnd = byExpr(cm, leftStart, 1);\n var rightEnd = byExpr(cm, leftEnd, 1), rightStart = byExpr(cm, rightEnd, -1);\n cm.replaceRange(cm.getRange(rightStart, rightEnd) + cm.getRange(leftEnd, rightStart) +\n cm.getRange(leftStart, leftEnd), leftStart, rightEnd);\n },\n \"Ctrl-Alt-U\": repeated(toEnclosingExpr),\n\n \"Alt-Space\": function(cm) {\n var pos = cm.getCursor(), from = pos.ch, to = pos.ch, text = cm.getLine(pos.line);\n while (from && /\\s/.test(text.charAt(from - 1))) --from;\n while (to < text.length && /\\s/.test(text.charAt(to))) ++to;\n cm.replaceRange(\" \", Pos(pos.line, from), Pos(pos.line, to));\n },\n \"Ctrl-O\": repeated(function(cm) { cm.replaceSelection(\"\\n\", \"start\"); }),\n \"Ctrl-T\": repeated(function(cm) {\n cm.execCommand(\"transposeChars\");\n }),\n\n \"Alt-C\": repeated(function(cm) {\n operateOnWord(cm, function(w) {\n var letter = w.search(/\\w/);\n if (letter == -1) return w;\n return w.slice(0, letter) + w.charAt(letter).toUpperCase() + w.slice(letter + 1).toLowerCase();\n });\n }),\n \"Alt-U\": repeated(function(cm) {\n operateOnWord(cm, function(w) { return w.toUpperCase(); });\n }),\n \"Alt-L\": repeated(function(cm) {\n operateOnWord(cm, function(w) { return w.toLowerCase(); });\n }),\n\n \"Alt-;\": \"toggleComment\",\n\n \"Ctrl-/\": repeated(\"undo\"), \"Shift-Ctrl--\": repeated(\"undo\"),\n \"Ctrl-Z\": repeated(\"undo\"), \"Cmd-Z\": repeated(\"undo\"),\n \"Shift-Alt-,\": \"goDocStart\", \"Shift-Alt-.\": \"goDocEnd\",\n \"Ctrl-S\": \"findNext\", \"Ctrl-R\": \"findPrev\", \"Ctrl-G\": quit, \"Shift-Alt-5\": \"replace\",\n \"Alt-/\": \"autocomplete\",\n \"Ctrl-J\": \"newlineAndIndent\", \"Enter\": false, \"Tab\": \"indentAuto\",\n\n \"Alt-G\": function(cm) {cm.setOption(\"keyMap\", \"emacs-Alt-G\");},\n \"Ctrl-X\": function(cm) {cm.setOption(\"keyMap\", \"emacs-Ctrl-X\");},\n \"Ctrl-Q\": function(cm) {cm.setOption(\"keyMap\", \"emacs-Ctrl-Q\");},\n \"Ctrl-U\": addPrefixMap\n };\n\n CodeMirror.keyMap[\"emacs-Ctrl-X\"] = {\n \"Tab\": function(cm) {\n cm.indentSelection(getPrefix(cm, true) || cm.getOption(\"indentUnit\"));\n },\n \"Ctrl-X\": function(cm) {\n cm.setSelection(cm.getCursor(\"head\"), cm.getCursor(\"anchor\"));\n },\n\n \"Ctrl-S\": \"save\", \"Ctrl-W\": \"save\", \"S\": \"saveAll\", \"F\": \"open\", \"U\": repeated(\"undo\"), \"K\": \"close\",\n \"Delete\": function(cm) { kill(cm, cm.getCursor(), bySentence(cm, cm.getCursor(), 1), true); },\n auto: \"emacs\", nofallthrough: true, disableInput: true\n };\n\n CodeMirror.keyMap[\"emacs-Alt-G\"] = {\n \"G\": function(cm) {\n var prefix = getPrefix(cm, true);\n if (prefix != null && prefix > 0) return cm.setCursor(prefix - 1);\n\n getInput(cm, \"Goto line\", function(str) {\n var num;\n if (str && !isNaN(num = Number(str)) && num == num|0 && num > 0)\n cm.setCursor(num - 1);\n });\n },\n auto: \"emacs\", nofallthrough: true, disableInput: true\n };\n\n CodeMirror.keyMap[\"emacs-Ctrl-Q\"] = {\n \"Tab\": repeated(\"insertTab\"),\n auto: \"emacs\", nofallthrough: true\n };\n\n var prefixMap = {\"Ctrl-G\": clearPrefix};\n function regPrefix(d) {\n prefixMap[d] = function(cm) { addPrefix(cm, d); };\n keyMap[\"Ctrl-\" + d] = function(cm) { addPrefix(cm, d); };\n prefixPreservingKeys[\"Ctrl-\" + d] = true;\n }\n for (var i = 0; i < 10; ++i) regPrefix(String(i));\n regPrefix(\"-\");\n});\n",
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/codemirror/keymap/emacs.js",
"module-type": "library"
},
"$:/plugins/tiddlywiki/codemirror/readme": {
"title": "$:/plugins/tiddlywiki/codemirror/readme",
"text": "This plugin provides an enhanced text editor component based on [[CodeMirror|http://codemirror.net]]. It provides several advantages over the default browser text editor:\n\n* Code colouring for many languages (see [[the official documentation here|http://codemirror.net/mode/index.html]])\n* Auto closing brackets and tags\n* Folding brackets, comments, and tags\n* Auto-completion\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/codemirror]]\n"
},
"$:/plugins/tiddlywiki/codemirror/styles": {
"title": "$:/plugins/tiddlywiki/codemirror/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "/* Make the editor resize to fit its content */\n\n.CodeMirror {\n\theight: auto;\n\tborder: 1px solid #ddd;\n\tline-height: 1.5;\n\tfont-family: \"Monaco\", monospace;\n}\n\n.CodeMirror-scroll {\n\toverflow-x: auto;\n\toverflow-y: hidden;\t\n}\n"
},
"$:/plugins/tiddlywiki/codemirror/usage": {
"title": "$:/plugins/tiddlywiki/codemirror/usage",
"text": "! Setting ~CodeMirror Content Types\n\nYou can determine which tiddler content types are edited by the ~CodeMirror widget by creating or modifying special tiddlers whose prefix is comprised of the string `$:/config/EditorTypeMappings/` concatenated with the content type. The text of that tiddler gives the editor type to be used (eg, ''text'', ''bitmap'', ''codemirror'').\n\nThe current editor type mappings are shown in [[$:/ControlPanel]] under the \"Advanced\" tab.\n\n! ~CodeMirror Configuration\n\nYou can configure the ~CodeMirror plugin by creating a tiddler called [[$:/config/CodeMirror]] containing a JSON configuration object. The configuration tiddler must have its type field set to `application/json` to take effect.\n\nSee http://codemirror.net/ for details of available configuration options.\n\nFor example:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/dialog/dialog.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/search/searchcursor.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n \"$:/plugins/tiddlywiki/codemirror/keymap/vim.js\",\n \"$:/plugins/tiddlywiki/codemirror/keymap/emacs.js\"\n ],\n \"configuration\": {\n \"keyMap\": \"vim\",\n \"matchBrackets\":true,\n \"showCursorWhenSelecting\": true\n }\n}\n```\n\n!! Basic working configuration\n\n# Create a tiddler called `$:/config/CodeMirror`\n\n# The type of the tiddler has to be set to `application/json`\n\n# The text of the tiddler is the following: \n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\"\n ],\n \"configuration\": {\n \"matchBrackets\":true,\n \"showCursorWhenSelecting\": true\n }\n}\n\n```\n\n# You should see line numbers when editing a tiddler\n# When editing a tiddler, no matter what the type of the tiddler is set to, you should see matching brackets being highlighted whenever the cursor is next to one of them\n# If you edit a tiddler with the type `application/javascript` or `application/json` you should see the code being syntax highlighted\n\n!! Add HTML syntax highlighting\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/mode/xml/xml.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"matchBrackets\":true\n }\n}\n```\n# Edit a tiddler with the type `text/html` and write some html code. You should see your code being coloured\n\n!! Add a non-existing language mode\n\nHere's an example of adding a new language mode - in this case, the language C.\n\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/mode/clike/clike.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/mode/clike/clike.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/clike/clike.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true\n }\n}\n```\n\n# Add the correct ~EditorTypeMappings tiddler\n## Find the matching MIME type. If you go on the [[CodeMirror documentation for language modes|http://codemirror.net/mode/index.html]] you can see the [[documentation for the c-like mode|http://codemirror.net/mode/clike/index.html]]. In this documentation, at the end you will be told the MIME types defined. Here it's ''text/x-csrc''\n## Add the tiddler: `$:/config/EditorTypeMappings/text/x-csrc` and fill the text field with : ''codemirror''\n\nIf you edit a tiddler with the type `text/x-csrc` and write some code in C, you should see your text being coloured.\n\n!! Add matching tags\n\n# Add XML and HTML colouring\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/matchtags.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/matchtags.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchtags.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"matchTags\": {\"bothTags\": true},\n \"extraKeys\": {\"Ctrl-J\": \"toMatchingTag\"}\n }\n}\n```\n\nEdit a tiddler that has the type :`text/htm` and write this code:\n\n```\n<html>\n <div id=\"click here and press CTRL+J\">\n <ul>\n <li>\n </li>\n </ul>\n </div>\n</html>\n```\n\nIf you click on a tag and press CTRL+J, your cursor will select the matching tag. Supposedly, it should highlight the pair when clicking a tag. However, that part doesn't work.\n\n!! Adding closing tags\n\n# Add the xml mode (see \"Add XML and HTML colouring\")\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/closetags.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/closetag.js]]\n\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/closetags.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"autoCloseTags\":true\n }\n}\n```\n\nIf you edit a tiddler with the type`text/html` and write:\n\n```\n<html>\n```\n\nThen the closing tag ''</html>'' should automatically appear.\n\n!! Add closing brackets\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/edit/closebrackets.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/edit/closebrackets.js]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/matchbrackets.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/edit/closebrackets.js\"\n ],\n\n \"configuration\": {\n\n \"showCursorWhenSelecting\": true,\n \"matchBrackets\":true,\n \"autoCloseBrackets\":true\n }\n}\n```\n\n# If you try to edit any tiddler and write `if(` you should see the bracket closing itself automatically (you will get \"if()\"). It works with (), [], and {}\n# If you try and edit a tiddler with the type `application/javascript`, it will auto-close `()`,`[]`,`{}`,`''` and `\"\"`\n\n!! Adding folding tags\n\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldcode.js`\n## Add a field `module-type` and set it to ''library''\n## Set the field `type` to ''application/javascript''\n## Set the text field of the tiddler with the javascript code from this link : [[http://codemirror.net/addon/fold/foldcode.js]]\n# Repeat the above process for the following tiddlers, but replace the code with the one from the given link:\n## Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/xml-fold.js`, the code can be found here [[https://raw.githubusercontent.com/codemirror/CodeMirror/master/addon/fold/xml-fold.js]]\n## Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.js`, the code can be found here [[http://codemirror.net/addon/fold/foldgutter.js]]\n# Create a tiddler `$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.css`\n## Add the tag `$:/tags/Stylesheet`\n## Set the text field of the tiddler with the css code from this link : [[http://codemirror.net/addon/fold/foldgutter.css]]\n# Set the text field of the tiddler `$:/config/CodeMirror` to:\n\n```\n{\n \"require\": [\n \"$:/plugins/tiddlywiki/codemirror/mode/javascript/javascript.js\",\n \"$:/plugins/tiddlywiki/codemirror/mode/xml/xml.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/fold/foldcode.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/fold/xml-fold.js\",\n \"$:/plugins/tiddlywiki/codemirror/addon/fold/foldgutter.js\"\n ],\n \"configuration\": {\n \"showCursorWhenSelecting\": true,\n \"matchTags\": {\"bothTags\": true},\n \"foldGutter\": true,\n \"gutters\": [\"CodeMirror-linenumbers\", \"CodeMirror-foldgutter\"]\n }\n}\n```\n\nNow if you type the below code in a tiddler with the type `text/html`:\n\n```\n<html>\n <div>\n <ul>\n\n </ul>\n </div>\n</html>\n```\n\nYou should see little arrows just next to the line numbers. Clicking on it will have the effect to fold the code (or unfold it).\n"
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"text": "/*\\\ntitle: $:/plugins/tiddlywiki/highlight/highlightblock.js\ntype: application/javascript\nmodule-type: widget\n\nWraps up the fenced code blocks parser for highlight and use in TiddlyWiki5\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CodeBlockWidget = require(\"$:/core/modules/widgets/codeblock.js\").codeblock;\n//register languages requires hljs for us\nvar hljs = require(\"$:/plugins/tiddlywiki/highlight/registerlanguages.js\").hljs;\nhljs.configure({tabReplace: \" \"});\t\n\nCodeBlockWidget.prototype.postRender = function() {\n\tvar domNode = this.domNodes[0];\n\tif($tw.browser && this.document !== $tw.fakeDocument && this.language) {\n\t\tdomNode.className = this.language.toLowerCase();\n\t\thljs.highlightBlock(domNode);\n\t}\n\telse if(!$tw.browser && this.language && this.language.indexOf(\"/\") == -1 ){\n\t\ttry{\n\t\t\tdomNode.className = this.language.toLowerCase() + \" hljs\";\n\t\t\tdomNode.children[0].innerHTML = hljs.fixMarkup(hljs.highlight(this.language, this.getAttribute(\"code\")).value);\n\t\t}\n\t\tcatch(err) {\n\t\t\t//can't easily tell if a language is registered or not in the packed version of hightlight.js\n\t\t\t//so we silently fail and the codeblock remains unchanged\n\t\t}\n\t}\t\n};\n\n})();\n",
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"text": "Copyright (c) 2006, Ivan Sagalaev\nAll rights reserved.\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n * Redistributions of source code must retain the above copyright\n notice, this list of conditions and the following disclaimer.\n * Redistributions in binary form must reproduce the above copyright\n notice, this list of conditions and the following disclaimer in the\n documentation and/or other materials provided with the distribution.\n * Neither the name of highlight.js nor the names of its contributors\n may be used to endorse or promote products derived from this software\n without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND ANY\nEXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\nWARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE REGENTS AND CONTRIBUTORS BE LIABLE FOR ANY\nDIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\nLOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND\nON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n"
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"text": "This plugin provides syntax highlighting of code blocks using [[highlight.js|https://github.com/isagalaev/highlight.js]] from Ivan Sagalaev.\n\n[[Source code|https://github.com/Jermolene/TiddlyWiki5/blob/master/plugins/tiddlywiki/highlight]]\n"
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"text": "! Usage\n\nFenced code blocks can have a language specifier added to trigger highlighting in a specific language. Otherwise heuristics are used to detect the language.\n\n```\n ```js\n var a = b + c; // Highlighted as JavaScript\n ```\n```\n! Adding Themes\n\nYou can add themes from highlight.js by copying the CSS to a new tiddler and tagging it with [[$:/tags/Stylesheet]]. The available themes can be found on GitHub:\n\nhttps://github.com/isagalaev/highlight.js/tree/master/src/styles\n"
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"
},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Bold.woff",
"text": 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"
},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Italic.woff",
"text": 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"
},
"$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Regular.woff": {
"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Regular.woff",
"text": 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"$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-BoldItalic.woff": {
"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-BoldItalic.woff",
"text": 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"
},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Italic.woff",
"text": 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kc8bjrtJ9wFjZ9YN+Gxk4DCcmPfU562vgH2Wuze+B54INOS49BJ89jtADnJ6ICsDpogfjQ9uAbEWiB5dU/EdIkqrRgyCmXnF8Cyr10SOmDP4J9pW7iwvr657H4oYKvBK7EdwcKOwOwrCDGJjsB5GXbOa4mN/6BspzumRgBScwuCoiIpeAiGyJ6KPIdc/VP08xlgPzA5PmoypHEvxLLwwGN5/340PCUUg7O1IFBEjg73nIh+8GO9xwPW4cGIJVBIFSfe7rY8mYRfjh4doM8QWav5Y179BnSIaJOtyv91Vj2iN+EcBXN1RB3xUtS5LZPbhSrc/GIXOpGp1qMcTewlcT5Z0U2AIAZuyWB9GAI83+7dor5TJkOdn1Dq/aIsj41neC8vHVpJjJDDUBlwKZH4tECn7tQtmNM4FDDlAEFuArgXkGOJXp2Mt0BS0jlvBY+FCHTpD8Oj418agkGoD3MgqGa9gZEwKKFH0jtRmLA+whbG/GuGdAErmRkCFzUXrb0QRBm/GpwcLCYEpVgfjQixfBnbjC0MfmiQudzOeOGztcCG/uPXPvv5OyhOyj76a7ZRa9HAM4wApwHMqVKdbANZhnyzawJe7yf8KosnbDzTefXLMtxp5AWQSuDHD3u0TY4TskGngOyqA4evE3tr4pQcrrdi//WC7woh5lsLMj750I8DNUqhXqM4jeHKjBCwLa1xUjUUEmYlEfBD1hikTbOvPBtGWAvpx1m38OD7IMkCBCLxz28GBwPxoOVh24fRABA7jq+1PJPRq73N5nfhBbOhCdp0OVUC132N5AEklCUihLOA2vCUoqxD/xxBb/n76jJ3mBaBBkALMEyyzWSOXyb0HZee7yP3GFEOX8OoNxpL/AX494kQ6ID97x2hpyNOTDOjEk6RA9QUUxRP8hVpVvffjG+eP33HvfvkPIvDWdfwBNbyxpphNdHnn51up8L+ktLT4yyuCvI/39b373oyd66+sHHi/Jz78tnz7/g0O3qoRTZszK4hfPbd4eE6tHfutCWP/gv/Xz2M3XRjY4p+vjZXCjTLk+7L8hNI4LYMYodCzYIQMe7iiJQvf93a9pi0dVAJr+xpuEWy9ks28AeejO5pSwP1Z2WYlUKqLjJ8U95ZQpj+M8dFQsr/SonRDne+smQo+8XX8dSFuslkTEKib63ufYy+Vqau9U0AfoXln27dSPHItcAj7bHy6hq400Co0HCcWx/QLRz4MsLQb2rBLAAh/0GMffwXN74OdQ/Nd8IwdPODZ6HzFa1XvHRn3UN/SvvwWYFJLSueqyRAUJC1N7E4lWuV9u89rhCwZar/U73XPvMNAwzu8TWk3EFVQIBcRJdvaY0hM4Ttm2vcL84bkf90UegbvWsu28LlHv0ZKyiIr9jjT4yjvkwkPdbKL5H59WsncPHHFm9XlHHikAhbTkFsM6+cpf438AP7k/8sx1M0DYHWEKCH6YVMNokqJBibX+MhkFNRLrDv0i4spDKbVdXveCWmrQ3+FMYb7An/mMflO7wnmPN6mwh+f1uM5VozxV7Xi2Ljp35ySGbiI2pg17aSNf2Kal5Qvx01fTUrTPWV9Rkxb4Gtq9cSS5Voq61/RUENZm67OyfXYU46ubar+TK2Ww0depataaCl6JxhUtKibl+Wg3LmD09LNYuD77VFwN3JBs/U94T6p0vIPZXJBv+4AX74Ka6nTYb2H6ZK7mbodjqdhGPitjOgvgz2HOOHY9UHELbdcL3ojhph2+oD/EUxtroztyCfIuZHi7RN5YflZ1bxvJ6TQVtAVsaqzw4248KOvtgzLu02dJczBf721ygnJ3YxGQX5unmg1iiesHzi3nmiIucdHpU8lsKv1LaTxScjlOJH9FQWGJ5NoqVo70RG/VQyWsHex378s0FbS6ivQfUgmqroIvswOO9nX8ryMXxvk2rAZ9X+iFxLq/zUfhp3FUFroZ5NksKfjI1MK1oIQhAEXj7MsyNKsli+hjqSdKT5UMvxZM73JiIusQlGLK3kxujzPtpvICVYhGs64Bife7z6ES4rBGBSDVRFKNWjrfSvDoJU1fKmqsguRZyejXwwSSMCm9uD6NLMpTKZk974oU03MbU5bAOmqIfh8UxhIIEuxhwstGRRZl6PJ3OPbu4F2M0jFd7AL7X4F4Ow/50faZtvmGeXDC0AM4xuziNyz2AJzpryzNnXgicevOhGgcSCXXWUIk1j4Td6ak7EcvHX8z5FDcm51/4zoNDUcYvzRauvcgerd8vczIf+VT2bMvnD9AY54pffvfiwK+TtWF/+TPbH0SA/DcpyP7IxHLJ15MklEIF0xo25zgbDFMQv4VQX7yWSgVIgZm6F0lmDVcFgWZKI2Vhx3Zp5WOK2bIAtq//19gfiboLh80N0xBkIg+zGMJrtl6P+VNE6h5uYrojIKfEDgxTnz6DImFl/GWhh566G84mff4sLsscKYOZStQbcpd/jRhugUjL6BlojC5eld+wsVBrqcDuUbX4c++bKafKmphueNdY3DPNp3RMh80TvyYZs08Jn94DQsTAB0fd/EgNDn8p48ZNCwImtpYkJuKVrFxqIyMZeAC+pdHoQKj5XRAxNPFpczRaAwIcrwvE5THWNKdZMl5iqu5OutLYg70czC22wLJibBSFNCnPomoaXCkoLr35g6WEbUt3EQ4mmO6c7VtNs5DjbrVEJD9QqVBOKhLNDtgoVyK4Qvh1K1FlRDDK7eWy3+ukmhMJrLvVHCVQuOYtBW09f2t7yOBJ+hHgln50ujZFQSVMn4UQeEf1OnkJOj6qUikVwxbU/BPDZzh6mZT6DMGgtztX8EUX6yOxl7nl5FhoLE2vl9Idl/D55mlBgDMxXDy4fZ2DD8aUVavn56Vv4vexEvDtA9AevFG96QtA7wYVR3P5AftlCsj4vCiBJJS1bt0oyqCP0YPz0os/E7fuLKbk3sl0JZxKJc9ETAlyDx2DLXa6MtIzCAZgdqoah2zjyicqgNuzco/RsjlFRT07QB04gLPqejNJxd7OS8qGhSLFqsKA++ug+dj7sJF9LF/xUlIVKBQZczegG+CiB96+E+wKFsUyVSBNMF8OhtB+H+Cnm+ByL3KTf16eqzeYnXSw/LxfAVVmS+GWX9neBcdP7iJr8/t8MaPdhYUDei6tTkjPfNUMrUek1gz6OTqCd9HS7UET5KJqROSVSozqFI7S49ZvntTde52+BZNVuP3CVI+Bt6t6PiT4FDA7/kZ6SOv3n0frxDBkZiQzAMRlfm77nror6CWkbEKwOwHvUY1fuvP4Z2sTDPzhKxJUSKzWVOAWQuQw74DelgG3IYsGxnVimE5TBw/+hg2B9UwaCTit4hDn4Qc7feHmSctUGxiWVk5Jx46HWeDDgTOT/JiTAJj/+hHPL38d4icvSDuP5UWJPAOzjnBk7/5H5iIBlDqU+wF8okDcLssqcj3J+eyIA6gLY5f/k3AeiSt749mE7LCbf2ctTvHHO9n6Ofoi5FR5EgkUumOK5Tgjpzq9s/bLd4gcMbcjNmQtycToYD++mBG0Y8gzxM3r1lidAWyJ/zWTptau6fB3BudhdVuPZrV7INpSQHP4bC49UoumymoUxzuKe5UfSmaUdGHoRIl6sm8JuJZjeEEnpHRqLkepasPlWdms1FV2/qB2UCifchGqF1uxsWmyP2xqLrT682jp0gUZKxf+Uf06/gLkWZkL6Cvz4iCTgW7+ZDYhyL2V9AQ7n/cbrL6LMqD4L9q9DU8i96H1KJo8RwtNtSk2l/+1fOZ5BHa7eGYLXAOMwMhP1+CdNJvYUJKmMaj8UIxkYuZ+NOK+Vxx07QITUN2VU+uPvh/aKW3ZNLoW9/SBcJbOiZbHzmGlCWgvOg9ci7RiUfz3p59m4G/FUGe30Rfiswzi7lXlZTjLrwvUdi46Ib15aQkCcrLD3FWbvmCG7uvYVmZZw5QrZSdq2Ys146KUDVaxWzKcZP5qJL0akb0ll3SoxYnped0fKYy0+ocvEdESryfqzlWLC/wgqJLbnJzTzvd8uJY35DHvoUV0Pt+xmjQMmYI4SND6De+87+utwX1lTsAkfpj4GYJk0z8yy83WOsFfcGoWkh9BU9cibOu63fry4cce5Th0QCYd8YBiOBFZJU23EHgbbnsYEGUyvhzjOIKlz8vy2PPErnrOOHNNx2yaINi7ju8yvkzAAvjrVePBp7HlZubSvnlIM5qoc2akaWJ1fziaGw1UMY2zy8K29XUuDvAENW/0rfciQdGVdcsiM4z55FBGosSws6Z2VMVyJGNxoP7pSxdLlVm44pdSC8uWIJvvM2UmuquVCtH3iyjSp7TTWEflCIYqbO59uiU/Fd9O7OcBeLCx9MG87PRlR6uQj0CXCzwGms4GoShwYA5rDN6YQANIHiqwegmBH9G1wObhl1keOzhFPZi6lIatdtEYFCl1TsmcRr16fJsOdUsSaaakURTG82YkB1bc15FKs5XNjvsuU/QRgHteZWlKdNAjFxflC9UCrheyNQblRhPq9k7dgM5Zanrsd+tvzrM1wvZKXgmsIF8pYf+G9igH4FA8gIb9MYBDSknqOQnrjcMtyawn8r9NiBq4RAQAnsAWhww47aA5W7V9epQnmrlpqqtHcy0TremWlMY62nNfiuxHjnwNocvoxOikfcAEhq5dCK2PD8Qy/tcM2UJRFVm4tZ0R8wq+KaNlYWL024HEy+qGlsL/HBfUzKSdfS+ZNpDcqNy63r+6F75pQALOlf+EU/7MRbO4fzc6VsBB/L0rR3hE/bOIQjG9CcsIIdB68d/AH201pXbGpk1xT09oZjntZzqvbIdMIB85aqwuG+0m0gtE5hCelYnVLMQFy0V5XYlmn503fAWsX5Ce/fTasqI40Pj8FAk5aUPAEEdDvue0Xty1tXlpZ7CER7pi9VpsJEDcdLCH4wokX2A1f3gLv0Giy9df8imrUE5aOu4AQ5WDe3lS2OgIE4CBw13VH6nmjAT9bgZ92odfJ6P4bibNzCrdKlOSbKbytX7PJqZ4WO60kwQXpcEDkohfMarxk23Hr/8uVYtRvE/4Kgd9wpL4HiYUuV00WnVtBh+9FFXTlDnpMohjuek+ZPM16789EofveLLselP4lmv2JdD6AfdIR0yShHu3ofC7tBvu2VQCNPjqQuTiVFVADky6KOpajLm4XLKjMtJRU31Ygh4uKCLNNsplpDOx+1kYrYHrLGdiNc69YTl5XmIHl1RcnkXn0zWnFiq5vxRhpMWGkREWNQ2qykIIylaKkS/+Yfi9B6NFgvpqmuVLbRQbkz/0pOXRGHsZ+ifwM/uDDOo70XLeKL68JZDBICvsDs0Nse4GA2vYzTB3zrA4xmTeXXmfZ55WbdrxfXUrni9nC0Vc1ai6AmqWmxZtUytHetEJSVlGgkbmzpU4qlGIt4aUaqVCxrWPIXjk4bqHShXduZjyLyi8Ef/XlBjWnKXkaoXyjOumSgRrBaNWqagUKtgOtousW4kjoqYi92UN0ctqSpqakJXZs+3VM0yVBk1X355nKeZbqqgGxl0M2T7VsxLrWG13+IaaAdWMhix/fQ7SX6uP1MT6PMzQ/TLUFIRykm8TOIca22S9xH1X2Ckc1Eu7foZzURRId2Uld6MyrPakiOsEgs2RRRRufw1HaqnjAh+HT0NCYvnhFF0Tcasx3LlH8lZwL1H/PtjTZIQIiYhtJ1uwVzshxzaEVTXgYjtHH0V2LRR2InY+fD9ul2tkYSkxOPjoNPteDyzklCA4hy7ZCOxMpvLvxZNkutmopqK602VQdHeWaFQ4LVsHBy3KMaUHY8pRvLVjwiGWhas8350Eq2y4MVnLAkrqyeI3LSVAG863jbe3FyV4umcVXloiWGVcVJ97hk5ZRMOK8/mN6bxjgcjgQ7xOujwWKBDcyw46IZeT4FjxdlBo/iN1Ab6OYRR3LMUmeKYTvnssigtJkE5y4dBKfKMGSvOath8PY2A9Kip8Wat4jRsRCnhYg9DUekLz8Sef7jjJTfb4usKzXIj45T/GeoAJ1LfMavQ0Y69LhJ2d4fbsqOcnhdXNnOV5186DfWrtKu+fnO7apr7y66OTqx0Co6NvoiUc/sWFzfPHluj0WS0d6k42PrmdI/GTw+P08Slhfqh/YCXP7iyjP4e9HtD5M1hhyTQ5zZFD4GxVm37u0pZ0nUXgu7JZAtxsqq4bR7fw0uVHTzep8FuOMkeDTPgasl45qAjz3R8Hm8lbl1wk24sFeNRA8o/noe0zjEaSagc3W/utUS2xGgXefIQRglVHLs1enDC9gWDJgXq1vJD07RM5FIi1haS8VWpoQDfv2G1Pdp9m0mhzufRZxAOApmLqgIb3CehVlMo+lOdl6ZCf26Pa4HULvdeLq5MzZSLRzZDjr2MvgV6W2C7mnxYaQ/Go5lR/zrl28iHb8IapN3JBM26Dqum9kbUIJwQ7cjUtZFQqu8o3uZLcbGoyhv7ioKvHDY6067h0V9HIpZJlArcjccR4tI7Krd+nI+L0tZ/3/oLTgx3EzB9DXH24w79W5BvKYy71wUu8JFrktFou+zxg+xYUhG3Ici3ei3hMp1XOtSutEoZKzHn6o5VyMpyphgE1rJZm4CKb0MrZlIkTsmoUc5Pu+asocnRTrT49pckHycGUE//GtwvWGPUDdcQdH//gFnET3stPgCBnXXauEwLpiPBlz223PBhy7OiwNQJIkamfShnFKQp3hE0QaJTU60Tl2ycTUTtrAhWiM/UhoY81dLbUYxis+++Ly1UPu6asbzIs31C0ZhNOPkoFdk6IaSZzGBupr/O6+mSGS0YHO82S6YuSbLgzFK7WLlz2bBzDSaXBXY4gN8a2TPuy7LexYT9j5eIGOqVJsXKcHsUNNkRXWIv6peSgoCwMT2wHKIWNcviFIK7PUG7r1xBKCXw3SlZxFS1OWU2UWmUexIulVAPPSUQ1lZGx47TNIpq6v7YlCxj1mB8+YMiD8WatC/qgKGwnF+z0pWsaJkvvQeFORDXwC6n/Z0roAPjMrTX3TGVHU+sqiFGV1+faW5Pu4JmDvoT3TqE0l5UMbDJ+h7ZOTG6O0Fpt98sgrtgoebyEu85+diEetqNUqXRNadEFM83ijaPy1lVjKHPGvrWN3ilQUreguj3Px628BxPW2a8J3S06bsXPV1x8qshEd2o59sVu/3mgWhU62Vb5T7wjinRCGPnO+jLkbUxLwF0vDbz7xCJCTVpDzBPnVBQEPbvVw9iqRqlliD1khMB4t1UqdYlRovwWjflLE+JNa3ixZO2lVlR1lbMaOe2jhlNEPNScK/q0ZrTLMckofLEIBWbjk59IG02S6rhVWZypWOH558axzz+LbjvOwJbBZ0X97V31tsxFqvWQh75+obbNl0IcQPwRN90v6fbixgrhunta3giKkerHuJww7LN2RuoNrOuuzPlPccxfa0FZamyQGNTHbPJVcvTBR6jdJ7TmAW1v4wp8UxGUR/b1eXlblazvBJSVvI3HGo/HkW5dCa7upKS6vdcbcusedDA7bLdfnhWq88sSV6GRw8/IaR8vZRALzL48B1+DI4l8q5Bvf5V7R435G3da318XI/ruDSxOuPz/mDBnystUC7V3qcLpUVNI5XOVA8AMt5VZEujVZP0MUl7jXWVUTUcG7T7e8uZGSm2EJfL6ekSZlu/hqqXk0qa6gLik97Mbg3zOuRCoOr7FKhiYlyjXcw1XLMVA9aCo13xTzTDiKf3TctQnMjLrcrKjIGnYl62ASU8FP0ISPyM+aA3lyUpNZ7emJFI6C899HeglzuDfUo8YQoBroZCup6/kxfMjkKf+UVx7o8WQzWyPlTQKEB/rNu3CtF97WH7UEq2HK8ZyEvMaFSMSdV1U+G4ykxv9/Wj3mkUIeoxMvy496acqGxJVd9rklsPW7M3xJMdPVm0rFBqNsxUjs0V2LJYqjNzHQTYW8u3pixMKw/0GQbEPRvVjpQ+5LtN4Dfou6CfGwEHtlcahkxDQdIvTtgBm3CE9VrYrg5nH17X2+lKEzwPnK00RWm03LjjcErl1ammlanzOu8QbVdZ5Y2kpudciY+lBEIUjUp2eubSsYxquKWeVV+ROIB5bBwdUCWWTjiyqDdLfEwBFitlpzvn96ajimIZItt4q81RrCp6FoszCqKYi+YLgxv35VUkabWsxMlI7B9XkO45PL9L9PeNEP6P+JOs6zt6zXbsa5e5wyXlcGE+GCCHOXo88Jk1t5cGdmxqoyvBpjaFDJubTp3dxxbhX6Lq3gRmW1wx+2K5dOP2DsB4F5utDAe72DyNTXudusj52+2Xv4MpfPmLWZC1fZ7XiUSIjb8F/DwfiVTg/gp5MGWEQXrXv0nXVMAm2M4Pai1EbMCvrVe2PsBhtrwrCjTG8ejXv7p08cLX0D8LYlGEN+aAeH6JLeezce3lTXQURX75qa0rGOdzL4Z7MeP9pT7bi3mjDSZ/yBMwrTFUB7Ei9FdQP+gCMn8JI8uxg53jEMH8t4QQvP7KU2v/BtZEDW8+O93R0caK6MWl5bcA0cRPY/LMMwTqek3lSSxG2Czxqkd4zIn2dZej/vzUvTJC4j2nLj0k50/crmIsn9lzz/Pmp7AiI90AjQjC2jom8o7/r65zONwRxB8FW2yw+aLv/9Ux1oyGkYFP7JIskMK1qZ1r3HAJ2KeNipEdp6T+Tl/3ltSYgIEJy6t5jM4KTowi2wbjiKWEoGm5G5yTdpSCL80bBgecFV2JYNy2oDzxN1QAbHXaIfg20DTa+trWlzieR4wX4WCsZf4/i4/l8lsjnhOT7DyUIYB9B2BkCf/ryBRUXU+ybtuo0PWc8YEnv6xdRoNqKcwnpOgT7qHFVi1G43lWYMjgZJgdesYKKjCLkmAA4T8TZKMs6i5iQJHBcMcrBFr4rwL61KMIacDc2GkGAQtIyPzBT6ikgwaoKKhCXfJ3MWwHTKsJPPfhj/A8VaJCHVSisYMQW9+mhODfEbLIL6RYZ8QqFj941+11IqgK1VRhhgXf1n/H/xKzvQzCrxtTsiTA7x8BxaJim7A2Eo/fvfU2tqtx+oS/6WBZyHME+OHjBCApbjtQtm39XODIqxy8FIkqV4ixbVSorYslUDp+lYKvTM6TkEcAf25/Y/zJj9v+4ZbLLzwBkIRMNI3G+6Xb13Vi10enE+iGnauy+A03+Dc30MsvS89dvcN/fezasT3LX/4+d71FfIoyyEO4cPmHZMc2VDAzJVX8aRZD/jklNhIGjbhmBlEn8L/uhF37gyJ/tlwqQHKODPo46BJOhU00gBb855ykNaYyLz3NPweRc7T8ETTd+YJ7vtyvUioT5zTCqcIPt34Itl/4VT8XE5RGaQLRwRmqiL4pT4vVeMrlOSRv/ZAt7JjmvsKLkMHTUzeZgoL+km0rQBWlxDh0kOdUE6xOhR+AXpmt04AJX8G/xyZdEB9ou74T7HG+9eHTDtJteBoGfNrZeRjIN/b2biVr+443Cn1KNiNSkly8uZfaBfeHpfjqyULJkgsNgTcd1MzNzeyrHtxxAOhtmbs9hVIkOeumKIgAnBYWFG+5uiITScEeBIE9czHeerTCsTOX7syDBRVL8ycUgRmcS+dm1l/Z+i8yHZ/8AQLmSBykJjGXu+nCMX1qapCYr+dkPtijjIMOnvb3Ad7Eeo07zhb4hyGu2RNnexLjvo6OheLVx6Ku0QR8+XsxQXsRyhjSNwfjuRhEgQVRHDA5dPvZuL/Jaxy5cWmfvL1JzkuYHRCCuz/2mJF49iSveRKHnB3qekv6jh3qwk60mb9Px1i68PhqzLkP0lH8aKlazs58PtORzzdnl/CDWrDui8eL5lpJduANkHRqNZsdnIohgCzumPpa/fE3QHU7dVSVZLV/piviG7eOITTLFsTmd/cSDkX9x76M1eHi0U4rMtmT+23QLeD0yM81QRnEFlPdDPMq1tJiXZvR0D9kdn3FG6g79sZgP9D2giNak4qhVGTNtTcyxPc/qdCsrtQb3JSskLkkEYSUNjBqpVDtx04ub8rKRO3a9ACp7dp8ShAzXb6RV9kqEAB23PGM+KNnSzLB7uvawHs18eHarGe2OSwZChKXlES1Uz+V1kk6/ab+d1VIf1cZgG9/5rucXl28K2UfVtjJGARUQKbJ1Pz5J10RnybXceXTvn6PgQObwHXuYyeeayEf9nkVKBZo8SIKRhZsnTWkNjvoEFM/G64FTwQvFCakctwzrW47rP8yUPuNHCAN5okD9AxpyMjIsxzNZUTAJ2mhunpgce6uvVPtOe/wWtqybLWELIVXEiCUR2ilTMjZsxRxSjLWqSd7x/Yc3HvBAoxiacjdJJzCHVpg61pk2rX99Sk1Xjl+qCFl88mZM9m+Z02nTnQ2T5XPHKinObbUJRlDKFkwR48dhRsQjXqvenhP9+KR3Yd7e19R662NE2WnWpd5FMxTi1CP3gR1xVzkJKu8gvmb3+raeTgYslob0auOCPu7V3Chw8AdTZaGV1CtXx20+PC81F6Hy+xXgNkQqsd51g2iSiMprHtkQA8c3HejDE+9/yZicLtvBGY0m+T4rdXWVDI/NxA0jp0LRYLqFNyNfiJmo+dFoj1wSY8fh4C2NAEyk+rmNoUSaQRt6XPvk9H+tUw1c+C8zm/97XRP1Os8lHGSVIpVG0uForG/sro/kNu7soyXAOuL/hyZza5CG4c7ZVSYFA1tFlIoaGPv2AzHk9IcHgw3oDP0Y1yqk3Rn5rDBrRyd62i9916SU2er3Co20ahapgMDI33ZMfpnkvxuhBa75+7kS43po0T/BiMdj+kndxWNqogO7pq9Oa/1jt31XgNv0MuUHb6qXZLiJt/j9AduiG79XOKjc2vvu5sulPScIKTB/5UrdZxDX2R5uRL1q8JScF9gLt/R/cnG9uxqcj7AF9PvLeEhOv8rneNRcGjd5t1bF9QU7Sy7OuKFSs9BWNeoeXwAEWcmbI6PIakJSHl75MqgIWGJxNbOAW04fWZXglOiF+6sIXaEr/qxD8e0jc27JZKW6fJ7LVNm+i9f+Rn6ffztyJDNiJEdtuyCShSCaxyU4Hj+2VH/nn16ES7EMGFQuLI06MMz/ijj91OOwulOwebErCHeVspP1xYyKaFRrLYRb91UX8IiqVDUrohG7E7V3PrNTjPlJKuGasvnSzb+kJXDvJnmkaMozUebm6NbTx7M6aZ1qJtO3HEw53Ax4ciAV6ZGMkYuJ17+fnvOSd4zKC5nG1z+iXWGQakrP0GfQX/A+nUjv3/ac8M9wlrAKCBAqhOTuIHgE6H98h0z0Ysg0Pq73logis65F1eHlXw9ryVk0XOSF+eMjZYX1ySt3D01W4hJVMp1TcuTndgtRXn1wf27KDYEsdmz9bnadDPmCFIiV0yWOnzOSLtSqmDnrJiEiY6opriypAnTQX5qXumj7wF+MiSYLBm4zrAXgKV/a36roVrbPgO8fX7At1Q1xNTe8gRsfWlXUBXVcdJEUOuws42YxgXLTWpYMudynirN3eGaB6QnOlFiJDuimXKNEiQYQYEkk0vqiQq/uBa7oHsvHJAofmYpSknC4XWWhth2NuYNRRdjiKq0+vKh+f7NRb5hzarRZH7WwCJn86IiEUPBGbtkEtuVWo93Rzd/pcnHwrx8pY7+CTBw7RfNJ66eC4bVsHXNHPA6Iwp/SuoPArn5BU7L6yZ69Jrh32tmFNuzv/h/+WshFdME9JdXzftIpAQx9MeAYUmo/tg5UH8DYZyWgtgJb94bzzndnl/Qj0rba2RgGp0fZmtYmyve1Mx5QjMzkCtvXXpyUCh1S/Zs5xKv6R3+91Eurpj1ZhtKcb65eGcq+q6377vX1XNzv9QZ/OE79zx15/TKQysKlF37938vJjy+tJ5U1zbCvYOfoUOg3+kdu247bu7qdnxQHy3jLprXaDw/qlVoPRWXi9My1rJRS2pUFF6mi7MJGapK/sNYtCvdlBVPFqPpM58q8SlTp6Vfuy3nRpVeOgtpFH7/LOS4Bvz+U5O5r09aDeROWP2k8xqe/2fDKPea0zDbfZPt7Qd/N/sG3b6FYyOQWBRl1ezsdGamPFNOWQksZwbCSOOx/YwD3qwY0WjCIlSTKIedSqrc6lM1fUcUIy9FfC94RGIjEWV1D4oKbr0cTdQTNc/kRN6YodMS1tflpJ21XUtPbLJVFShzjlZSw5ZUE2OGfzTqwp1hn7l95ae4ib8Qqfk9AeYXZhiqULSyrXIozsLcsMI+2gUw6Ndj1rk4+mMUVTm6npBu2bVr15JqlkX+PRvrt3N2LoY/oYqkTS7/Ae5orNzWY5EreGNjY6+a11Xh+d2Qz1xlJogpD3IRm7VvXjur8Tnr1Suq/bCnPW5ITiw0GUJBXgJH/WvdPoS21wOvWkyVh6v9KUVzRDFq6jZ6xR9JLWO8J2a2iny5HDT0/ZFMuA24YylV5uSh1xycSIl6TJPxJk0jQ1N/aijx4zQ2FN733mAuOHNlC7L4l1gfL9yfAU8JVmbHPhyKUKoOwi3UMXs8wHZhWh2oNwVy+8ezWlVz+PpfvApeHEV0uhksuARHidFnFZF++Wvs+Gvtq2/qxHTRfvZPywL7NInPfk4XoGwPd1ZYz/zLgNf3hHtjgdeOJpV4GF+QcYotP+uw1R52WYDsntMLUC3EdL9omOQgHZcCzuej/Pg4IYrlTrOZZs2WHBN/Ee2OESQ1MtMSQZyAq+f2qiRtshOtKXNDIQzcs260Oi9zIholYl5CRZlStpXUNjIS1qbI18lUofDttGkRmyM8OLeEN1FuWfU0fjhfy1Imc3WwdFeCV7VNAH0P0jtHHLYvFUOCZt3SyTmCjGRMdSUGcUJqB+OmLhZtdBg5nelSIfL//16EP3fFS+izLL9U7AmHZr+qJLCmWrg7vuQv1gfd/PHxsEkHgo4/LwJ9NuMYCoUaIc7fCkonuzU154E2DxbFfD3nAkOkqiVv7Bb+r49zdp6urBI1J1RiWVFt7imrG7faUM8aGXXripeO8YqS/ujb4jRqJEUic9F7gNgITk7Bsc322U3T58l1tAU+n2Ne7xVrIU/ujiunAMpDQhAJ5k6UfdKSr86FAr6DRGt7z2KVc9XB6mNnbF0pVd1UAuIUnS8WSnsdPR4Tm/lquep8PyujD9BR/7SOiHp67eynPD6eevBSUtTRPx5oLbZyt62XpsqlTb8vd+WD6INwX7vYFuhVHr9zfboaTkd8x/ayeHsQEHwggvvfYq6JX8CLKiLRJ4878U7BBShT8oXNt8loGv8Kh3geeb2SEHPamkBFd59ngvmPoOIGpye0g3frXEzRFQMJ3o0jTu5n8Sl2ZhUnCvVVwGtNVIno+2AOfGAX+EA6MjOe5E6O1wfmHfMoa5yrxy75OxsnE8nT/XgWvfiCnaOLu3jz1Nx+72OnlqZqjjhdG85MuYpybn0wP3fShqyomjkZy9X2g6fmojwqHJueuliJN2bb02fbATabV/4B83AvM6zPtYTYqsm2p7FFXydc6VtCQXoIOws1B0k9u5Sln/g4b1sa/W2Uy2M+ZRS6SkqgrVl+VOUpSsuArdZaLMXmFq6WZG24T3ySN8yC/InyGdtBSByKIX79DCvoy9vbleOksIMc/IK5njM+tRDmY/SrVTeetAxn+WzM1F+JIiKWXzO8S/RThakORka7Pe0404ccMatDLv1lr9zMVw4uTr8zS9/KaZ46c/HqEd3Jst2qsxHdO1vNjhi7f3/KnE6rbLmSnROv4nv9ff5D4cR7nN/8JkIpIP9sc8T/YTQe5go+h+6NGwzeJIImeIR+NrcLxw4dOJvJJ/O8o+h6bMTyxJ4zfGYNEl4nISE+tqdsAv9Mee1h652d+uzptK5LOj1zKGG2VYy+dGTZit5xZNOm+N/EJbahpv0Go872xU07/c7dIifP3Zx2E8YoHUOWe3p0X7P6r6Y7x/YVD87gjmm25wVmr8SVPj4DMh5kfjPujnrjNazezuaBP2Vk26ITIso2via72SsoKA18R1+3xfTqoaKiJVKQAP9vSomJ8WOPSoVa0dWTQIcd9mlGRStqKCdymSmJ+69gRkEh6LFHhWo5ERN0wVWB+sicudgwcsNbkj8jOCYQ/l3P5h8/uiduyuxj4+yqKLZbzxfo3xOiUJ7n3vVs5oV9swpP5KIwrgN6+DHgTJdYfvctOBbPMscLV/ZV7ja4xm0nm4TDgc8BXt+D//f6rNlCJO64poaPn0REs4+foI65+oAtMG+sOgnAPSG1dvaC7MWxqdGWIHwMCZXreTP6Yqdkt5+oNeImFdFB+MKCtPW1rd/BvPXInmS0wbxUipdm8l59zTy6duPNt7BpPf/bBDlP6kL5jtf4ua8PAzDrPMTnsTA+d3K2ycHwCYkPVoMnuOWvZuxwi6u2UiBQ/7bqzmI5PXfO9I5lEW0N7KjjtqOc4vR1WVV1hKJ7FdSoq7RTFpEspwQpR2SHKonZWqnrCoUo+C+E7FHFPHTsIxnhMBZGKi+6u+PZZvu2Iy4v8KIhupeOUKO3C4lN0ao1mhopy2qzGeWj1VzzqOe0s1Ep+LxEtq/Sg1rqTOQusD6jQsHdMvJU3RZzmzwsoixlaFkcO/bOndDX1I7uqB9+boDn5lBv+GPc25NJe/F0wmPd7KXsYrve5ZSY0mlq7PNfsCzKAEkCJzuK/cBcvfEeDnuJ11SWueboR71EOpHD6l06SqMz3tdzmxlvZnDyLJTFiURnY998i/XY3nx4YV5lp4HZRIcIFuLJzb9dSb1dTcdO3XFt6Tn47N2eu14Q1L0N7u1QZ05DXOyBuJiL7I2cZb2BRTweMI6ZYej9QniEpM9ITgvtyMfAhtmnyvRWwlPgtNL3l8fZOZNRNygN0Ic5UdRoVjA4jop7btL5D96bjnEgMkSH64lY55du0PhE6o7lQY5H2dzWny0PhHYLi3cNTcNAj823gTm0OgzZGqkHkzz+HHi58Pb0sgHOIm/OmfGzH3bphYsYC/y588CvlX39WHJ2tn/CiXGPPXL5r4ar/Fe+iqMn0rXWTd1lEX/5K5DN9e57Ur6PWFd+RkaQN+ci50LGXd05R18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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Regular.woff",
"text": 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"
},
"$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size1-Regular.woff": {
"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size1-Regular.woff",
"text": 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},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size2-Regular.woff",
"text": 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"
},
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"type": "application/font-woff",
"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size3-Regular.woff",
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"title": "$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size4-Regular.woff",
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mode\",this.lexer,i.position)}var l=i.result.position;var s;var p=i.numArgs+i.numOptionalArgs;if(p>0){var d=h.getGreediness(a);var n=[a];var o=[l];for(var w=0;w<p;w++){var k=i.argTypes&&i.argTypes[w];var u;if(w<i.numOptionalArgs){if(k){u=this.parseSpecialGroup(l,k,t,true)}else{u=this.parseOptionalGroup(l,t)}if(!u){n.push(null);o.push(l);continue}}else{if(k){u=this.parseSpecialGroup(l,k,t)}else{u=this.parseGroup(l,t)}if(!u){throw new r(\"Expected group after '\"+i.result.result+\"'\",this.lexer,l)}}var m;if(u.numArgs>0){var f=h.getGreediness(u.result.result);if(f>d){m=this.parseFunction(l,t)}else{throw new r(\"Got function '\"+u.result.result+\"' as \"+\"argument to function '\"+i.result.result+\"'\",this.lexer,u.result.position-1)}}else{m=u.result}n.push(m.result);o.push(m.position);l=m.position}n.push(o);s=h.funcs[a].handler.apply(this,n)}else{s=h.funcs[a].handler.apply(this,[a])}return new g(new c(s.type,s,t),l)}else{return i.result}}else{return null}};p.prototype.parseSpecialGroup=function(e,t,i,h){if(t===\"color\"||t===\"size\"){var a=this.lexer.lex(e,i);if(h&&a.text!==\"[\"){return null}this.expect(a,h?\"[\":\"{\");var l=this.lexer.lex(a.position,t);var s;if(t===\"color\"){s=l.text}else{s=l.data}var r=this.lexer.lex(l.position,i);this.expect(r,h?\"]\":\"}\");return new d(new g(new c(t,s,i),r.position),false)}else if(t===\"text\"){var p=this.lexer.lex(e,\"whitespace\");e=p.position}if(h){return this.parseOptionalGroup(e,t)}else{return this.parseGroup(e,t)}};p.prototype.parseGroup=function(e,t){var i=this.lexer.lex(e,t);if(i.text===\"{\"){var h=this.parseExpression(i.position,t,false,\"}\");var a=this.lexer.lex(h.position,t);this.expect(a,\"}\");return new d(new g(new c(\"ordgroup\",h.result,t),a.position),false)}else{return this.parseSymbol(e,t)}};p.prototype.parseOptionalGroup=function(e,t){var i=this.lexer.lex(e,t);if(i.text===\"[\"){var h=this.parseExpression(i.position,t,false,\"]\");var a=this.lexer.lex(h.position,t);this.expect(a,\"]\");return new d(new g(new c(\"ordgroup\",h.result,t),a.position),false)}else{return null}};p.prototype.parseSymbol=function(e,t){var i=this.lexer.lex(e,t);if(h.funcs[i.text]){var a=h.funcs[i.text];var s=a.argTypes;if(s){s=s.slice();for(var r=0;r<s.length;r++){if(s[r]===\"original\"){s[r]=t}}}return new d(new g(i.text,i.position),true,a.allowedInText,a.numArgs,a.numOptionalArgs,s)}else if(l[t][i.text]){return new d(new g(new c(l[t][i.text].group,i.text,t),i.position),false)}else{return null}};t.exports=p},{\"./Lexer\":2,\"./ParseError\":4,\"./functions\":12,\"./symbols\":14,\"./utils\":15}],6:[function(e,t,i){function h(e,t,i,h){this.id=e;this.size=t;this.cramped=h;this.sizeMultiplier=i}h.prototype.sup=function(){return w[k[this.id]]};h.prototype.sub=function(){return w[u[this.id]]};h.prototype.fracNum=function(){return w[m[this.id]]};h.prototype.fracDen=function(){return w[f[this.id]]};h.prototype.cramp=function(){return w[v[this.id]]};h.prototype.cls=function(){return n[this.size]+(this.cramped?\" cramped\":\" uncramped\")};h.prototype.reset=function(){return o[this.size]};var a=0;var l=1;var s=2;var r=3;var p=4;var c=5;var g=6;var d=7;var n=[\"displaystyle textstyle\",\"textstyle\",\"scriptstyle\",\"scriptscriptstyle\"];var o=[\"reset-textstyle\",\"reset-textstyle\",\"reset-scriptstyle\",\"reset-scriptscriptstyle\"];var w=[new h(a,0,1,false),new h(l,0,1,true),new h(s,1,1,false),new h(r,1,1,true),new h(p,2,.7,false),new h(c,2,.7,true),new h(g,3,.5,false),new h(d,3,.5,true)];var k=[p,c,p,c,g,d,g,d];var u=[c,c,c,c,d,d,d,d];var m=[s,r,p,c,g,d,g,d];var f=[r,r,c,c,d,d,d,d];var v=[l,l,r,r,c,c,d,d];t.exports={DISPLAY:w[a],TEXT:w[s],SCRIPT:w[p],SCRIPTSCRIPT:w[g]}},{}],7:[function(e,t,i){var h=e(\"./domTree\");var a=e(\"./fontMetrics\");var l=e(\"./symbols\");var s=function(e,t,i,s,r){if(l[i][e]&&l[i][e].replace){e=l[i][e].replace}var p=a.getCharacterMetrics(e,t);var c;if(p){c=new h.symbolNode(e,p.height,p.depth,p.italic,p.skew,r)}else{typeof console!==\"undefined\"&&console.warn(\"No character metrics for '\"+e+\"' in style '\"+t+\"'\");c=new h.symbolNode(e,0,0,0,0,r)}if(s){c.style.color=s}return c};var r=function(e,t,i,h){return s(e,\"Math-Italic\",t,i,h.concat([\"mathit\"]))};var p=function(e,t,i,h){if(l[t][e].font===\"main\"){return s(e,\"Main-Regular\",t,i,h)}else{return s(e,\"AMS-Regular\",t,i,h.concat([\"amsrm\"]))}};var c=function(e){var t=0;var i=0;var h=0;if(e.children){for(var a=0;a<e.children.length;a++){if(e.children[a].height>t){t=e.children[a].height}if(e.children[a].depth>i){i=e.children[a].depth}if(e.children[a].maxFontSize>h){h=e.children[a].maxFontSize}}}e.height=t;e.depth=i;e.maxFontSize=h};var g=function(e,t,i){var a=new h.span(e,t);c(a);if(i){a.style.color=i}return a};var d=function(e){var t=new h.documentFragment(e);c(t);return t};var n=function(e,t){var i=g([],[new h.symbolNode(\"\\u200b\")]);i.style.fontSize=t/e.style.sizeMultiplier+\"em\";var a=g([\"fontsize-ensurer\",\"reset-\"+e.size,\"size5\"],[i]);return a};var o=function(e,t,i,a){var l;var s;var r;if(t===\"individualShift\"){var p=e;e=[p[0]];l=-p[0].shift-p[0].elem.depth;s=l;for(r=1;r<p.length;r++){var c=-p[r].shift-s-p[r].elem.depth;var d=c-(p[r-1].elem.height+p[r-1].elem.depth);s=s+c;e.push({type:\"kern\",size:d});e.push(p[r])}}else if(t===\"top\"){var o=i;for(r=0;r<e.length;r++){if(e[r].type===\"kern\"){o-=e[r].size}else{o-=e[r].elem.height+e[r].elem.depth}}l=o}else if(t===\"bottom\"){l=-i}else if(t===\"shift\"){l=-e[0].elem.depth-i}else if(t===\"firstBaseline\"){l=-e[0].elem.depth}else{l=0}var w=0;for(r=0;r<e.length;r++){if(e[r].type===\"elem\"){w=Math.max(w,e[r].elem.maxFontSize)}}var k=n(a,w);var u=[];s=l;for(r=0;r<e.length;r++){if(e[r].type===\"kern\"){s+=e[r].size}else{var m=e[r].elem;var f=-m.depth-s;s+=m.height+m.depth;var v=g([],[k,m]);v.height-=f;v.depth+=f;v.style.top=f+\"em\";u.push(v)}}var y=g([\"baseline-fix\"],[k,new h.symbolNode(\"\\u200b\")]);u.push(y);var x=g([\"vlist\"],u);x.height=Math.max(s,x.height);x.depth=Math.max(-l,x.depth);return x};t.exports={makeSymbol:s,mathit:r,mathrm:p,makeSpan:g,makeFragment:d,makeVList:o}},{\"./domTree\":10,\"./fontMetrics\":11,\"./symbols\":14}],8:[function(e,t,i){var h=e(\"./Options\");var a=e(\"./ParseError\");var l=e(\"./Style\");var s=e(\"./buildCommon\");var r=e(\"./delimiter\");var p=e(\"./domTree\");var c=e(\"./fontMetrics\");var g=e(\"./utils\");var d=s.makeSpan;var n=function(e,t,i){var h=[];for(var a=0;a<e.length;a++){var l=e[a];h.push(y(l,t,i));i=l}return h};var o={mathord:\"mord\",textord:\"mord\",bin:\"mbin\",rel:\"mrel\",text:\"mord\",open:\"mopen\",close:\"mclose\",inner:\"minner\",frac:\"minner\",spacing:\"mord\",punct:\"mpunct\",ordgroup:\"mord\",op:\"mop\",katex:\"mord\",overline:\"mord\",rule:\"mord\",leftright:\"minner\",sqrt:\"mord\",accent:\"mord\"};var w=function(e){if(e==null){return o.mathord}else if(e.type===\"supsub\"){return w(e.value.base)}else if(e.type===\"llap\"||e.type===\"rlap\"){return w(e.value)}else if(e.type===\"color\"){return w(e.value.value)}else if(e.type===\"sizing\"){return w(e.value.value)}else if(e.type===\"styling\"){return w(e.value.value)}else if(e.type===\"delimsizing\"){return o[e.value.delimType]}else{return o[e.type]}};var k=function(e,t){if(!e){return false}else if(e.type===\"op\"){return e.value.limits&&t.style.size===l.DISPLAY.size}else if(e.type===\"accent\"){return m(e.value.base)}else{return null}};var u=function(e){if(!e){return false}else if(e.type===\"ordgroup\"){if(e.value.length===1){return u(e.value[0])}else{return e}}else if(e.type===\"color\"){if(e.value.value.length===1){return u(e.value.value[0])}else{return e}}else{return e}};var m=function(e){var t=u(e);return t.type===\"mathord\"||t.type===\"textord\"||t.type===\"bin\"||t.type===\"rel\"||t.type===\"inner\"||t.type===\"open\"||t.type===\"close\"||t.type===\"punct\"};var f={mathord:function(e,t,i){return s.mathit(e.value,e.mode,t.getColor(),[\"mord\"])},textord:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mord\"])},bin:function(e,t,i){var h=\"mbin\";var a=i;while(a&&a.type==\"color\"){var l=a.value.value;a=l[l.length-1]}if(!i||g.contains([\"mbin\",\"mopen\",\"mrel\",\"mop\",\"mpunct\"],w(a))){e.type=\"textord\";h=\"mord\"}return s.mathrm(e.value,e.mode,t.getColor(),[h])},rel:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mrel\"])},open:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mopen\"])},close:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mclose\"])},inner:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"minner\"])},punct:function(e,t,i){return s.mathrm(e.value,e.mode,t.getColor(),[\"mpunct\"])},ordgroup:function(e,t,i){return d([\"mord\",t.style.cls()],n(e.value,t.reset()))},text:function(e,t,i){return d([\"text\",\"mord\",t.style.cls()],n(e.value.body,t.reset()))},color:function(e,t,i){var h=n(e.value.value,t.withColor(e.value.color),i);return new s.makeFragment(h)},supsub:function(e,t,i){if(k(e.value.base,t)){return f[e.value.base.type](e,t,i)}var h=y(e.value.base,t.reset());var a,r,g,n;if(e.value.sup){g=y(e.value.sup,t.withStyle(t.style.sup()));a=d([t.style.reset(),t.style.sup().cls()],[g])}if(e.value.sub){n=y(e.value.sub,t.withStyle(t.style.sub()));r=d([t.style.reset(),t.style.sub().cls()],[n])}var o,u;if(m(e.value.base)){o=0;u=0}else{o=h.height-c.metrics.supDrop;u=h.depth+c.metrics.subDrop}var v;if(t.style===l.DISPLAY){v=c.metrics.sup1}else if(t.style.cramped){v=c.metrics.sup3}else{v=c.metrics.sup2}var x=l.TEXT.sizeMultiplier*t.style.sizeMultiplier;var b=.5/c.metrics.ptPerEm/x+\"em\";var z;if(!e.value.sup){u=Math.max(u,c.metrics.sub1,n.height-.8*c.metrics.xHeight);z=s.makeVList([{type:\"elem\",elem:r}],\"shift\",u,t);z.children[0].style.marginRight=b;if(h instanceof p.symbolNode){z.children[0].style.marginLeft=-h.italic+\"em\"}}else if(!e.value.sub){o=Math.max(o,v,g.depth+.25*c.metrics.xHeight);z=s.makeVList([{type:\"elem\",elem:a}],\"shift\",-o,t);z.children[0].style.marginRight=b}else{o=Math.max(o,v,g.depth+.25*c.metrics.xHeight);u=Math.max(u,c.metrics.sub2);var S=c.metrics.defaultRuleThickness;if(o-g.depth-(n.height-u)<4*S){u=4*S-(o-g.depth)+n.height;var T=.8*c.metrics.xHeight-(o-g.depth);if(T>0){o+=T;u-=T}}z=s.makeVList([{type:\"elem\",elem:r,shift:u},{type:\"elem\",elem:a,shift:-o}],\"individualShift\",null,t);if(h instanceof p.symbolNode){z.children[0].style.marginLeft=-h.italic+\"em\"}z.children[0].style.marginRight=b;z.children[1].style.marginRight=b}return d([w(e.value.base)],[h,z])},genfrac:function(e,t,i){var h=t.style;if(e.value.size===\"display\"){h=l.DISPLAY}else if(e.value.size===\"text\"){h=l.TEXT}var a=h.fracNum();var p=h.fracDen();var g=y(e.value.numer,t.withStyle(a));var n=d([h.reset(),a.cls()],[g]);var o=y(e.value.denom,t.withStyle(p));var w=d([h.reset(),p.cls()],[o]);var k;if(e.value.hasBarLine){k=c.metrics.defaultRuleThickness/t.style.sizeMultiplier}else{k=0}var u;var m;var f;if(h.size===l.DISPLAY.size){u=c.metrics.num1;if(k>0){m=3*k}else{m=7*c.metrics.defaultRuleThickness}f=c.metrics.denom1}else{if(k>0){u=c.metrics.num2;m=k}else{u=c.metrics.num3;m=3*c.metrics.defaultRuleThickness}f=c.metrics.denom2}var v;if(k===0){var x=u-g.depth-(o.height-f);if(x<m){u+=.5*(m-x);f+=.5*(m-x)}v=s.makeVList([{type:\"elem\",elem:w,shift:f},{type:\"elem\",elem:n,shift:-u}],\"individualShift\",null,t)}else{var b=c.metrics.axisHeight;if(u-g.depth-(b+.5*k)<m){u+=m-(u-g.depth-(b+.5*k))}if(b-.5*k-(o.height-f)<m){f+=m-(b-.5*k-(o.height-f))}var z=d([t.style.reset(),l.TEXT.cls(),\"frac-line\"]);z.height=k;var S=-(b-.5*k);v=s.makeVList([{type:\"elem\",elem:w,shift:f},{type:\"elem\",elem:z,shift:S},{type:\"elem\",elem:n,shift:-u}],\"individualShift\",null,t)}v.height*=h.sizeMultiplier/t.style.sizeMultiplier;v.depth*=h.sizeMultiplier/t.style.sizeMultiplier;var T=[d([\"mfrac\"],[v])];var M;if(h.size===l.DISPLAY.size){M=c.metrics.delim1}else{M=c.metrics.getDelim2(h)}if(e.value.leftDelim!=null){T.unshift(r.customSizedDelim(e.value.leftDelim,M,true,t.withStyle(h),e.mode))}if(e.value.rightDelim!=null){T.push(r.customSizedDelim(e.value.rightDelim,M,true,t.withStyle(h),e.mode))}return d([\"minner\",t.style.reset(),h.cls()],T,t.getColor())},spacing:function(e,t,i){if(e.value===\"\\\\ \"||e.value===\"\\\\space\"||e.value===\" \"||e.value===\"~\"){return d([\"mord\",\"mspace\"],[s.mathrm(e.value,e.mode)])}else{var h={\"\\\\qquad\":\"qquad\",\"\\\\quad\":\"quad\",\"\\\\enspace\":\"enspace\",\"\\\\;\":\"thickspace\",\"\\\\:\":\"mediumspace\",\"\\\\,\":\"thinspace\",\"\\\\!\":\"negativethinspace\"};return d([\"mord\",\"mspace\",h[e.value]])}},llap:function(e,t,i){var h=d([\"inner\"],[y(e.value.body,t.reset())]);var a=d([\"fix\"],[]);return d([\"llap\",t.style.cls()],[h,a])},rlap:function(e,t,i){var h=d([\"inner\"],[y(e.value.body,t.reset())]);var a=d([\"fix\"],[]);return d([\"rlap\",t.style.cls()],[h,a])},op:function(e,t,i){var h;var a;var r=false;if(e.type===\"supsub\"){h=e.value.sup;a=e.value.sub;e=e.value.base;r=true}var p=[\"\\\\smallint\"];var n=false;if(t.style.size===l.DISPLAY.size&&e.value.symbol&&!g.contains(p,e.value.body)){n=true}var o;var w=0;var k=0;if(e.value.symbol){var u=n?\"Size2-Regular\":\"Size1-Regular\";o=s.makeSymbol(e.value.body,u,\"math\",t.getColor(),[\"op-symbol\",n?\"large-op\":\"small-op\",\"mop\"]);w=(o.height-o.depth)/2-c.metrics.axisHeight*t.style.sizeMultiplier;k=o.italic}else{var m=[];for(var f=1;f<e.value.body.length;f++){m.push(s.mathrm(e.value.body[f],e.mode))}o=d([\"mop\"],m,t.getColor())}if(r){o=d([],[o]);var v,x,b,z;if(h){var S=y(h,t.withStyle(t.style.sup()));v=d([t.style.reset(),t.style.sup().cls()],[S]);x=Math.max(c.metrics.bigOpSpacing1,c.metrics.bigOpSpacing3-S.depth)}if(a){var T=y(a,t.withStyle(t.style.sub()));b=d([t.style.reset(),t.style.sub().cls()],[T]);z=Math.max(c.metrics.bigOpSpacing2,c.metrics.bigOpSpacing4-T.height)}var M,R,C;if(!h){R=o.height-w;M=s.makeVList([{type:\"kern\",size:c.metrics.bigOpSpacing5},{type:\"elem\",elem:b},{type:\"kern\",size:z},{type:\"elem\",elem:o}],\"top\",R,t);M.children[0].style.marginLeft=-k+\"em\"}else 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p=d([\"x\"],[s.mathrm(\"X\",e.mode)]);return d([\"katex-logo\"],[h,a,l,r,p],t.getColor())},overline:function(e,t,i){var h=y(e.value.body,t.withStyle(t.style.cramp()));var a=c.metrics.defaultRuleThickness/t.style.sizeMultiplier;var r=d([t.style.reset(),l.TEXT.cls(),\"overline-line\"]);r.height=a;r.maxFontSize=1;var p=s.makeVList([{type:\"elem\",elem:h},{type:\"kern\",size:3*a},{type:\"elem\",elem:r},{type:\"kern\",size:a}],\"firstBaseline\",null,t);return d([\"overline\",\"mord\"],[p],t.getColor())},sqrt:function(e,t,i){var h=y(e.value.body,t.withStyle(t.style.cramp()));var a=c.metrics.defaultRuleThickness/t.style.sizeMultiplier;var p=d([t.style.reset(),l.TEXT.cls(),\"sqrt-line\"],[],t.getColor());p.height=a;p.maxFontSize=1;var g=a;if(t.style.id<l.TEXT.id){g=c.metrics.xHeight}var n=a+g/4;var o=(h.height+h.depth)*t.style.sizeMultiplier;var w=o+n+a;var k=d([\"sqrt-sign\"],[r.customSizedDelim(\"\\\\surd\",w,false,t,e.mode)],t.getColor());var u=k.height+k.depth-a;if(u>h.height+h.depth+n){n=(n+u-h.height-h.depth)/2}var m=-(h.height+n+a)+k.height;k.style.top=m+\"em\";k.height-=m;k.depth+=m;var f;if(h.height===0&&h.depth===0){f=d()}else{f=s.makeVList([{type:\"elem\",elem:h},{type:\"kern\",size:n},{type:\"elem\",elem:p},{type:\"kern\",size:a}],\"firstBaseline\",null,t)}return d([\"sqrt\",\"mord\"],[k,f])},sizing:function(e,t,i){var h=n(e.value.value,t.withSize(e.value.size),i);var a=d([\"mord\"],[d([\"sizing\",\"reset-\"+t.size,e.value.size,t.style.cls()],h)]);var l=v[e.value.size];a.maxFontSize=l*t.style.sizeMultiplier;return a},styling:function(e,t,i){var h={display:l.DISPLAY,text:l.TEXT,script:l.SCRIPT,scriptscript:l.SCRIPTSCRIPT};var a=h[e.value.style];var s=n(e.value.value,t.withStyle(a),i);return d([t.style.reset(),a.cls()],s)},delimsizing:function(e,t,i){var h=e.value.value;if(h===\".\"){return d([o[e.value.delimType]])}return 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s=e.value.height.number;if(e.value.height.unit===\"ex\"){s*=c.metrics.xHeight}a/=t.style.sizeMultiplier;l/=t.style.sizeMultiplier;s/=t.style.sizeMultiplier;h.style.borderRightWidth=l+\"em\";h.style.borderTopWidth=s+\"em\";h.style.bottom=a+\"em\";h.width=l;h.height=s+a;h.depth=-a;return h},accent:function(e,t,i){var h=e.value.base;var a;if(e.type===\"supsub\"){var l=e;e=l.value.base;h=e.value.base;l.value.base=h;a=y(l,t.reset(),i)}var r=y(h,t.withStyle(t.style.cramp()));var p;if(m(h)){var g=u(h);var n=y(g,t.withStyle(t.style.cramp()));p=n.skew}else{p=0}var o=Math.min(r.height,c.metrics.xHeight);var w=s.makeSymbol(e.value.accent,\"Main-Regular\",\"math\",t.getColor());w.italic=0;var k=e.value.accent===\"\\\\vec\"?\"accent-vec\":null;var f=d([\"accent-body\",k],[d([],[w])]);f=s.makeVList([{type:\"elem\",elem:r},{type:\"kern\",size:-o},{type:\"elem\",elem:f}],\"firstBaseline\",null,t);f.children[1].style.marginLeft=2*p+\"em\";var 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p=n(c([\"delimsizing\",\"size\"+t],[r],h.getColor()),a.TEXT,h);if(i){var g=(1-h.style.sizeMultiplier)*s.metrics.axisHeight;p.style.top=g+\"em\";p.height-=g;p.depth+=g}return p};var k=function(e,t,i){var h;if(t===\"Size1-Regular\"){h=\"delim-size1\"}else if(t===\"Size4-Regular\"){h=\"delim-size4\"}var a=c([\"delimsizinginner\",h],[c([],[l.makeSymbol(e,t,i)])]);return{type:\"elem\",elem:a}};var u=function(e,t,i,h,r){var p,d,o,w;p=o=w=e;d=null;var u=\"Size1-Regular\";if(e===\"\\\\uparrow\"){o=w=\"\\u23d0\"}else if(e===\"\\\\Uparrow\"){o=w=\"\\u2016\"}else if(e===\"\\\\downarrow\"){p=o=\"\\u23d0\"}else if(e===\"\\\\Downarrow\"){p=o=\"\\u2016\"}else if(e===\"\\\\updownarrow\"){p=\"\\\\uparrow\";o=\"\\u23d0\";w=\"\\\\downarrow\"}else if(e===\"\\\\Updownarrow\"){p=\"\\\\Uparrow\";o=\"\\u2016\";w=\"\\\\Downarrow\"}else if(e===\"[\"||e===\"\\\\lbrack\"){p=\"\\u23a1\";o=\"\\u23a2\";w=\"\\u23a3\";u=\"Size4-Regular\"}else if(e===\"]\"||e===\"\\\\rbrack\"){p=\"\\u23a4\";o=\"\\u23a5\";w=\"\\u23a6\";u=\"Size4-Regular\"}else if(e===\"\\\\lfloor\"){o=p=\"\\u23a2\";w=\"\\u23a3\";u=\"Size4-Regular\"}else if(e===\"\\\\lceil\"){p=\"\\u23a1\";o=w=\"\\u23a2\";u=\"Size4-Regular\"}else if(e===\"\\\\rfloor\"){o=p=\"\\u23a5\";w=\"\\u23a6\";u=\"Size4-Regular\"}else if(e===\"\\\\rceil\"){p=\"\\u23a4\";o=w=\"\\u23a5\";u=\"Size4-Regular\"}else if(e===\"(\"){p=\"\\u239b\";o=\"\\u239c\";w=\"\\u239d\";u=\"Size4-Regular\"}else if(e===\")\"){p=\"\\u239e\";o=\"\\u239f\";w=\"\\u23a0\";u=\"Size4-Regular\"}else if(e===\"\\\\{\"||e===\"\\\\lbrace\"){p=\"\\u23a7\";d=\"\\u23a8\";w=\"\\u23a9\";o=\"\\u23aa\";u=\"Size4-Regular\"}else if(e===\"\\\\}\"||e===\"\\\\rbrace\"){p=\"\\u23ab\";d=\"\\u23ac\";w=\"\\u23ad\";o=\"\\u23aa\";u=\"Size4-Regular\"}else if(e===\"\\\\surd\"){p=\"\\ue001\";w=\"\\u23b7\";o=\"\\ue000\";u=\"Size4-Regular\"}var m=g(p,u);var f=m.height+m.depth;var v=g(o,u);var y=v.height+v.depth;var x=g(w,u);var b=x.height+x.depth;var z,S;if(d!==null){z=g(d,u);S=z.height+z.depth}var T=f+b;if(d!==null){T+=S}while(T<t){T+=y;if(d!==null){T+=y}}var M=s.metrics.axisHeight;if(i){M*=h.style.sizeMultiplier}var R=T/2-M;var C=[];C.push(k(w,u,r));var A;if(d===null){var E=T-f-b;var P=Math.ceil(E/y);for(A=0;A<P;A++){C.push(k(o,u,r))}}else{var I=T/2-f-S/2;var L=Math.ceil(I/y);var O=T/2-f-S/2;var D=Math.ceil(O/y);for(A=0;A<L;A++){C.push(k(o,u,r))}C.push(k(d,u,r));for(A=0;A<D;A++){C.push(k(o,u,r))}}C.push(k(p,u,r));var q=l.makeVList(C,\"bottom\",R,h);return n(c([\"delimsizing\",\"mult\"],[q],h.getColor()),a.TEXT,h)};var m=[\"(\",\")\",\"[\",\"\\\\lbrack\",\"]\",\"\\\\rbrack\",\"\\\\{\",\"\\\\lbrace\",\"\\\\}\",\"\\\\rbrace\",\"\\\\lfloor\",\"\\\\rfloor\",\"\\\\lceil\",\"\\\\rceil\",\"\\\\surd\"];var f=[\"\\\\uparrow\",\"\\\\downarrow\",\"\\\\updownarrow\",\"\\\\Uparrow\",\"\\\\Downarrow\",\"\\\\Updownarrow\",\"|\",\"\\\\|\",\"\\\\vert\",\"\\\\Vert\"];var v=[\"<\",\">\",\"\\\\langle\",\"\\\\rangle\",\"/\",\"\\\\backslash\"];var y=[0,1.2,1.8,2.4,3];var x=function(e,t,i,a){if(e===\"<\"){e=\"\\\\langle\"}else if(e===\">\"){e=\"\\\\rangle\"}if(p.contains(m,e)||p.contains(v,e)){return w(e,t,false,i,a)}else if(p.contains(f,e)){return u(e,y[t],false,i,a)}else{throw new h(\"Illegal delimiter: '\"+e+\"'\")}};var b=[{type:\"small\",style:a.SCRIPTSCRIPT},{type:\"small\",style:a.SCRIPT},{type:\"small\",style:a.TEXT},{type:\"large\",size:1},{type:\"large\",size:2},{type:\"large\",size:3},{type:\"large\",size:4}];var z=[{type:\"small\",style:a.SCRIPTSCRIPT},{type:\"small\",style:a.SCRIPT},{type:\"small\",style:a.TEXT},{type:\"stack\"}];var S=[{type:\"small\",style:a.SCRIPTSCRIPT},{type:\"small\",style:a.SCRIPT},{type:\"small\",style:a.TEXT},{type:\"large\",size:1},{type:\"large\",size:2},{type:\"large\",size:3},{type:\"large\",size:4},{type:\"stack\"}];var T=function(e){if(e.type===\"small\"){return\"Main-Regular\"}else if(e.type===\"large\"){return\"Size\"+e.size+\"-Regular\"}else if(e.type===\"stack\"){return\"Size4-Regular\"}};var M=function(e,t,i,h){var a=Math.min(2,3-h.style.size);for(var l=a;l<i.length;l++){if(i[l].type===\"stack\"){break}var s=g(e,T(i[l]));var r=s.height+s.depth;if(i[l].type===\"small\"){r*=i[l].style.sizeMultiplier\n}if(r>t){return i[l]}}return i[i.length-1]};var R=function(e,t,i,h,a){if(e===\"<\"){e=\"\\\\langle\"}else if(e===\">\"){e=\"\\\\rangle\"}var l;if(p.contains(v,e)){l=b}else if(p.contains(m,e)){l=S}else{l=z}var s=M(e,t,l,h);if(s.type===\"small\"){return o(e,s.style,i,h,a)}else if(s.type===\"large\"){return w(e,s.size,i,h,a)}else if(s.type===\"stack\"){return u(e,t,i,h,a)}};var C=function(e,t,i,h,a){var l=s.metrics.axisHeight*h.style.sizeMultiplier;var r=901;var p=5/s.metrics.ptPerEm;var c=Math.max(t-l,i+l);var g=Math.max(c/500*r,2*c-p);return R(e,g,true,h,a)};t.exports={sizedDelim:x,customSizedDelim:R,leftRightDelim:C}},{\"./ParseError\":4,\"./Style\":6,\"./buildCommon\":7,\"./fontMetrics\":11,\"./symbols\":14,\"./utils\":15}],10:[function(e,t,i){var h=e(\"./utils\");var a=function(e){e=e.slice();for(var t=e.length-1;t>=0;t--){if(!e[t]){e.splice(t,1)}}return e.join(\" \")};function l(e,t,i,h,a,l){this.classes=e||[];this.children=t||[];this.height=i||0;this.depth=h||0;this.maxFontSize=a||0;this.style=l||{}}l.prototype.toNode=function(){var e=document.createElement(\"span\");e.className=a(this.classes);for(var t in this.style){if(this.style.hasOwnProperty(t)){e.style[t]=this.style[t]}}for(var i=0;i<this.children.length;i++){e.appendChild(this.children[i].toNode())}return e};l.prototype.toMarkup=function(){var e=\"<span\";if(this.classes.length){e+=' class=\"';e+=h.escape(a(this.classes));e+='\"'}var t=\"\";for(var i in this.style){if(this.style.hasOwnProperty(i)){t+=h.hyphenate(i)+\":\"+this.style[i]+\";\"}}if(t){e+=' 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"title": "$:/plugins/tiddlywiki/katex/styles",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n/* KaTeX styles */\n\n{{$:/plugins/tiddlywiki/katex/katex.min.css}}\n\n/* Override font URLs */\n\n@font-face {\n\tfont-family: 'KaTeX_AMS';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_AMS-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Caligraphic';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Caligraphic';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Caligraphic-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Fraktur';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Fraktur';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Fraktur-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Greek';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Greek-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Greek';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Greek-BoldItalic.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Greek';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Greek-Italic.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Greek';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Greek-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Main';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Main';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Italic.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Main';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Main-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Math';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-BoldItalic.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Math';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Italic.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Math';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Math-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_SansSerif';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Bold.woff'>>) format('woff');\n\tfont-weight: bold;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_SansSerif';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Italic.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_SansSerif';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_SansSerif-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Script';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Script-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Size1';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size1-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Size2';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size2-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Size3';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size3-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Size4';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Size4-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n\n@font-face {\n\tfont-family: 'KaTeX_Typewriter';\n\tsrc: url(<<datauri '$:/plugins/tiddlywiki/katex/fonts/KaTeX_Typewriter-Regular.woff'>>) format('woff');\n\tfont-weight: normal;\n\tfont-style: normal;\n}\n"
},
"$:/plugins/tiddlywiki/katex/wrapper.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/katex/wrapper.js\ntype: application/javascript\nmodule-type: widget\n\nWrapper for `katex.min.js` that provides a `<$latex>` widget. It is also available under the alias `<$katex>`\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar katex = require(\"$:/plugins/tiddlywiki/katex/katex.min.js\"),\n\tWidget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KaTeXWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKaTeXWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKaTeXWidget.prototype.render = function(parent,nextSibling) {\n\t// Housekeeping\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Get the source text\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\t// Render it into a span\n\tvar span = this.document.createElement(\"span\");\n\ttry {\n\t\tif($tw.browser) {\n\t\t\tkatex.render(text,span);\n\t\t} else {\n\t\t\tspan.innerHTML = katex.renderToString(text);\n\t\t}\n\t} catch(ex) {\n\t\tspan.className = \"tc-error\";\n\t\tspan.textContent = ex;\n\t}\n\t// Insert it into the DOM\n\tparent.insertBefore(span,nextSibling);\n\tthis.domNodes.push(span);\n};\n\n/*\nCompute the internal state of the widget\n*/\nKaTeXWidget.prototype.execute = function() {\n\t// Nothing to do for a katex widget\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKaTeXWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.latex = KaTeXWidget;\nexports.katex = KaTeXWidget;\n\n})();\n\n",
"title": "$:/plugins/tiddlywiki/katex/wrapper.js",
"type": "application/javascript",
"module-type": "widget"
}
}
}
{
"tiddlers": {
"$:/config/markdown/dialect": {
"title": "$:/config/markdown/dialect",
"text": "Gruber"
},
"$:/language/Docs/Types/text/x-markdown": {
"title": "$:/language/Docs/Types/text/x-markdown",
"description": "Markdown",
"name": "text/x-markdown"
},
"$:/plugins/tiddlywiki/markdown/markdown.js": {
"type": "application/javascript",
"title": "$:/plugins/tiddlywiki/markdown/markdown.js",
"module-type": "library",
"text": "// Released under MIT license\n// Copyright (c) 2009-2010 Dominic Baggott\n// Copyright (c) 2009-2010 Ash Berlin\n// Copyright (c) 2011 Christoph Dorn <christoph@christophdorn.com> (http://www.christophdorn.com)\n\n/*jshint browser:true, devel:true */\n\n(function( expose ) {\n\n/**\n * class Markdown\n *\n * Markdown processing in Javascript done right. We have very particular views\n * on what constitutes 'right' which include:\n *\n * - produces well-formed HTML (this means that em and strong nesting is\n * important)\n *\n * - has an intermediate representation to allow processing of parsed data (We\n * in fact have two, both as [JsonML]: a markdown tree and an HTML tree).\n *\n * - is easily extensible to add new dialects without having to rewrite the\n * entire parsing mechanics\n *\n * - has a good test suite\n *\n * This implementation fulfills all of these (except that the test suite could\n * do with expanding to automatically run all the fixtures from other Markdown\n * implementations.)\n *\n * ##### Intermediate Representation\n *\n * *TODO* Talk about this :) Its JsonML, but document the node names we use.\n *\n * [JsonML]: http://jsonml.org/ \"JSON Markup Language\"\n **/\nvar Markdown = expose.Markdown = function(dialect) {\n switch (typeof dialect) {\n case \"undefined\":\n this.dialect = Markdown.dialects.Gruber;\n break;\n case \"object\":\n this.dialect = dialect;\n break;\n default:\n if ( dialect in Markdown.dialects ) {\n this.dialect = Markdown.dialects[dialect];\n }\n else {\n throw new Error(\"Unknown Markdown dialect '\" + String(dialect) + \"'\");\n }\n break;\n }\n this.em_state = [];\n this.strong_state = [];\n this.debug_indent = \"\";\n};\n\n/**\n * parse( markdown, [dialect] ) -> JsonML\n * - markdown (String): markdown string to parse\n * - dialect (String | Dialect): the dialect to use, defaults to gruber\n *\n * Parse `markdown` and return a markdown document as a Markdown.JsonML tree.\n **/\nexpose.parse = function( source, dialect ) {\n // dialect will default if undefined\n var md = new Markdown( dialect );\n return md.toTree( source );\n};\n\n/**\n * toHTML( markdown, [dialect] ) -> String\n * toHTML( md_tree ) -> String\n * - markdown (String): markdown string to parse\n * - md_tree (Markdown.JsonML): parsed markdown tree\n *\n * Take markdown (either as a string or as a JsonML tree) and run it through\n * [[toHTMLTree]] then turn it into a well-formated HTML fragment.\n **/\nexpose.toHTML = function toHTML( source , dialect , options ) {\n var input = expose.toHTMLTree( source , dialect , options );\n\n return expose.renderJsonML( input );\n};\n\n/**\n * toHTMLTree( markdown, [dialect] ) -> JsonML\n * toHTMLTree( md_tree ) -> JsonML\n * - markdown (String): markdown string to parse\n * - dialect (String | Dialect): the dialect to use, defaults to gruber\n * - md_tree (Markdown.JsonML): parsed markdown tree\n *\n * Turn markdown into HTML, represented as a JsonML tree. If a string is given\n * to this function, it is first parsed into a markdown tree by calling\n * [[parse]].\n **/\nexpose.toHTMLTree = function toHTMLTree( input, dialect , options ) {\n // convert string input to an MD tree\n if ( typeof input ===\"string\" ) input = this.parse( input, dialect );\n\n // Now convert the MD tree to an HTML tree\n\n // remove references from the tree\n var attrs = extract_attr( input ),\n refs = {};\n\n if ( attrs && attrs.references ) {\n refs = attrs.references;\n }\n\n var html = convert_tree_to_html( input, refs , options );\n merge_text_nodes( html );\n return html;\n};\n\n// For Spidermonkey based engines\nfunction mk_block_toSource() {\n return \"Markdown.mk_block( \" +\n uneval(this.toString()) +\n \", \" +\n uneval(this.trailing) +\n \", \" +\n uneval(this.lineNumber) +\n \" )\";\n}\n\n// node\nfunction mk_block_inspect() {\n var util = require(\"util\");\n return \"Markdown.mk_block( \" +\n util.inspect(this.toString()) +\n \", \" +\n util.inspect(this.trailing) +\n \", \" +\n util.inspect(this.lineNumber) +\n \" )\";\n\n}\n\nvar mk_block = Markdown.mk_block = function(block, trail, line) {\n // Be helpful for default case in tests.\n if ( arguments.length == 1 ) trail = \"\\n\\n\";\n\n var s = new String(block);\n s.trailing = trail;\n // To make it clear its not just a string\n s.inspect = mk_block_inspect;\n s.toSource = mk_block_toSource;\n\n if ( line != undefined )\n s.lineNumber = line;\n\n return s;\n};\n\nfunction count_lines( str ) {\n var n = 0, i = -1;\n while ( ( i = str.indexOf(\"\\n\", i + 1) ) !== -1 ) n++;\n return n;\n}\n\n// Internal - split source into rough blocks\nMarkdown.prototype.split_blocks = function splitBlocks( input, startLine ) {\n input = input.replace(/(\\r\\n|\\n|\\r)/g, \"\\n\");\n // [\\s\\S] matches _anything_ (newline or space)\n // [^] is equivalent but doesn't work in IEs.\n var re = /([\\s\\S]+?)($|\\n#|\\n(?:\\s*\\n|$)+)/g,\n blocks = [],\n m;\n\n var line_no = 1;\n\n if ( ( m = /^(\\s*\\n)/.exec(input) ) != null ) {\n // skip (but count) leading blank lines\n line_no += count_lines( m[0] );\n re.lastIndex = m[0].length;\n }\n\n while ( ( m = re.exec(input) ) !== null ) {\n if (m[2] == \"\\n#\") {\n m[2] = \"\\n\";\n re.lastIndex--;\n }\n blocks.push( mk_block( m[1], m[2], line_no ) );\n line_no += count_lines( m[0] );\n }\n\n return blocks;\n};\n\n/**\n * Markdown#processBlock( block, next ) -> undefined | [ JsonML, ... ]\n * - block (String): the block to process\n * - next (Array): the following blocks\n *\n * Process `block` and return an array of JsonML nodes representing `block`.\n *\n * It does this by asking each block level function in the dialect to process\n * the block until one can. Succesful handling is indicated by returning an\n * array (with zero or more JsonML nodes), failure by a false value.\n *\n * Blocks handlers are responsible for calling [[Markdown#processInline]]\n * themselves as appropriate.\n *\n * If the blocks were split incorrectly or adjacent blocks need collapsing you\n * can adjust `next` in place using shift/splice etc.\n *\n * If any of this default behaviour is not right for the dialect, you can\n * define a `__call__` method on the dialect that will get invoked to handle\n * the block processing.\n */\nMarkdown.prototype.processBlock = function processBlock( block, next ) {\n var cbs = this.dialect.block,\n ord = cbs.__order__;\n\n if ( \"__call__\" in cbs ) {\n return cbs.__call__.call(this, block, next);\n }\n\n for ( var i = 0; i < ord.length; i++ ) {\n //D:this.debug( \"Testing\", ord[i] );\n var res = cbs[ ord[i] ].call( this, block, next );\n if ( res ) {\n //D:this.debug(\" matched\");\n if ( !isArray(res) || ( res.length > 0 && !( isArray(res[0]) ) ) )\n this.debug(ord[i], \"didn't return a proper array\");\n //D:this.debug( \"\" );\n return res;\n }\n }\n\n // Uhoh! no match! Should we throw an error?\n return [];\n};\n\nMarkdown.prototype.processInline = function processInline( block ) {\n return this.dialect.inline.__call__.call( this, String( block ) );\n};\n\n/**\n * Markdown#toTree( source ) -> JsonML\n * - source (String): markdown source to parse\n *\n * Parse `source` into a JsonML tree representing the markdown document.\n **/\n// custom_tree means set this.tree to `custom_tree` and restore old value on return\nMarkdown.prototype.toTree = function toTree( source, custom_root ) {\n var blocks = source instanceof Array ? source : this.split_blocks( source );\n\n // Make tree a member variable so its easier to mess with in extensions\n var old_tree = this.tree;\n try {\n this.tree = custom_root || this.tree || [ \"markdown\" ];\n\n blocks:\n while ( blocks.length ) {\n var b = this.processBlock( blocks.shift(), blocks );\n\n // Reference blocks and the like won't return any content\n if ( !b.length ) continue blocks;\n\n this.tree.push.apply( this.tree, b );\n }\n return this.tree;\n }\n finally {\n if ( custom_root ) {\n this.tree = old_tree;\n }\n }\n};\n\n// Noop by default\nMarkdown.prototype.debug = function () {\n var args = Array.prototype.slice.call( arguments);\n args.unshift(this.debug_indent);\n if ( typeof print !== \"undefined\" )\n print.apply( print, args );\n if ( typeof console !== \"undefined\" && typeof console.log !== \"undefined\" )\n console.log.apply( null, args );\n}\n\nMarkdown.prototype.loop_re_over_block = function( re, block, cb ) {\n // Dont use /g regexps with this\n var m,\n b = block.valueOf();\n\n while ( b.length && (m = re.exec(b) ) != null ) {\n b = b.substr( m[0].length );\n cb.call(this, m);\n }\n return b;\n};\n\n/**\n * Markdown.dialects\n *\n * Namespace of built-in dialects.\n **/\nMarkdown.dialects = {};\n\n/**\n * Markdown.dialects.Gruber\n *\n * The default dialect that follows the rules set out by John Gruber's\n * markdown.pl as closely as possible. Well actually we follow the behaviour of\n * that script which in some places is not exactly what the syntax web page\n * says.\n **/\nMarkdown.dialects.Gruber = {\n block: {\n atxHeader: function atxHeader( block, next ) {\n var m = block.match( /^(#{1,6})\\s*(.*?)\\s*#*\\s*(?:\\n|$)/ );\n\n if ( !m ) return undefined;\n\n var header = [ \"header\", { level: m[ 1 ].length } ];\n Array.prototype.push.apply(header, this.processInline(m[ 2 ]));\n\n if ( m[0].length < block.length )\n next.unshift( mk_block( block.substr( m[0].length ), block.trailing, block.lineNumber + 2 ) );\n\n return [ header ];\n },\n\n setextHeader: function setextHeader( block, next ) {\n var m = block.match( /^(.*)\\n([-=])\\2\\2+(?:\\n|$)/ );\n\n if ( !m ) return undefined;\n\n var level = ( m[ 2 ] === \"=\" ) ? 1 : 2;\n var header = [ \"header\", { level : level }, m[ 1 ] ];\n\n if ( m[0].length < block.length )\n next.unshift( mk_block( block.substr( m[0].length ), block.trailing, block.lineNumber + 2 ) );\n\n return [ header ];\n },\n\n code: function code( block, next ) {\n // | Foo\n // |bar\n // should be a code block followed by a paragraph. Fun\n //\n // There might also be adjacent code block to merge.\n\n var ret = [],\n re = /^(?: {0,3}\\t| {4})(.*)\\n?/,\n lines;\n\n // 4 spaces + content\n if ( !block.match( re ) ) return undefined;\n\n block_search:\n do {\n // Now pull out the rest of the lines\n var b = this.loop_re_over_block(\n re, block.valueOf(), function( m ) { ret.push( m[1] ); } );\n\n if ( b.length ) {\n // Case alluded to in first comment. push it back on as a new block\n next.unshift( mk_block(b, block.trailing) );\n break block_search;\n }\n else if ( next.length ) {\n // Check the next block - it might be code too\n if ( !next[0].match( re ) ) break block_search;\n\n // Pull how how many blanks lines follow - minus two to account for .join\n ret.push ( block.trailing.replace(/[^\\n]/g, \"\").substring(2) );\n\n block = next.shift();\n }\n else {\n break block_search;\n }\n } while ( true );\n\n return [ [ \"code_block\", ret.join(\"\\n\") ] ];\n },\n\n horizRule: function horizRule( block, next ) {\n // this needs to find any hr in the block to handle abutting blocks\n var m = block.match( /^(?:([\\s\\S]*?)\\n)?[ \\t]*([-_*])(?:[ \\t]*\\2){2,}[ \\t]*(?:\\n([\\s\\S]*))?$/ );\n\n if ( !m ) {\n return undefined;\n }\n\n var jsonml = [ [ \"hr\" ] ];\n\n // if there's a leading abutting block, process it\n if ( m[ 1 ] ) {\n jsonml.unshift.apply( jsonml, this.processBlock( m[ 1 ], [] ) );\n }\n\n // if there's a trailing abutting block, stick it into next\n if ( m[ 3 ] ) {\n next.unshift( mk_block( m[ 3 ] ) );\n }\n\n return jsonml;\n },\n\n // There are two types of lists. Tight and loose. Tight lists have no whitespace\n // between the items (and result in text just in the <li>) and loose lists,\n // which have an empty line between list items, resulting in (one or more)\n // paragraphs inside the <li>.\n //\n // There are all sorts weird edge cases about the original markdown.pl's\n // handling of lists:\n //\n // * Nested lists are supposed to be indented by four chars per level. But\n // if they aren't, you can get a nested list by indenting by less than\n // four so long as the indent doesn't match an indent of an existing list\n // item in the 'nest stack'.\n //\n // * The type of the list (bullet or number) is controlled just by the\n // first item at the indent. Subsequent changes are ignored unless they\n // are for nested lists\n //\n lists: (function( ) {\n // Use a closure to hide a few variables.\n var any_list = \"[*+-]|\\\\d+\\\\.\",\n bullet_list = /[*+-]/,\n number_list = /\\d+\\./,\n // Capture leading indent as it matters for determining nested lists.\n is_list_re = new RegExp( \"^( {0,3})(\" + any_list + \")[ \\t]+\" ),\n indent_re = \"(?: {0,3}\\\\t| {4})\";\n\n // TODO: Cache this regexp for certain depths.\n // Create a regexp suitable for matching an li for a given stack depth\n function regex_for_depth( depth ) {\n\n return new RegExp(\n // m[1] = indent, m[2] = list_type\n \"(?:^(\" + indent_re + \"{0,\" + depth + \"} {0,3})(\" + any_list + \")\\\\s+)|\" +\n // m[3] = cont\n \"(^\" + indent_re + \"{0,\" + (depth-1) + \"}[ ]{0,4})\"\n );\n }\n function expand_tab( input ) {\n return input.replace( / {0,3}\\t/g, \" \" );\n }\n\n // Add inline content `inline` to `li`. inline comes from processInline\n // so is an array of content\n function add(li, loose, inline, nl) {\n if ( loose ) {\n li.push( [ \"para\" ].concat(inline) );\n return;\n }\n // Hmmm, should this be any block level element or just paras?\n var add_to = li[li.length -1] instanceof Array && li[li.length - 1][0] == \"para\"\n ? li[li.length -1]\n : li;\n\n // If there is already some content in this list, add the new line in\n if ( nl && li.length > 1 ) inline.unshift(nl);\n\n for ( var i = 0; i < inline.length; i++ ) {\n var what = inline[i],\n is_str = typeof what == \"string\";\n if ( is_str && add_to.length > 1 && typeof add_to[add_to.length-1] == \"string\" ) {\n add_to[ add_to.length-1 ] += what;\n }\n else {\n add_to.push( what );\n }\n }\n }\n\n // contained means have an indent greater than the current one. On\n // *every* line in the block\n function get_contained_blocks( depth, blocks ) {\n\n var re = new RegExp( \"^(\" + indent_re + \"{\" + depth + \"}.*?\\\\n?)*$\" ),\n replace = new RegExp(\"^\" + indent_re + \"{\" + depth + \"}\", \"gm\"),\n ret = [];\n\n while ( blocks.length > 0 ) {\n if ( re.exec( blocks[0] ) ) {\n var b = blocks.shift(),\n // Now remove that indent\n x = b.replace( replace, \"\");\n\n ret.push( mk_block( x, b.trailing, b.lineNumber ) );\n }\n else {\n break;\n }\n }\n return ret;\n }\n\n // passed to stack.forEach to turn list items up the stack into paras\n function paragraphify(s, i, stack) {\n var list = s.list;\n var last_li = list[list.length-1];\n\n if ( last_li[1] instanceof Array && last_li[1][0] == \"para\" ) {\n return;\n }\n if ( i + 1 == stack.length ) {\n // Last stack frame\n // Keep the same array, but replace the contents\n last_li.push( [\"para\"].concat( last_li.splice(1, last_li.length - 1) ) );\n }\n else {\n var sublist = last_li.pop();\n last_li.push( [\"para\"].concat( last_li.splice(1, last_li.length - 1) ), sublist );\n }\n }\n\n // The matcher function\n return function( block, next ) {\n var m = block.match( is_list_re );\n if ( !m ) return undefined;\n\n function make_list( m ) {\n var list = bullet_list.exec( m[2] )\n ? [\"bulletlist\"]\n : [\"numberlist\"];\n\n stack.push( { list: list, indent: m[1] } );\n return list;\n }\n\n\n var stack = [], // Stack of lists for nesting.\n list = make_list( m ),\n last_li,\n loose = false,\n ret = [ stack[0].list ],\n i;\n\n // Loop to search over block looking for inner block elements and loose lists\n loose_search:\n while ( true ) {\n // Split into lines preserving new lines at end of line\n var lines = block.split( /(?=\\n)/ );\n\n // We have to grab all lines for a li and call processInline on them\n // once as there are some inline things that can span lines.\n var li_accumulate = \"\";\n\n // Loop over the lines in this block looking for tight lists.\n tight_search:\n for ( var line_no = 0; line_no < lines.length; line_no++ ) {\n var nl = \"\",\n l = lines[line_no].replace(/^\\n/, function(n) { nl = n; return \"\"; });\n\n // TODO: really should cache this\n var line_re = regex_for_depth( stack.length );\n\n m = l.match( line_re );\n //print( \"line:\", uneval(l), \"\\nline match:\", uneval(m) );\n\n // We have a list item\n if ( m[1] !== undefined ) {\n // Process the previous list item, if any\n if ( li_accumulate.length ) {\n add( last_li, loose, this.processInline( li_accumulate ), nl );\n // Loose mode will have been dealt with. Reset it\n loose = false;\n li_accumulate = \"\";\n }\n\n m[1] = expand_tab( m[1] );\n var wanted_depth = Math.floor(m[1].length/4)+1;\n //print( \"want:\", wanted_depth, \"stack:\", stack.length);\n if ( wanted_depth > stack.length ) {\n // Deep enough for a nested list outright\n //print ( \"new nested list\" );\n list = make_list( m );\n last_li.push( list );\n last_li = list[1] = [ \"listitem\" ];\n }\n else {\n // We aren't deep enough to be strictly a new level. This is\n // where Md.pl goes nuts. If the indent matches a level in the\n // stack, put it there, else put it one deeper then the\n // wanted_depth deserves.\n var found = false;\n for ( i = 0; i < stack.length; i++ ) {\n if ( stack[ i ].indent != m[1] ) continue;\n list = stack[ i ].list;\n stack.splice( i+1, stack.length - (i+1) );\n found = true;\n break;\n }\n\n if (!found) {\n //print(\"not found. l:\", uneval(l));\n wanted_depth++;\n if ( wanted_depth <= stack.length ) {\n stack.splice(wanted_depth, stack.length - wanted_depth);\n //print(\"Desired depth now\", wanted_depth, \"stack:\", stack.length);\n list = stack[wanted_depth-1].list;\n //print(\"list:\", uneval(list) );\n }\n else {\n //print (\"made new stack for messy indent\");\n list = make_list(m);\n last_li.push(list);\n }\n }\n\n //print( uneval(list), \"last\", list === stack[stack.length-1].list );\n last_li = [ \"listitem\" ];\n list.push(last_li);\n } // end depth of shenegains\n nl = \"\";\n }\n\n // Add content\n if ( l.length > m[0].length ) {\n li_accumulate += nl + l.substr( m[0].length );\n }\n } // tight_search\n\n if ( li_accumulate.length ) {\n add( last_li, loose, this.processInline( li_accumulate ), nl );\n // Loose mode will have been dealt with. Reset it\n loose = false;\n li_accumulate = \"\";\n }\n\n // Look at the next block - we might have a loose list. Or an extra\n // paragraph for the current li\n var contained = get_contained_blocks( stack.length, next );\n\n // Deal with code blocks or properly nested lists\n if ( contained.length > 0 ) {\n // Make sure all listitems up the stack are paragraphs\n forEach( stack, paragraphify, this);\n\n last_li.push.apply( last_li, this.toTree( contained, [] ) );\n }\n\n var next_block = next[0] && next[0].valueOf() || \"\";\n\n if ( next_block.match(is_list_re) || next_block.match( /^ / ) ) {\n block = next.shift();\n\n // Check for an HR following a list: features/lists/hr_abutting\n var hr = this.dialect.block.horizRule( block, next );\n\n if ( hr ) {\n ret.push.apply(ret, hr);\n break;\n }\n\n // Make sure all listitems up the stack are paragraphs\n forEach( stack, paragraphify, this);\n\n loose = true;\n continue loose_search;\n }\n break;\n } // loose_search\n\n return ret;\n };\n })(),\n\n blockquote: function blockquote( block, next ) {\n if ( !block.match( /^>/m ) )\n return undefined;\n\n var jsonml = [];\n\n // separate out the leading abutting block, if any. I.e. in this case:\n //\n // a\n // > b\n //\n if ( block[ 0 ] != \">\" ) {\n var lines = block.split( /\\n/ ),\n prev = [],\n line_no = block.lineNumber;\n\n // keep shifting lines until you find a crotchet\n while ( lines.length && lines[ 0 ][ 0 ] != \">\" ) {\n prev.push( lines.shift() );\n line_no++;\n }\n\n var abutting = mk_block( prev.join( \"\\n\" ), \"\\n\", block.lineNumber );\n jsonml.push.apply( jsonml, this.processBlock( abutting, [] ) );\n // reassemble new block of just block quotes!\n block = mk_block( lines.join( \"\\n\" ), block.trailing, line_no );\n }\n\n\n // if the next block is also a blockquote merge it in\n while ( next.length && next[ 0 ][ 0 ] == \">\" ) {\n var b = next.shift();\n block = mk_block( block + block.trailing + b, b.trailing, block.lineNumber );\n }\n\n // Strip off the leading \"> \" and re-process as a block.\n var input = block.replace( /^> ?/gm, \"\" ),\n old_tree = this.tree,\n processedBlock = this.toTree( input, [ \"blockquote\" ] ),\n attr = extract_attr( processedBlock );\n\n // If any link references were found get rid of them\n if ( attr && attr.references ) {\n delete attr.references;\n // And then remove the attribute object if it's empty\n if ( isEmpty( attr ) ) {\n processedBlock.splice( 1, 1 );\n }\n }\n\n jsonml.push( processedBlock );\n return jsonml;\n },\n\n referenceDefn: function referenceDefn( block, next) {\n var re = /^\\s*\\[(.*?)\\]:\\s*(\\S+)(?:\\s+(?:(['\"])(.*?)\\3|\\((.*?)\\)))?\\n?/;\n // interesting matches are [ , ref_id, url, , title, title ]\n\n if ( !block.match(re) )\n return undefined;\n\n // make an attribute node if it doesn't exist\n if ( !extract_attr( this.tree ) ) {\n this.tree.splice( 1, 0, {} );\n }\n\n var attrs = extract_attr( this.tree );\n\n // make a references hash if it doesn't exist\n if ( attrs.references === undefined ) {\n attrs.references = {};\n }\n\n var b = this.loop_re_over_block(re, block, function( m ) {\n\n if ( m[2] && m[2][0] == \"<\" && m[2][m[2].length-1] == \">\" )\n m[2] = m[2].substring( 1, m[2].length - 1 );\n\n var ref = attrs.references[ m[1].toLowerCase() ] = {\n href: m[2]\n };\n\n if ( m[4] !== undefined )\n ref.title = m[4];\n else if ( m[5] !== undefined )\n ref.title = m[5];\n\n } );\n\n if ( b.length )\n next.unshift( mk_block( b, block.trailing ) );\n\n return [];\n },\n\n para: function para( block, next ) {\n // everything's a para!\n return [ [\"para\"].concat( this.processInline( block ) ) ];\n }\n }\n};\n\nMarkdown.dialects.Gruber.inline = {\n\n __oneElement__: function oneElement( text, patterns_or_re, previous_nodes ) {\n var m,\n res,\n lastIndex = 0;\n\n patterns_or_re = patterns_or_re || this.dialect.inline.__patterns__;\n var re = new RegExp( \"([\\\\s\\\\S]*?)(\" + (patterns_or_re.source || patterns_or_re) + \")\" );\n\n m = re.exec( text );\n if (!m) {\n // Just boring text\n return [ text.length, text ];\n }\n else if ( m[1] ) {\n // Some un-interesting text matched. Return that first\n return [ m[1].length, m[1] ];\n }\n\n var res;\n if ( m[2] in this.dialect.inline ) {\n res = this.dialect.inline[ m[2] ].call(\n this,\n text.substr( m.index ), m, previous_nodes || [] );\n }\n // Default for now to make dev easier. just slurp special and output it.\n res = res || [ m[2].length, m[2] ];\n return res;\n },\n\n __call__: function inline( text, patterns ) {\n\n var out = [],\n res;\n\n function add(x) {\n //D:self.debug(\" adding output\", uneval(x));\n if ( typeof x == \"string\" && typeof out[out.length-1] == \"string\" )\n out[ out.length-1 ] += x;\n else\n out.push(x);\n }\n\n while ( text.length > 0 ) {\n res = this.dialect.inline.__oneElement__.call(this, text, patterns, out );\n text = text.substr( res.shift() );\n forEach(res, add )\n }\n\n return out;\n },\n\n // These characters are intersting elsewhere, so have rules for them so that\n // chunks of plain text blocks don't include them\n \"]\": function () {},\n \"}\": function () {},\n\n __escape__ : /^\\\\[\\\\`\\*_{}\\[\\]()#\\+.!\\-]/,\n\n \"\\\\\": function escaped( text ) {\n // [ length of input processed, node/children to add... ]\n // Only esacape: \\ ` * _ { } [ ] ( ) # * + - . !\n if ( this.dialect.inline.__escape__.exec( text ) )\n return [ 2, text.charAt( 1 ) ];\n else\n // Not an esacpe\n return [ 1, \"\\\\\" ];\n },\n\n \"![\": function image( text ) {\n\n // Unlike images, alt text is plain text only. no other elements are\n // allowed in there\n\n // ![Alt text](/path/to/img.jpg \"Optional title\")\n // 1 2 3 4 <--- captures\n var m = text.match( /^!\\[(.*?)\\][ \\t]*\\([ \\t]*([^\")]*?)(?:[ \\t]+([\"'])(.*?)\\3)?[ \\t]*\\)/ );\n\n if ( m ) {\n if ( m[2] && m[2][0] == \"<\" && m[2][m[2].length-1] == \">\" )\n m[2] = m[2].substring( 1, m[2].length - 1 );\n\n m[2] = this.dialect.inline.__call__.call( this, m[2], /\\\\/ )[0];\n\n var attrs = { alt: m[1], href: m[2] || \"\" };\n if ( m[4] !== undefined)\n attrs.title = m[4];\n\n return [ m[0].length, [ \"img\", attrs ] ];\n }\n\n // ![Alt text][id]\n m = text.match( /^!\\[(.*?)\\][ \\t]*\\[(.*?)\\]/ );\n\n if ( m ) {\n // We can't check if the reference is known here as it likely wont be\n // found till after. Check it in md tree->hmtl tree conversion\n return [ m[0].length, [ \"img_ref\", { alt: m[1], ref: m[2].toLowerCase(), original: m[0] } ] ];\n }\n\n // Just consume the '!['\n return [ 2, \"![\" ];\n },\n\n \"[\": function link( text ) {\n\n var orig = String(text);\n // Inline content is possible inside `link text`\n var res = Markdown.DialectHelpers.inline_until_char.call( this, text.substr(1), \"]\" );\n\n // No closing ']' found. Just consume the [\n if ( !res ) return [ 1, \"[\" ];\n\n var consumed = 1 + res[ 0 ],\n children = res[ 1 ],\n link,\n attrs;\n\n // At this point the first [...] has been parsed. See what follows to find\n // out which kind of link we are (reference or direct url)\n text = text.substr( consumed );\n\n // [link text](/path/to/img.jpg \"Optional title\")\n // 1 2 3 <--- captures\n // This will capture up to the last paren in the block. We then pull\n // back based on if there a matching ones in the url\n // ([here](/url/(test))\n // The parens have to be balanced\n var m = text.match( /^\\s*\\([ \\t]*([^\"']*)(?:[ \\t]+([\"'])(.*?)\\2)?[ \\t]*\\)/ );\n if ( m ) {\n var url = m[1];\n consumed += m[0].length;\n\n if ( url && url[0] == \"<\" && url[url.length-1] == \">\" )\n url = url.substring( 1, url.length - 1 );\n\n // If there is a title we don't have to worry about parens in the url\n if ( !m[3] ) {\n var open_parens = 1; // One open that isn't in the capture\n for ( var len = 0; len < url.length; len++ ) {\n switch ( url[len] ) {\n case \"(\":\n open_parens++;\n break;\n case \")\":\n if ( --open_parens == 0) {\n consumed -= url.length - len;\n url = url.substring(0, len);\n }\n break;\n }\n }\n }\n\n // Process escapes only\n url = this.dialect.inline.__call__.call( this, url, /\\\\/ )[0];\n\n attrs = { href: url || \"\" };\n if ( m[3] !== undefined)\n attrs.title = m[3];\n\n link = [ \"link\", attrs ].concat( children );\n return [ consumed, link ];\n }\n\n // [Alt text][id]\n // [Alt text] [id]\n m = text.match( /^\\s*\\[(.*?)\\]/ );\n\n if ( m ) {\n\n consumed += m[ 0 ].length;\n\n // [links][] uses links as its reference\n attrs = { ref: ( m[ 1 ] || String(children) ).toLowerCase(), original: orig.substr( 0, consumed ) };\n\n link = [ \"link_ref\", attrs ].concat( children );\n\n // We can't check if the reference is known here as it likely wont be\n // found till after. Check it in md tree->hmtl tree conversion.\n // Store the original so that conversion can revert if the ref isn't found.\n return [ consumed, link ];\n }\n\n // [id]\n // Only if id is plain (no formatting.)\n if ( children.length == 1 && typeof children[0] == \"string\" ) {\n\n attrs = { ref: children[0].toLowerCase(), original: orig.substr( 0, consumed ) };\n link = [ \"link_ref\", attrs, children[0] ];\n return [ consumed, link ];\n }\n\n // Just consume the \"[\"\n return [ 1, \"[\" ];\n },\n\n\n \"<\": function autoLink( text ) {\n var m;\n\n if ( ( m = text.match( /^<(?:((https?|ftp|mailto):[^>]+)|(.*?@.*?\\.[a-zA-Z]+))>/ ) ) != null ) {\n if ( m[3] ) {\n return [ m[0].length, [ \"link\", { href: \"mailto:\" + m[3] }, m[3] ] ];\n\n }\n else if ( m[2] == \"mailto\" ) {\n return [ m[0].length, [ \"link\", { href: m[1] }, m[1].substr(\"mailto:\".length ) ] ];\n }\n else\n return [ m[0].length, [ \"link\", { href: m[1] }, m[1] ] ];\n }\n\n return [ 1, \"<\" ];\n },\n\n \"`\": function inlineCode( text ) {\n // Inline code block. as many backticks as you like to start it\n // Always skip over the opening ticks.\n var m = text.match( /(`+)(([\\s\\S]*?)\\1)/ );\n\n if ( m && m[2] )\n return [ m[1].length + m[2].length, [ \"inlinecode\", m[3] ] ];\n else {\n // TODO: No matching end code found - warn!\n return [ 1, \"`\" ];\n }\n },\n\n \" \\n\": function lineBreak( text ) {\n return [ 3, [ \"linebreak\" ] ];\n }\n\n};\n\n// Meta Helper/generator method for em and strong handling\nfunction strong_em( tag, md ) {\n\n var state_slot = tag + \"_state\",\n other_slot = tag == \"strong\" ? \"em_state\" : \"strong_state\";\n\n function CloseTag(len) {\n this.len_after = len;\n this.name = \"close_\" + md;\n }\n\n return function ( text, orig_match ) {\n\n if ( this[state_slot][0] == md ) {\n // Most recent em is of this type\n //D:this.debug(\"closing\", md);\n this[state_slot].shift();\n\n // \"Consume\" everything to go back to the recrusion in the else-block below\n return[ text.length, new CloseTag(text.length-md.length) ];\n }\n else {\n // Store a clone of the em/strong states\n var other = this[other_slot].slice(),\n state = this[state_slot].slice();\n\n this[state_slot].unshift(md);\n\n //D:this.debug_indent += \" \";\n\n // Recurse\n var res = this.processInline( text.substr( md.length ) );\n //D:this.debug_indent = this.debug_indent.substr(2);\n\n var last = res[res.length - 1];\n\n //D:this.debug(\"processInline from\", tag + \": \", uneval( res ) );\n\n var check = this[state_slot].shift();\n if ( last instanceof CloseTag ) {\n res.pop();\n // We matched! Huzzah.\n var consumed = text.length - last.len_after;\n return [ consumed, [ tag ].concat(res) ];\n }\n else {\n // Restore the state of the other kind. We might have mistakenly closed it.\n this[other_slot] = other;\n this[state_slot] = state;\n\n // We can't reuse the processed result as it could have wrong parsing contexts in it.\n return [ md.length, md ];\n }\n }\n }; // End returned function\n}\n\nMarkdown.dialects.Gruber.inline[\"**\"] = strong_em(\"strong\", \"**\");\nMarkdown.dialects.Gruber.inline[\"__\"] = strong_em(\"strong\", \"__\");\nMarkdown.dialects.Gruber.inline[\"*\"] = strong_em(\"em\", \"*\");\nMarkdown.dialects.Gruber.inline[\"_\"] = strong_em(\"em\", \"_\");\n\n\n// Build default order from insertion order.\nMarkdown.buildBlockOrder = function(d) {\n var ord = [];\n for ( var i in d ) {\n if ( i == \"__order__\" || i == \"__call__\" ) continue;\n ord.push( i );\n }\n d.__order__ = ord;\n};\n\n// Build patterns for inline matcher\nMarkdown.buildInlinePatterns = function(d) {\n var patterns = [];\n\n for ( var i in d ) {\n // __foo__ is reserved and not a pattern\n if ( i.match( /^__.*__$/) ) continue;\n var l = i.replace( /([\\\\.*+?|()\\[\\]{}])/g, \"\\\\$1\" )\n .replace( /\\n/, \"\\\\n\" );\n patterns.push( i.length == 1 ? l : \"(?:\" + l + \")\" );\n }\n\n patterns = patterns.join(\"|\");\n d.__patterns__ = patterns;\n //print(\"patterns:\", uneval( patterns ) );\n\n var fn = d.__call__;\n d.__call__ = function(text, pattern) {\n if ( pattern != undefined ) {\n return fn.call(this, text, pattern);\n }\n else\n {\n return fn.call(this, text, patterns);\n }\n };\n};\n\nMarkdown.DialectHelpers = {};\nMarkdown.DialectHelpers.inline_until_char = function( text, want ) {\n var consumed = 0,\n nodes = [];\n\n while ( true ) {\n if ( text.charAt( consumed ) == want ) {\n // Found the character we were looking for\n consumed++;\n return [ consumed, nodes ];\n }\n\n if ( consumed >= text.length ) {\n // No closing char found. Abort.\n return null;\n }\n\n var res = this.dialect.inline.__oneElement__.call(this, text.substr( consumed ) );\n consumed += res[ 0 ];\n // Add any returned nodes.\n nodes.push.apply( nodes, res.slice( 1 ) );\n }\n}\n\n// Helper function to make sub-classing a dialect easier\nMarkdown.subclassDialect = function( d ) {\n function Block() {}\n Block.prototype = d.block;\n function Inline() {}\n Inline.prototype = d.inline;\n\n return { block: new Block(), inline: new Inline() };\n};\n\nMarkdown.buildBlockOrder ( Markdown.dialects.Gruber.block );\nMarkdown.buildInlinePatterns( Markdown.dialects.Gruber.inline );\n\nMarkdown.dialects.Maruku = Markdown.subclassDialect( Markdown.dialects.Gruber );\n\nMarkdown.dialects.Maruku.processMetaHash = function processMetaHash( meta_string ) {\n var meta = split_meta_hash( meta_string ),\n attr = {};\n\n for ( var i = 0; i < meta.length; ++i ) {\n // id: #foo\n if ( /^#/.test( meta[ i ] ) ) {\n attr.id = meta[ i ].substring( 1 );\n }\n // class: .foo\n else if ( /^\\./.test( meta[ i ] ) ) {\n // if class already exists, append the new one\n if ( attr[\"class\"] ) {\n attr[\"class\"] = attr[\"class\"] + meta[ i ].replace( /./, \" \" );\n }\n else {\n attr[\"class\"] = meta[ i ].substring( 1 );\n }\n }\n // attribute: foo=bar\n else if ( /\\=/.test( meta[ i ] ) ) {\n var s = meta[ i ].split( /\\=/ );\n attr[ s[ 0 ] ] = s[ 1 ];\n }\n }\n\n return attr;\n}\n\nfunction split_meta_hash( meta_string ) {\n var meta = meta_string.split( \"\" ),\n parts = [ \"\" ],\n in_quotes = false;\n\n while ( meta.length ) {\n var letter = meta.shift();\n switch ( letter ) {\n case \" \" :\n // if we're in a quoted section, keep it\n if ( in_quotes ) {\n parts[ parts.length - 1 ] += letter;\n }\n // otherwise make a new part\n else {\n parts.push( \"\" );\n }\n break;\n case \"'\" :\n case '\"' :\n // reverse the quotes and move straight on\n in_quotes = !in_quotes;\n break;\n case \"\\\\\" :\n // shift off the next letter to be used straight away.\n // it was escaped so we'll keep it whatever it is\n letter = meta.shift();\n default :\n parts[ parts.length - 1 ] += letter;\n break;\n }\n }\n\n return parts;\n}\n\nMarkdown.dialects.Maruku.block.document_meta = function document_meta( block, next ) {\n // we're only interested in the first block\n if ( block.lineNumber > 1 ) return undefined;\n\n // document_meta blocks consist of one or more lines of `Key: Value\\n`\n if ( ! block.match( /^(?:\\w+:.*\\n)*\\w+:.*$/ ) ) return undefined;\n\n // make an attribute node if it doesn't exist\n if ( !extract_attr( this.tree ) ) {\n this.tree.splice( 1, 0, {} );\n }\n\n var pairs = block.split( /\\n/ );\n for ( p in pairs ) {\n var m = pairs[ p ].match( /(\\w+):\\s*(.*)$/ ),\n key = m[ 1 ].toLowerCase(),\n value = m[ 2 ];\n\n this.tree[ 1 ][ key ] = value;\n }\n\n // document_meta produces no content!\n return [];\n};\n\nMarkdown.dialects.Maruku.block.block_meta = function block_meta( block, next ) {\n // check if the last line of the block is an meta hash\n var m = block.match( /(^|\\n) {0,3}\\{:\\s*((?:\\\\\\}|[^\\}])*)\\s*\\}$/ );\n if ( !m ) return undefined;\n\n // process the meta hash\n var attr = this.dialect.processMetaHash( m[ 2 ] );\n\n var hash;\n\n // if we matched ^ then we need to apply meta to the previous block\n if ( m[ 1 ] === \"\" ) {\n var node = this.tree[ this.tree.length - 1 ];\n hash = extract_attr( node );\n\n // if the node is a string (rather than JsonML), bail\n if ( typeof node === \"string\" ) return undefined;\n\n // create the attribute hash if it doesn't exist\n if ( !hash ) {\n hash = {};\n node.splice( 1, 0, hash );\n }\n\n // add the attributes in\n for ( a in attr ) {\n hash[ a ] = attr[ a ];\n }\n\n // return nothing so the meta hash is removed\n return [];\n }\n\n // pull the meta hash off the block and process what's left\n var b = block.replace( /\\n.*$/, \"\" ),\n result = this.processBlock( b, [] );\n\n // get or make the attributes hash\n hash = extract_attr( result[ 0 ] );\n if ( !hash ) {\n hash = {};\n result[ 0 ].splice( 1, 0, hash );\n }\n\n // attach the attributes to the block\n for ( a in attr ) {\n hash[ a ] = attr[ a ];\n }\n\n return result;\n};\n\nMarkdown.dialects.Maruku.block.definition_list = function definition_list( block, next ) {\n // one or more terms followed by one or more definitions, in a single block\n var tight = /^((?:[^\\s:].*\\n)+):\\s+([\\s\\S]+)$/,\n list = [ \"dl\" ],\n i, m;\n\n // see if we're dealing with a tight or loose block\n if ( ( m = block.match( tight ) ) ) {\n // pull subsequent tight DL blocks out of `next`\n var blocks = [ block ];\n while ( next.length && tight.exec( next[ 0 ] ) ) {\n blocks.push( next.shift() );\n }\n\n for ( var b = 0; b < blocks.length; ++b ) {\n var m = blocks[ b ].match( tight ),\n terms = m[ 1 ].replace( /\\n$/, \"\" ).split( /\\n/ ),\n defns = m[ 2 ].split( /\\n:\\s+/ );\n\n // print( uneval( m ) );\n\n for ( i = 0; i < terms.length; ++i ) {\n list.push( [ \"dt\", terms[ i ] ] );\n }\n\n for ( i = 0; i < defns.length; ++i ) {\n // run inline processing over the definition\n list.push( [ \"dd\" ].concat( this.processInline( defns[ i ].replace( /(\\n)\\s+/, \"$1\" ) ) ) );\n }\n }\n }\n else {\n return undefined;\n }\n\n return [ list ];\n};\n\n// splits on unescaped instances of @ch. If @ch is not a character the result\n// can be unpredictable\n\nMarkdown.dialects.Maruku.block.table = function table (block, next) {\n\n var _split_on_unescaped = function(s, ch) {\n ch = ch || '\\\\s';\n if (ch.match(/^[\\\\|\\[\\]{}?*.+^$]$/)) { ch = '\\\\' + ch; }\n var res = [ ],\n r = new RegExp('^((?:\\\\\\\\.|[^\\\\\\\\' + ch + '])*)' + ch + '(.*)'),\n m;\n while(m = s.match(r)) {\n res.push(m[1]);\n s = m[2];\n }\n res.push(s);\n return res;\n }\n\n var leading_pipe = /^ {0,3}\\|(.+)\\n {0,3}\\|\\s*([\\-:]+[\\-| :]*)\\n((?:\\s*\\|.*(?:\\n|$))*)(?=\\n|$)/,\n // find at least an unescaped pipe in each line\n no_leading_pipe = /^ {0,3}(\\S(?:\\\\.|[^\\\\|])*\\|.*)\\n {0,3}([\\-:]+\\s*\\|[\\-| :]*)\\n((?:(?:\\\\.|[^\\\\|])*\\|.*(?:\\n|$))*)(?=\\n|$)/,\n i, m;\n if (m = block.match(leading_pipe)) {\n // remove leading pipes in contents\n // (header and horizontal rule already have the leading pipe left out)\n m[3] = m[3].replace(/^\\s*\\|/gm, '');\n } else if (! ( m = block.match(no_leading_pipe))) {\n return undefined;\n }\n\n var table = [ \"table\", [ \"thead\", [ \"tr\" ] ], [ \"tbody\" ] ];\n\n // remove trailing pipes, then split on pipes\n // (no escaped pipes are allowed in horizontal rule)\n m[2] = m[2].replace(/\\|\\s*$/, '').split('|');\n\n // process alignment\n var html_attrs = [ ];\n forEach (m[2], function (s) {\n if (s.match(/^\\s*-+:\\s*$/)) html_attrs.push({align: \"right\"});\n else if (s.match(/^\\s*:-+\\s*$/)) html_attrs.push({align: \"left\"});\n else if (s.match(/^\\s*:-+:\\s*$/)) html_attrs.push({align: \"center\"});\n else html_attrs.push({});\n });\n\n // now for the header, avoid escaped pipes\n m[1] = _split_on_unescaped(m[1].replace(/\\|\\s*$/, ''), '|');\n for (i = 0; i < m[1].length; i++) {\n table[1][1].push(['th', html_attrs[i] || {}].concat(\n this.processInline(m[1][i].trim())));\n }\n\n // now for body contents\n forEach (m[3].replace(/\\|\\s*$/mg, '').split('\\n'), function (row) {\n var html_row = ['tr'];\n row = _split_on_unescaped(row, '|');\n for (i = 0; i < row.length; i++) {\n html_row.push(['td', html_attrs[i] || {}].concat(this.processInline(row[i].trim())));\n }\n table[2].push(html_row);\n }, this);\n\n return [table];\n}\n\nMarkdown.dialects.Maruku.inline[ \"{:\" ] = function inline_meta( text, matches, out ) {\n if ( !out.length ) {\n return [ 2, \"{:\" ];\n }\n\n // get the preceeding element\n var before = out[ out.length - 1 ];\n\n if ( typeof before === \"string\" ) {\n return [ 2, \"{:\" ];\n }\n\n // match a meta hash\n var m = text.match( /^\\{:\\s*((?:\\\\\\}|[^\\}])*)\\s*\\}/ );\n\n // no match, false alarm\n if ( !m ) {\n return [ 2, \"{:\" ];\n }\n\n // attach the attributes to the preceeding element\n var meta = this.dialect.processMetaHash( m[ 1 ] ),\n attr = extract_attr( before );\n\n if ( !attr ) {\n attr = {};\n before.splice( 1, 0, attr );\n }\n\n for ( var k in meta ) {\n attr[ k ] = meta[ k ];\n }\n\n // cut out the string and replace it with nothing\n return [ m[ 0 ].length, \"\" ];\n};\n\nMarkdown.dialects.Maruku.inline.__escape__ = /^\\\\[\\\\`\\*_{}\\[\\]()#\\+.!\\-|:]/;\n\nMarkdown.buildBlockOrder ( Markdown.dialects.Maruku.block );\nMarkdown.buildInlinePatterns( Markdown.dialects.Maruku.inline );\n\nvar isArray = Array.isArray || function(obj) {\n return Object.prototype.toString.call(obj) == \"[object Array]\";\n};\n\nvar forEach;\n// Don't mess with Array.prototype. Its not friendly\nif ( Array.prototype.forEach ) {\n forEach = function( arr, cb, thisp ) {\n return arr.forEach( cb, thisp );\n };\n}\nelse {\n forEach = function(arr, cb, thisp) {\n for (var i = 0; i < arr.length; i++) {\n cb.call(thisp || arr, arr[i], i, arr);\n }\n }\n}\n\nvar isEmpty = function( obj ) {\n for ( var key in obj ) {\n if ( hasOwnProperty.call( obj, key ) ) {\n return false;\n }\n }\n\n return true;\n}\n\nfunction extract_attr( jsonml ) {\n return isArray(jsonml)\n && jsonml.length > 1\n && typeof jsonml[ 1 ] === \"object\"\n && !( isArray(jsonml[ 1 ]) )\n ? jsonml[ 1 ]\n : undefined;\n}\n\n\n\n/**\n * renderJsonML( jsonml[, options] ) -> String\n * - jsonml (Array): JsonML array to render to XML\n * - options (Object): options\n *\n * Converts the given JsonML into well-formed XML.\n *\n * The options currently understood are:\n *\n * - root (Boolean): wether or not the root node should be included in the\n * output, or just its children. The default `false` is to not include the\n * root itself.\n */\nexpose.renderJsonML = function( jsonml, options ) {\n options = options || {};\n // include the root element in the rendered output?\n options.root = options.root || false;\n\n var content = [];\n\n if ( options.root ) {\n content.push( render_tree( jsonml ) );\n }\n else {\n jsonml.shift(); // get rid of the tag\n if ( jsonml.length && typeof jsonml[ 0 ] === \"object\" && !( jsonml[ 0 ] instanceof Array ) ) {\n jsonml.shift(); // get rid of the attributes\n }\n\n while ( jsonml.length ) {\n content.push( render_tree( jsonml.shift() ) );\n }\n }\n\n return content.join( \"\\n\\n\" );\n};\n\nfunction escapeHTML( text ) {\n return text.replace( /&/g, \"&\" )\n .replace( /</g, \"<\" )\n .replace( />/g, \">\" )\n .replace( /\"/g, \""\" )\n .replace( /'/g, \"'\" );\n}\n\nfunction render_tree( jsonml ) {\n // basic case\n if ( typeof jsonml === \"string\" ) {\n return escapeHTML( jsonml );\n }\n\n var tag = jsonml.shift(),\n attributes = {},\n content = [];\n\n if ( jsonml.length && typeof jsonml[ 0 ] === \"object\" && !( jsonml[ 0 ] instanceof Array ) ) {\n attributes = jsonml.shift();\n }\n\n while ( jsonml.length ) {\n content.push( render_tree( jsonml.shift() ) );\n }\n\n var tag_attrs = \"\";\n for ( var a in attributes ) {\n tag_attrs += \" \" + a + '=\"' + escapeHTML( attributes[ a ] ) + '\"';\n }\n\n // be careful about adding whitespace here for inline elements\n if ( tag == \"img\" || tag == \"br\" || tag == \"hr\" ) {\n return \"<\"+ tag + tag_attrs + \"/>\";\n }\n else {\n return \"<\"+ tag + tag_attrs + \">\" + content.join( \"\" ) + \"</\" + tag + \">\";\n }\n}\n\nfunction convert_tree_to_html( tree, references, options ) {\n var i;\n options = options || {};\n\n // shallow clone\n var jsonml = tree.slice( 0 );\n\n if ( typeof options.preprocessTreeNode === \"function\" ) {\n jsonml = options.preprocessTreeNode(jsonml, references);\n }\n\n // Clone attributes if they exist\n var attrs = extract_attr( jsonml );\n if ( attrs ) {\n jsonml[ 1 ] = {};\n for ( i in attrs ) {\n jsonml[ 1 ][ i ] = attrs[ i ];\n }\n attrs = jsonml[ 1 ];\n }\n\n // basic case\n if ( typeof jsonml === \"string\" ) {\n return jsonml;\n }\n\n // convert this node\n switch ( jsonml[ 0 ] ) {\n case \"header\":\n jsonml[ 0 ] = \"h\" + jsonml[ 1 ].level;\n delete jsonml[ 1 ].level;\n break;\n case \"bulletlist\":\n jsonml[ 0 ] = \"ul\";\n break;\n case \"numberlist\":\n jsonml[ 0 ] = \"ol\";\n break;\n case \"listitem\":\n jsonml[ 0 ] = \"li\";\n break;\n case \"para\":\n jsonml[ 0 ] = \"p\";\n break;\n case \"markdown\":\n jsonml[ 0 ] = \"html\";\n if ( attrs ) delete attrs.references;\n break;\n case \"code_block\":\n jsonml[ 0 ] = \"pre\";\n i = attrs ? 2 : 1;\n var code = [ \"code\" ];\n code.push.apply( code, jsonml.splice( i, jsonml.length - i ) );\n jsonml[ i ] = code;\n break;\n case \"inlinecode\":\n jsonml[ 0 ] = \"code\";\n break;\n case \"img\":\n jsonml[ 1 ].src = jsonml[ 1 ].href;\n delete jsonml[ 1 ].href;\n break;\n case \"linebreak\":\n jsonml[ 0 ] = \"br\";\n break;\n case \"link\":\n jsonml[ 0 ] = \"a\";\n break;\n case \"link_ref\":\n jsonml[ 0 ] = \"a\";\n\n // grab this ref and clean up the attribute node\n var ref = references[ attrs.ref ];\n\n // if the reference exists, make the link\n if ( ref ) {\n delete attrs.ref;\n\n // add in the href and title, if present\n attrs.href = ref.href;\n if ( ref.title ) {\n attrs.title = ref.title;\n }\n\n // get rid of the unneeded original text\n delete attrs.original;\n }\n // the reference doesn't exist, so revert to plain text\n else {\n return attrs.original;\n }\n break;\n case \"img_ref\":\n jsonml[ 0 ] = \"img\";\n\n // grab this ref and clean up the attribute node\n var ref = references[ attrs.ref ];\n\n // if the reference exists, make the link\n if ( ref ) {\n delete attrs.ref;\n\n // add in the href and title, if present\n attrs.src = ref.href;\n if ( ref.title ) {\n attrs.title = ref.title;\n }\n\n // get rid of the unneeded original text\n delete attrs.original;\n }\n // the reference doesn't exist, so revert to plain text\n else {\n return attrs.original;\n }\n break;\n }\n\n // convert all the children\n i = 1;\n\n // deal with the attribute node, if it exists\n if ( attrs ) {\n // if there are keys, skip over it\n for ( var key in jsonml[ 1 ] ) {\n i = 2;\n break;\n }\n // if there aren't, remove it\n if ( i === 1 ) {\n jsonml.splice( i, 1 );\n }\n }\n\n for ( ; i < jsonml.length; ++i ) {\n jsonml[ i ] = convert_tree_to_html( jsonml[ i ], references, options );\n }\n\n return jsonml;\n}\n\n\n// merges adjacent text nodes into a single node\nfunction merge_text_nodes( jsonml ) {\n // skip the tag name and attribute hash\n var i = extract_attr( jsonml ) ? 2 : 1;\n\n while ( i < jsonml.length ) {\n // if it's a string check the next item too\n if ( typeof jsonml[ i ] === \"string\" ) {\n if ( i + 1 < jsonml.length && typeof jsonml[ i + 1 ] === \"string\" ) {\n // merge the second string into the first and remove it\n jsonml[ i ] += jsonml.splice( i + 1, 1 )[ 0 ];\n }\n else {\n ++i;\n }\n }\n // if it's not a string recurse\n else {\n merge_text_nodes( jsonml[ i ] );\n ++i;\n }\n }\n}\n\n} )( (function() {\n if ( typeof exports === \"undefined\" ) {\n window.markdown = {};\n return window.markdown;\n }\n else {\n return exports;\n }\n} )() );\n"
},
"$:/plugins/tiddlywiki/markdown/wrapper.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/markdown/wrapper.js\ntype: application/javascript\nmodule-type: parser\n\nWraps up the markdown-js parser for use in TiddlyWiki5\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar markdown = require(\"$:/plugins/tiddlywiki/markdown/markdown.js\");\n\nvar CONFIG_DIALECT_TIDDLER = \"$:/config/markdown/dialect\",\n\tDEFAULT_DIALECT = \"Gruber\";\n\nfunction transformNodes(nodes) {\n\tvar results = [];\n\tfor(var index=0; index<nodes.length; index++) {\n\t\tresults.push(transformNode(nodes[index]));\n\t}\n\treturn results;\n}\n\nfunction transformNode(node) {\n\tif($tw.utils.isArray(node)) {\n\t\tvar p = 0,\n\t\t\twidget = {type: \"element\", tag: node[p++]};\n\t\tif(!$tw.utils.isArray(node[p]) && typeof(node[p]) === \"object\") {\n\t\t\twidget.attributes = {};\n\t\t\t$tw.utils.each(node[p++],function(value,name) {\n\t\t\t\twidget.attributes[name] = {type: \"string\", value: value};\n\t\t\t});\n\t\t}\n\t\twidget.children = transformNodes(node.slice(p++));\n\t\t// Massage images into the image widget\n\t\tif(widget.tag === \"img\") {\n\t\t\twidget.type = \"image\";\n\t\t\tif(widget.attributes.alt) {\n\t\t\t\twidget.attributes.tooltip = widget.attributes.alt;\n\t\t\t\tdelete widget.attributes.alt;\n\t\t\t}\n\t\t\tif(widget.attributes.src) {\n\t\t\t\twidget.attributes.source = widget.attributes.src;\n\t\t\t\tdelete widget.attributes.src;\n\t\t\t}\n\t\t}\n\t\treturn widget;\n\t} else {\n\t\treturn {type: \"text\", text: node};\n\t}\n}\n\nvar MarkdownParser = function(type,text,options) {\n\tvar dialect = options.wiki.getTiddlerText(CONFIG_DIALECT_TIDDLER,DEFAULT_DIALECT),\n\t\tmarkdownTree = markdown.toHTMLTree(text,dialect),\n\t\tnode = $tw.utils.isArray(markdownTree[1]) ? markdownTree.slice(1) : markdownTree.slice(2);\n\tthis.tree = transformNodes(node);\n};\n\n/*\n\n[ 'html',\n [ 'p', 'something' ],\n [ 'h1',\n 'heading and ',\n [ 'strong', 'other' ] ] ]\n\n*/\n\nexports[\"text/x-markdown\"] = MarkdownParser;\n\n})();\n\n",
"title": "$:/plugins/tiddlywiki/markdown/wrapper.js",
"type": "application/javascript",
"module-type": "parser"
}
}
}
$:/core/ui/SideBar/Recent
Sync error while processing '$:/StoryList':
XMLHttpRequest error code: 0
{
"tiddlers": {
"$:/info/browser": {
"title": "$:/info/browser",
"text": "yes"
},
"$:/info/node": {
"title": "$:/info/node",
"text": "no"
}
}
}
$:/themes/tiddlywiki/snowwhite
{
"tiddlers": {
"$:/themes/tiddlywiki/snowwhite/base": {
"title": "$:/themes/tiddlywiki/snowwhite/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-sidebar-header {\n\ttext-shadow: 0 1px 0 <<colour sidebar-foreground-shadow>>;\n}\n\n.tc-tiddler-info {\n\t<<box-shadow \"inset 1px 2px 3px rgba(0,0,0,0.1)\">>\n}\n\n@media screen {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow \"1px 1px 5px rgba(0, 0, 0, 0.3)\">>\n\t}\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow none>>\n\t}\n}\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected,\n.tc-page-controls button.tc-selected {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-edit-tags {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-tiddler-frame .tc-edit-tags input.tc-edit-texteditor {\n\t<<box-shadow \"none\">>\n\tborder: none;\n\toutline: none;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal-displayed {\n\t<<filter \"blur(4px)\">>\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\t<<background-linear-gradient \"left, rgb(216,216,216) 0%, rgb(236,236,236) 250px\">>\n}\n\n.tc-more-sidebar .tc-tab-buttons button {\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(224,224,224) 100%\">>\n}\n\n.tc-more-sidebar .tc-tab-buttons button.tc-tab-selected {\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(248,248,248) 100%\">>\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n.tc-plugin-info {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/vanilla/themetweaks": {
"title": "$:/themes/tiddlywiki/vanilla/themetweaks",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "Theme Tweaks",
"text": "\\define backgroundimage-dropdown()\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\">\n<$link to=\"\">\n(none)\n</$link>\n<hr>\n<$list filter=\"[all[shadows+tiddlers]is[image]] -[type[application/pdf]] +[sort[title]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\n\\define backgroundimageattachment-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\" default=\"scroll\">\n<option value=\"scroll\">Scroll with tiddlers</option>\n<option value=\"fixed\">Fixed to window</option>\n</$select>\n\\end\n\n\\define backgroundimagesize-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\" default=\"scroll\">\n<option value=\"auto\">Auto</option>\n<option value=\"cover\">Cover</option>\n<option value=\"contain\">Contain</option>\n</$select>\n\\end\n\nYou can tweak certain aspects of the ''Vanilla'' theme.\n\n! Options\n\n|[[Sidebar layout|$:/themes/tiddlywiki/vanilla/options/sidebarlayout]] |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><option value=\"fixed-fluid\">Fixed story, fluid sidebar</option><option value=\"fluid-fixed\">Fluid story, fixed sidebar</option></$select> |\n|[[Sticky titles|$:/themes/tiddlywiki/vanilla/options/stickytitles]]<br>//Causes tiddler titles to \"stick\" to the top of the browser window. Caution: Does not work at all with Chrome, and causes some layout issues in Firefox// |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><option value=\"no\">No</option><option value=\"yes\">Yes</option></$select> |\n\n! Settings\n\n|[[Font family|$:/themes/tiddlywiki/vanilla/settings/fontfamily]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\" default=\"\" tag=\"input\"/> | |\n|[[Code font family|$:/themes/tiddlywiki/vanilla/settings/codefontfamily]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\" default=\"\" tag=\"input\"/> | |\n|[[Page background image|$:/themes/tiddlywiki/vanilla/settings/backgroundimage]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" default=\"\" tag=\"input\"/> |<<backgroundimage-dropdown>> |\n|[[Page background image attachment |$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment]] |<<backgroundimageattachment-dropdown>> | |\n|[[Page background image size |$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize]] |<<backgroundimagesize-dropdown>> | |\n\n! Sizes\n\n|[[Font size|$:/themes/tiddlywiki/vanilla/metrics/fontsize]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\" default=\"\" tag=\"input\"/> |\n|[[Line height|$:/themes/tiddlywiki/vanilla/metrics/lineheight]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\" default=\"\" tag=\"input\"/> |\n|[[Font size for tiddler body|$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\" default=\"\" tag=\"input\"/> |\n|[[Line height for tiddler body|$:/themes/tiddlywiki/vanilla/metrics/bodylineheight]] |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\" default=\"\" tag=\"input\"/> |\n|[[Story left position|$:/themes/tiddlywiki/vanilla/metrics/storyleft]]<br>//how far the left margin of the story river<br>(tiddler area) is from the left of the page// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/> |\n|[[Story top position|$:/themes/tiddlywiki/vanilla/metrics/storytop]]<br>//how far the top margin of the story river<br>is from the top of the page// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/> |\n|[[Story right|$:/themes/tiddlywiki/vanilla/metrics/storyright]]<br>//how far the left margin of the sidebar <br>is from the left of the page// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/> |\n|[[Story width|$:/themes/tiddlywiki/vanilla/metrics/storywidth]]<br>//the overall width of the story river// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/> |\n|[[Tiddler width|$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth]]<br>//within the story river//<br> |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/> |\n|[[Sidebar breakpoint|$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint]]<br>//the minimum page width at which the story<br>river and sidebar will appear side by side// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\" default=\"\" tag=\"input\"/> |\n|[[Sidebar width|$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth]]<br>//the width of the sidebar in fluid-fixed layout// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\" default=\"\" tag=\"input\"/> |\n"
},
"$:/themes/tiddlywiki/vanilla/base": {
"title": "$:/themes/tiddlywiki/vanilla/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\define custom-background-datauri()\n<$set name=\"background\" value={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}>\n<$list filter=\"[<background>is[image]]\">\n`background: url(`\n<$list filter=\"[<background>!has[_canonical_uri]]\">\n<$macrocall $name=\"datauri\" title={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}/>\n</$list>\n<$list filter=\"[<background>has[_canonical_uri]]\">\n<$view tiddler={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}} field=\"_canonical_uri\"/>\n</$list>\n`) center center;`\n`background-attachment: `{{$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment}}`;\n-webkit-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-moz-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-o-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\nbackground-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;`\n</$list>\n</$set>\n\\end\n\n\\define if-fluid-fixed(text,hiddenSidebarText)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\" type=\"match\" text=\"fluid-fixed\">\n$text$\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">\n$hiddenSidebarText$\n</$reveal>\n</$reveal>\n\\end\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline macrocallblock\n\n/*\n** Start with the normalize CSS reset, and then belay some of its effects\n*/\n\n{{$:/themes/tiddlywiki/vanilla/reset}}\n\n*, input[type=\"search\"] {\n\tbox-sizing: border-box;\n\t-moz-box-sizing: border-box;\n\t-webkit-box-sizing: border-box;\n}\n\nhtml button {\n\tline-height: 1.2;\n\tcolor: <<colour button-foreground>>;\n\tbackground: <<colour button-background>>;\n\tborder-color: <<colour button-border>>;\n}\n\n/*\n** Basic element styles\n*/\n\nhtml {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/fontfamily}};\n\ttext-rendering: optimizeLegibility; /* Enables kerning and ligatures etc. */\n\t-webkit-font-smoothing: antialiased;\n\t-moz-osx-font-smoothing: grayscale;\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour page-background>>;\n}\n\nbody.tc-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/fontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/lineheight}};\n\tcolor: <<colour foreground>>;\n\tbackground-color: <<colour page-background>>;\n\tfill: <<colour foreground>>;\n\tword-wrap: break-word;\n\t<<custom-background-datauri>>\n}\n\nh1, h2, h3, h4, h5, h6 {\n\tline-height: 1.2;\n\tfont-weight: 300;\n}\n\npre {\n\tdisplay: block;\n\tpadding: 14px;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n\tword-break: normal;\n\tword-wrap: break-word;\n\twhite-space: pre;\n\twhite-space: pre-wrap;\n\tbackground-color: <<colour pre-background>>;\n\tborder: 1px solid <<colour pre-border>>;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\ncode {\n\tcolor: <<colour code-foreground>>;\n\tbackground-color: <<colour code-background>>;\n\tborder: 1px solid <<colour code-border>>;\n white-space: pre-wrap;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\nblockquote {\n\tborder-left: 5px solid <<colour blockquote-bar>>;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\n}\n\ntextarea,\ninput[type=text],\ninput[type=search],\ninput[type=\"\"],\ninput:not([type]) {\n\tcolor: <<colour foreground>>;\n\tbackground: <<colour background>>;\n}\n\n.tc-muted {\n\tcolor: <<colour muted-foreground>>;\n}\n\nsvg.tc-image-button {\n\tpadding: 0px 1px 1px 0px;\n}\n\nkbd {\n\tdisplay: inline-block;\n\tpadding: 3px 5px;\n\tfont-size: 0.8em;\n\tline-height: 1.2;\n\tcolor: <<colour foreground>>;\n\tvertical-align: middle;\n\tbackground-color: <<colour background>>;\n\tborder: solid 1px <<colour muted-foreground>>;\n\tborder-bottom-color: <<colour muted-foreground>>;\n\tborder-radius: 3px;\n\tbox-shadow: inset 0 -1px 0 <<colour muted-foreground>>;\n}\n\n/*\nMarkdown likes putting code elements inside pre elements\n*/\npre > code {\n\tpadding: 0;\n\tborder: none;\n\tbackground-color: inherit;\n\tcolor: inherit;\n}\n\ntable {\n\tborder: 1px solid <<colour table-border>>;\n\twidth: auto;\n\tmax-width: 100%;\n\tcaption-side: bottom;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n}\n\ntable th, table td {\n\tpadding: 0 7px 0 7px;\n\tborder-top: 1px solid <<colour table-border>>;\n\tborder-left: 1px solid <<colour table-border>>;\n}\n\ntable thead tr td, table th {\n\tbackground-color: <<colour table-header-background>>;\n\tfont-weight: bold;\n}\n\ntable tfoot tr td {\n\tbackground-color: <<colour table-footer-background>>;\n}\n\n.tc-csv-table {\n\twhite-space: nowrap;\n}\n\n.tc-tiddler-frame img,\n.tc-tiddler-frame svg,\n.tc-tiddler-frame canvas,\n.tc-tiddler-frame embed,\n.tc-tiddler-frame iframe {\n\tmax-width: 100%;\n}\n\n.tc-tiddler-body > embed,\n.tc-tiddler-body > iframe {\n\twidth: 100%;\n\theight: 600px;\n}\n\n/*\n** Links\n*/\n\nbutton.tc-tiddlylink,\na.tc-tiddlylink {\n\ttext-decoration: none;\n\tfont-weight: normal;\n\tcolor: <<colour tiddler-link-foreground>>;\n\t-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */\n}\n\n.tc-sidebar-lists a.tc-tiddlylink {\n\tcolor: <<colour sidebar-tiddler-link-foreground>>;\n}\n\n.tc-sidebar-lists a.tc-tiddlylink:hover {\n\tcolor: <<colour sidebar-tiddler-link-foreground-hover>>;\n}\n\nbutton.tc-tiddlylink:hover,\na.tc-tiddlylink:hover {\n\ttext-decoration: underline;\n}\n\na.tc-tiddlylink-resolves {\n}\n\na.tc-tiddlylink-shadow {\n\tfont-weight: bold;\n}\n\na.tc-tiddlylink-shadow.tc-tiddlylink-resolves {\n\tfont-weight: normal;\n}\n\na.tc-tiddlylink-missing {\n\tfont-style: italic;\n}\n\na.tc-tiddlylink-external {\n\ttext-decoration: underline;\n\tcolor: <<colour external-link-foreground>>;\n\tbackground-color: <<colour external-link-background>>;\n}\n\na.tc-tiddlylink-external:visited {\n\tcolor: <<colour external-link-foreground-visited>>;\n\tbackground-color: <<colour external-link-background-visited>>;\n}\n\na.tc-tiddlylink-external:hover {\n\tcolor: <<colour external-link-foreground-hover>>;\n\tbackground-color: <<colour external-link-background-hover>>;\n}\n\n/*\n** Drag and drop styles\n*/\n\n.tc-tiddler-dragger {\n\tposition: relative;\n\tz-index: -10000;\n}\n\n.tc-tiddler-dragger-inner {\n\tposition: absolute;\n\tdisplay: inline-block;\n\tpadding: 8px 20px;\n\tfont-size: 16.9px;\n\tfont-weight: bold;\n\tline-height: 20px;\n\tcolor: <<colour dragger-foreground>>;\n\ttext-shadow: 0 1px 0 rgba(0, 0, 0, 1);\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour dragger-background>>;\n\tborder-radius: 20px;\n}\n\n.tc-tiddler-dragger-cover {\n\tposition: absolute;\n\tbackground-color: <<colour page-background>>;\n}\n\n.tc-dropzone {\n\tposition: relative;\n}\n\n.tc-dropzone.tc-dragover:before {\n\tz-index: 10000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour dropzone-background>>;\n\ttext-align: center;\n\tcontent: \"<<lingo DropMessage>>\";\n}\n\n/*\n** Plugin reload warning\n*/\n\n.tc-plugin-reload-warning {\n\tz-index: 1000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour alert-background>>;\n\ttext-align: center;\n}\n\n/*\n** Buttons\n*/\n\nbutton svg, button img {\n\tvertical-align: middle;\n}\n\n.tc-btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n}\n\n.tc-btn-boxed {\n\tfont-size: 0.6em;\n\tpadding: 0.2em;\n\tmargin: 1px;\n\tbackground: none;\n\tborder: 1px solid <<colour tiddler-controls-foreground>>;\n\tborder-radius: 0.25em;\n}\n\nhtml body.tc-body .tc-btn-boxed svg {\n\tfont-size: 1.6666em;\n}\n\n.tc-btn-boxed:hover {\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n}\n\nhtml body.tc-body .tc-btn-boxed:hover svg {\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded {\n\tfont-size: 0.5em;\n\tline-height: 2;\n\tpadding: 0em 0.3em 0.2em 0.4em;\n\tmargin: 1px;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n\tborder-radius: 2em;\n}\n\nhtml body.tc-body .tc-btn-rounded svg {\n\tfont-size: 1.6666em;\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded:hover {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour background>>;\n\tcolor: <<colour muted-foreground>>;\n}\n\nhtml body.tc-body .tc-btn-rounded:hover svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-icon svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-text {\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-btn-big-green {\n\tdisplay: inline-block;\n\tpadding: 8px;\n\tmargin: 4px 8px 4px 8px;\n\tbackground: <<colour download-background>>;\n\tcolor: <<colour download-foreground>>;\n\tfill: <<colour download-foreground>>;\n\tborder: none;\n\tfont-size: 1.2em;\n\tline-height: 1.4em;\n\ttext-decoration: none;\n}\n\n.tc-btn-big-green svg,\n.tc-btn-big-green img {\n\theight: 2em;\n\twidth: 2em;\n\tvertical-align: middle;\n\tfill: <<colour download-foreground>>;\n}\n\n.tc-sidebar-lists input {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-sidebar-lists button {\n\tcolor: <<colour sidebar-button-foreground>>;\n\tfill: <<colour sidebar-button-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini {\n\tcolor: <<colour sidebar-muted-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini:hover {\n\tcolor: <<colour sidebar-muted-foreground-hover>>;\n}\n\nbutton svg.tc-image-button, button .tc-image-button img {\n\theight: 1em;\n\twidth: 1em;\n}\n\n/*\n** Tags and missing tiddlers\n*/\n\n.tc-tag-list-item {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tc-tags-wrapper {\n\tmargin: 4px 0 14px 0;\n}\n\n.tc-missing-tiddler-label {\n\tfont-style: italic;\n\tfont-weight: normal;\n\tdisplay: inline-block;\n\tfont-size: 11.844px;\n\tline-height: 14px;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n}\n\nbutton.tc-tag-label, span.tc-tag-label {\n\tdisplay: inline-block;\n\tpadding: 0.16em 0.7em;\n\tfont-size: 0.9em;\n\tfont-weight: 300;\n\tline-height: 1.2em;\n\tcolor: <<colour tag-foreground>>;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour tag-background>>;\n\tborder-radius: 1em;\n}\n\n.tc-untagged-separator {\n\twidth: 10em;\n\tleft: 0;\n\tmargin-left: 0;\n\tborder: 0;\n\theight: 1px;\n\tbackground: <<colour tab-divider>>;\n}\n\nbutton.tc-untagged-label {\n\tbackground-color: <<colour untagged-background>>;\n}\n\n.tc-tag-label svg, .tc-tag-label img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour tag-foreground>>;\n}\n\n.tc-tag-manager-table .tc-tag-label {\n\twhite-space: normal;\n}\n\n.tc-tag-manager-tag {\n\twidth: 100%;\n}\n\n/*\n** Page layout\n*/\n\n.tc-topbar {\n\tposition: fixed;\n\tz-index: 1200;\n}\n\n.tc-topbar-left {\n\tleft: 29px;\n\ttop: 5px;\n}\n\n.tc-topbar-right {\n\ttop: 5px;\n\tright: 29px;\n}\n\n.tc-topbar button {\n\tpadding: 8px;\n}\n\n.tc-topbar svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-topbar button:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-sidebar-header {\n\tcolor: <<colour sidebar-foreground>>;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-sidebar-header .tc-title a.tc-tiddlylink-resolves {\n\tfont-weight: 300;\n}\n\n.tc-sidebar-header .tc-sidebar-lists p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-sidebar-header .tc-missing-tiddler-label {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-advanced-search input {\n\twidth: 60%;\n}\n\n.tc-search a svg {\n\twidth: 1.2em;\n\theight: 1.2em;\n\tvertical-align: middle;\n}\n\n.tc-search-results {\n\tpadding-top: 14px;\n}\n\n.tc-page-controls {\n\tmargin-top: 14px;\n\tfont-size: 1.5em;\n}\n\n.tc-page-controls button {\n\tmargin-right: 0.5em;\n}\n\n.tc-page-controls a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-page-controls img {\n\twidth: 1em;\n}\n\n.tc-page-controls svg,\n.tc-search svg {\n\tfill: <<colour sidebar-controls-foreground>>;\n}\n\n.tc-page-controls button:hover svg, .tc-page-controls a:hover svg,\n.tc-search button:hover svg, .tc-search a:hover svg {\n\tfill: <<colour sidebar-controls-foreground-hover>>;\n}\n\n.tc-menu-list-item {\n\twhite-space: nowrap;\n}\n\n.tc-menu-list-count {\n\tfont-weight: bold;\n}\n\n.tc-menu-list-subitem {\n\tpadding-left: 7px;\n}\n\n.tc-story-river {\n\tposition: relative;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-sidebar-header {\n\t\tpadding: 14px;\n\t\tmin-height: 32px;\n\t\tmargin-top: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tpadding: 0;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-message-box {\n\t\tmargin: 21px -21px 21px -21px;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tposition: fixed;\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t\tbottom: 0;\n\t\tright: 0;\n\t\toverflow-y: auto;\n\t\toverflow-x: auto;\n\t\t-webkit-overflow-scrolling: touch;\n\t\tmargin: 0 0 0 -42px;\n\t\tpadding: 71px 0 28px 42px;\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/storywidth}};\n\t\tpadding: 42px 42px 42px 42px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-story-river {\n\t\twidth: auto;\n\t}\n\n\">>\n\n}\n\n@media print {\n\n\tbody.tc-body {\n\t\tbackground-color: transparent;\n\t}\n\n\t.tc-sidebar-header, .tc-topbar {\n\t\tdisplay: none;\n\t}\n\n\t.tc-story-river {\n\t\tmargin: 0;\n\t\tpadding: 0;\n\t}\n\n\t.tc-story-river .tc-tiddler-frame {\n\t\tmargin: 0;\n\t\tborder: none;\n\t\tpadding: 28px;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tc-tiddler-frame {\n\tmargin-bottom: 28px;\n\tbackground-color: <<colour tiddler-background>>;\n\tborder: 1px solid <<colour tiddler-border>>;\n}\n\n{{$:/themes/tiddlywiki/vanilla/sticky}}\n\n.tc-tiddler-info {\n\tpadding: 14px 42px 14px 42px;\n\tbackground-color: <<colour tiddler-info-background>>;\n\tborder-top: 1px solid <<colour tiddler-info-border>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-border>>;\n}\n\n.tc-tiddler-info p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-tiddler-info .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour tiddler-info-tab-background>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-tab-background>>;\n}\n\n.tc-view-field-table {\n\twidth: 100%;\n}\n\n.tc-view-field-name {\n\twidth: 1%; /* Makes this column be as narrow as possible */\n\ttext-align: right;\n\tfont-style: italic;\n\tfont-weight: 200;\n}\n\n.tc-view-field-value {\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 14px 14px 14px 14px;\n\t}\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -14px 0 -14px;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 28px 42px 42px 42px;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth}};\n\t\tborder-radius: 2px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\">>\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -42px 0 -42px;\n\t}\n}\n\n.tc-site-title,\n.tc-titlebar {\n\tfont-weight: 300;\n\tfont-size: 2.35em;\n\tline-height: 1.2em;\n\tcolor: <<colour tiddler-title-foreground>>;\n\tmargin: 0;\n}\n\n.tc-site-title {\n\tcolor: <<colour site-title-foreground>>;\n}\n\n.tc-tiddler-title-icon {\n\tvertical-align: middle;\n}\n\n.tc-system-title-prefix {\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-titlebar h2 {\n\tfont-size: 1em;\n\tdisplay: inline;\n}\n\n.tc-titlebar img {\n\theight: 1em;\n}\n\n.tc-subtitle {\n\tfont-size: 0.9em;\n\tcolor: <<colour tiddler-subtitle-foreground>>;\n\tfont-weight: 300;\n}\n\n.tc-tiddler-missing .tc-title {\n font-style: italic;\n font-weight: normal;\n}\n\n.tc-tiddler-frame .tc-tiddler-controls {\n\tfloat: right;\n}\n\n.tc-tiddler-controls .tc-drop-down {\n\tfont-size: 0.6em;\n}\n\n.tc-tiddler-controls .tc-drop-down .tc-drop-down {\n\tfont-size: 1em;\n}\n\n.tc-tiddler-controls > span > button {\n\tvertical-align: baseline;\n\tmargin-left:5px;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-tiddler-controls button.tc-selected svg,\n.tc-page-controls button.tc-selected svg {\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n}\n\n.tc-tiddler-controls button.tc-btn-invisible:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n@media print {\n\t.tc-tiddler-controls {\n\t\tdisplay: none;\n\t}\n}\n\n.tc-tiddler-help { /* Help prompts within tiddler template */\n\tcolor: <<colour muted-foreground>>;\n\tmargin-top: 14px;\n}\n\n.tc-tiddler-help a.tc-tiddlylink {\n\tcolor: <<colour very-muted-foreground>>;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor, .tc-tiddler-frame textarea.tc-edit-texteditor {\n\twidth: 100%;\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n\tmargin: 4px 0 4px 0;\n}\n\n.tc-tiddler-frame .tc-binary-warning {\n\twidth: 100%;\n\theight: 5em;\n\ttext-align: center;\n\tpadding: 3em 3em 6em 3em;\n\tbackground: <<colour alert-background>>;\n\tborder: 1px solid <<colour alert-border>>;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\tbackground-color: <<colour tiddler-editor-background>>;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\tborder: 6px solid <<colour tiddler-editor-border-image>>;\n\tcursor: crosshair;\n\t-moz-user-select: none;\n\t-webkit-user-select: none;\n\t-ms-user-select: none;\n\tmargin-top: 6px;\n\tmargin-bottom: 6px;\n}\n\n.tc-edit-bitmapeditor-width {\n\tdisplay: block;\n}\n\n.tc-edit-bitmapeditor-height {\n\tdisplay: block;\n}\n\n.tc-tiddler-frame .tc-tiddler-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/bodylineheight}};\n}\n\n.tc-titlebar, .tc-tiddler-edit-title {\n\toverflow: hidden; /* https://github.com/Jermolene/TiddlyWiki5/issues/282 */\n}\n\nhtml body.tc-body.tc-single-tiddler-window {\n\tmargin: 1em;\n\tbackground: <<colour tiddler-background>>;\n}\n\n.tc-single-tiddler-window img,\n.tc-single-tiddler-window svg,\n.tc-single-tiddler-window canvas,\n.tc-single-tiddler-window embed,\n.tc-single-tiddler-window iframe {\n\tmax-width: 100%;\n}\n\n/*\n** Adjustments for fluid-fixed mode\n*/\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n<<if-fluid-fixed text:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 0;\n\t\tposition: relative;\n\t\twidth: auto;\n\t\tleft: 0;\n\t\tmargin-right: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tbottom: 0;\n\t\tright: 0;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 42px);\n\t}\n\n\"\"\" hiddenSidebarText:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 3em;\n\t\tmargin-right: 0;\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 84px);\n\t}\n\n\"\"\">>\n\n}\n\n/*\n** Toolbar buttons\n*/\n\n.tc-page-controls svg.tc-image-new-button {\n fill: <<colour toolbar-new-button>>;\n}\n\n.tc-page-controls svg.tc-image-options-button {\n fill: <<colour toolbar-options-button>>;\n}\n\n.tc-page-controls svg.tc-image-save-button {\n fill: <<colour toolbar-save-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-info-button {\n fill: <<colour toolbar-info-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-edit-button {\n fill: <<colour toolbar-edit-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-close-button {\n fill: <<colour toolbar-close-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-delete-button {\n fill: <<colour toolbar-delete-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-cancel-button {\n fill: <<colour toolbar-cancel-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-done-button {\n fill: <<colour toolbar-done-button>>;\n}\n\n/*\n** Tiddler edit mode\n*/\n\n.tc-tiddler-edit-frame em.tc-edit {\n\tcolor: <<colour muted-foreground>>;\n\tfont-style: normal;\n}\n\n.tc-edit-type-dropdown a.tc-tiddlylink-missing {\n\tfont-style: normal;\n}\n\n.tc-edit-tags {\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tpadding: 4px 8px 4px 8px;\n}\n\n.tc-edit-add-tag {\n\tdisplay: inline-block;\n}\n\n.tc-edit-add-tag .tc-add-tag-name input {\n\twidth: 50%;\n}\n\n.tc-edit-tags .tc-tag-label {\n\tdisplay: inline-block;\n}\n\n.tc-edit-tags-list {\n\tmargin: 14px 0 14px 0;\n}\n\n.tc-remove-tag-button {\n\tpadding-left: 4px;\n}\n\n.tc-tiddler-preview {\n\toverflow: auto;\n}\n\n.tc-tiddler-preview-preview {\n\tfloat: right;\n\twidth: 48%;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tmargin: 4px 3px 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n.tc-tiddler-preview-edit {\n\twidth: 48%;\n}\n\n.tc-edit-fields {\n\twidth: 100%;\n}\n\n\n.tc-edit-fields table, .tc-edit-fields tr, .tc-edit-fields td {\n\tborder: none;\n\tpadding: 4px;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(odd) {\n\tbackground-color: <<colour tiddler-editor-fields-odd>>;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(even) {\n\tbackground-color: <<colour tiddler-editor-fields-even>>;\n}\n\n.tc-edit-field-name {\n\ttext-align: right;\n}\n\n.tc-edit-field-value input {\n\twidth: 100%;\n}\n\n.tc-edit-field-remove {\n}\n\n.tc-edit-field-remove svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n\tvertical-align: middle;\n}\n\n.tc-edit-field-add-name {\n\tdisplay: inline-block;\n\twidth: 15%;\n}\n\n.tc-edit-field-add-value {\n\tdisplay: inline-block;\n\twidth: 40%;\n}\n\n.tc-edit-field-add-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n/*\n** Storyview Classes\n*/\n\n.tc-storyview-zoomin-tiddler {\n\tposition: absolute;\n\tdisplay: block;\n\twidth: 100%;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-storyview-zoomin-tiddler {\n\t\twidth: calc(100% - 84px);\n\t}\n\n}\n\n/*\n** Dropdowns\n*/\n\n.tc-btn-dropdown {\n\ttext-align: left;\n}\n\n.tc-btn-dropdown svg, .tc-btn-dropdown img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-drop-down-wrapper {\n\tposition: relative;\n}\n\n.tc-drop-down {\n\tmin-width: 380px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\ttext-shadow: none;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-drop-down {\n\tmargin-left: 14px;\n}\n\n.tc-drop-down button svg, .tc-drop-down a svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down button.tc-btn-invisible:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down p {\n\tpadding: 0 14px 0 14px;\n}\n\n.tc-drop-down svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-drop-down img {\n\twidth: 1em;\n}\n\n.tc-drop-down-language-chooser img {\n\twidth: 2em;\n\tvertical-align: baseline;\n}\n\n.tc-drop-down a, .tc-drop-down button {\n\tdisplay: block;\n\tpadding: 0 14px 0 14px;\n\twidth: 100%;\n\ttext-align: left;\n\tcolor: <<colour foreground>>;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-prompt {\n\tpadding: 0 14px;\t\n}\n\n.tc-drop-down .tc-chooser {\n\tborder: none;\n}\n\n.tc-drop-down .tc-chooser .tc-swatches-horiz {\n\tfont-size: 0.4em;\n\tpadding-left: 1.2em;\n}\n\n.tc-drop-down .tc-file-input-wrapper {\n\twidth: 100%;\n}\n\n.tc-drop-down .tc-file-input-wrapper button {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-tab-buttons button {\n\tbackground-color: <<colour dropdown-tab-background>>;\n}\n\n.tc-drop-down .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour dropdown-tab-background-selected>>;\n\tborder-bottom: 1px solid <<colour dropdown-tab-background-selected>>;\n}\n\n.tc-drop-down-bullet {\n\tdisplay: inline-block;\n\twidth: 0.5em;\n}\n\n.tc-drop-down .tc-tab-contents a {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-block-dropdown-wrapper {\n\tposition: relative;\n}\n\n.tc-block-dropdown {\n\tposition: absolute;\n\tmin-width: 220px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\tz-index: 1000;\n}\n\n.tc-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\n}\n\n.tc-drop-down .tc-dropdown-item,\n.tc-block-dropdown .tc-dropdown-item {\n\tpadding: 4px 14px 4px 7px;\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-block-dropdown a:hover {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n/*\n** Modals\n*/\n\n.tc-modal-wrapper {\n\tposition: fixed;\n\toverflow: auto;\n\toverflow-y: scroll;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n}\n\n.tc-modal-backdrop {\n\tposition: fixed;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 1000;\n\tbackground-color: <<colour modal-backdrop>>;\n}\n\n.tc-modal {\n\tz-index: 1100;\n\tbackground-color: <<colour modal-background>>;\n\tborder: 1px solid <<colour modal-border>>;\n}\n\n@media (max-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 1em;\n\t\tleft: 1em;\n\t\tright: 1em;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n@media (min-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 2em;\n\t\tleft: 25%;\n\t\twidth: 50%;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n.tc-modal-header {\n\tpadding: 9px 15px;\n\tborder-bottom: 1px solid <<colour modal-header-border>>;\n}\n\n.tc-modal-header h3 {\n\tmargin: 0;\n\tline-height: 30px;\n}\n\n.tc-modal-header img, .tc-modal-header svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-modal-body {\n\tpadding: 15px;\n}\n\n.tc-modal-footer {\n\tpadding: 14px 15px 15px;\n\tmargin-bottom: 0;\n\ttext-align: right;\n\tbackground-color: <<colour modal-footer-background>>;\n\tborder-top: 1px solid <<colour modal-footer-border>>;\n}\n\n/*\n** Notifications\n*/\n\n.tc-notification {\n\tposition: fixed;\n\ttop: 14px;\n\tright: 42px;\n\tz-index: 1300;\n\tmax-width: 280px;\n\tpadding: 0 14px 0 14px;\n\tbackground-color: <<colour notification-background>>;\n\tborder: 1px solid <<colour notification-border>>;\n}\n\n/*\n** Tabs\n*/\n\n.tc-tab-set.tc-vertical {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tab-buttons {\n\tfont-size: 0.85em;\n\tpadding-top: 1em;\n\tmargin-bottom: -2px;\n}\n\n.tc-tab-buttons.tc-vertical {\n\tz-index: 100;\n\tdisplay: block;\n\tpadding-top: 14px;\n\tvertical-align: top;\n\ttext-align: right;\n\tmargin-bottom: inherit;\n\tmargin-right: -1px;\n\tmax-width: 33%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n}\n\n.tc-tab-buttons button.tc-tab-selected {\n\tcolor: <<colour tab-foreground-selected>>;\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-left: 1px solid <<colour tab-border-selected>>;\n\tborder-top: 1px solid <<colour tab-border-selected>>;\n\tborder-right: 1px solid <<colour tab-border-selected>>;\n}\n\n.tc-tab-buttons button {\n\tcolor: <<colour tab-foreground>>;\n\tpadding: 3px 5px 3px 5px;\n\tfont-weight: 300;\n\tborder: none;\n\tbackground: inherit;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-right: 1px solid <<colour tab-border>>;\n\tborder-top-left-radius: 2px;\n\tborder-top-right-radius: 2px;\n}\n\n.tc-tab-buttons.tc-vertical button {\n\tdisplay: block;\n\twidth: 100%;\n\tmargin-top: 3px;\n\ttext-align: right;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tborder-right: none;\n\tborder-top-left-radius: 2px;\n\tborder-bottom-left-radius: 2px;\n}\n\n.tc-tab-buttons.tc-vertical button.tc-tab-selected {\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-right: 1px solid <<colour tab-background-selected>>;\n}\n\n.tc-tab-divider {\n\tborder-top: 1px solid <<colour tab-divider>>;\n}\n\n.tc-tab-divider.tc-vertical {\n\tdisplay: none;\n}\n\n.tc-tab-content {\n\tmargin-top: 14px;\n}\n\n.tc-tab-content.tc-vertical {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-top: 0;\n\tpadding-left: 14px;\n\tborder-left: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 70%;\n\tflex: 1 0 70%;\n}\n\n.tc-sidebar-lists .tc-tab-buttons {\n\tmargin-bottom: -1px;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tcolor: <<colour sidebar-tab-foreground-selected>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border-selected>>;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tcolor: <<colour sidebar-tab-foreground>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border>>;\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\tborder-top: 1px solid <<colour sidebar-tab-divider>>;\n}\n\n.tc-more-sidebar .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tborder-top: none;\n\tborder-left: none;\n\tborder-bottom: none;\n\tborder-right: 1px solid #ccc;\n\tmargin-bottom: inherit;\n}\n\n.tc-more-sidebar .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tborder: none;\n}\n\n/*\n** Alerts\n*/\n\n.tc-alerts {\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tmax-width: 500px;\n\tz-index: 20000;\n}\n\n.tc-alert {\n\tposition: relative;\n\tmargin: 28px;\n\tpadding: 14px 14px 14px 14px;\n\tborder: 2px solid <<colour alert-border>>;\n\tbackground-color: <<colour alert-background>>;\n}\n\n.tc-alert-toolbar {\n\tposition: absolute;\n\ttop: 14px;\n\tright: 14px;\n}\n\n.tc-alert-toolbar svg {\n\tfill: <<colour alert-muted-foreground>>;\n}\n\n.tc-alert-subtitle {\n\tcolor: <<colour alert-muted-foreground>>;\n\tfont-weight: bold;\n}\n\n.tc-alert-highlight {\n\tcolor: <<colour alert-highlight>>;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-static-alert {\n\t\tposition: relative;\n\t}\n\n\t.tc-static-alert-inner {\n\t\tposition: absolute;\n\t\tz-index: 100;\n\t}\n\n}\n\n.tc-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: <<colour static-alert-foreground>>;\n}\n\n/*\n** Control panel\n*/\n\n.tc-control-panel td {\n\tpadding: 4px;\n}\n\n.tc-control-panel table, .tc-control-panel table input, .tc-control-panel table textarea {\n\twidth: 100%;\n}\n\n.tc-plugin-info {\n\tdisplay: block;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground-colour: <<colour background>>;\n\tmargin: 0.5em 0 0.5em 0;\n\tpadding: 4px;\n}\n\n.tc-plugin-info-disabled {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n\tbackground: repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n}\n\n.tc-plugin-info-disabled:hover {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n\tbackground: repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n}\n\na.tc-tiddlylink.tc-plugin-info:hover {\n\ttext-decoration: none;\n\tbackground-color: <<colour primary>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour foreground>>;\n}\n\na.tc-tiddlylink.tc-plugin-info:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info-chunk {\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-plugin-info-chunk h1 {\n\tfont-size: 1em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk h2 {\n\tfont-size: 0.8em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk div {\n\tfont-size: 0.7em;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info img, .tc-plugin-info svg {\n\twidth: 2em;\n\theight: 2em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-plugin-info.tc-small-icon img, .tc-plugin-info.tc-small-icon svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-plugin-info-dropdown {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tmargin-top: -8px;\n}\n\n.tc-plugin-info-dropdown-message {\n\tbackground: <<colour message-background>>;\n\tpadding: 0.5em 1em 0.5em 1em;\n\tfont-weight: bold;\n\tfont-size: 0.8em;\n}\n\n.tc-plugin-info-dropdown-body {\n\tpadding: 1em 1em 1em 1em;\n}\n\n/*\n** Message boxes\n*/\n\n.tc-message-box {\n\tborder: 1px solid <<colour message-border>>;\n\tbackground: <<colour message-background>>;\n\tpadding: 0px 21px 0px 21px;\n\tfont-size: 12px;\n\tline-height: 18px;\n\tcolor: <<colour message-foreground>>;\n}\n\n/*\n** Pictures\n*/\n\n.tc-bordered-image {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 5px;\n\tmargin: 5px;\n}\n\n/*\n** Floats\n*/\n\n.tc-float-right {\n\tfloat: right;\n}\n\n/*\n** Chooser\n*/\n\n.tc-chooser {\n\tborder: 1px solid <<colour table-border>>;\n}\n\n.tc-chooser-item {\n\tborder: 8px;\n\tpadding: 2px 4px;\n}\n\n.tc-chooser-item a.tc-tiddlylink {\n\tdisplay: block;\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-foreground>>;\n\tbackground-color: <<colour tiddler-link-background>>;\n}\n\n.tc-chooser-item a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n}\n\n/*\n** Palette swatches\n*/\n\n.tc-swatches-horiz {\n}\n\n.tc-swatches-horiz .tc-swatch {\n\tdisplay: inline-block;\n}\n\n.tc-swatch {\n\twidth: 2em;\n\theight: 2em;\n\tmargin: 0.4em;\n\tborder: 1px solid #888;\n}\n\n/*\n** Table of contents\n*/\n\n.tc-sidebar-lists .tc-table-of-contents {\n\twhite-space: nowrap;\n}\n\n.tc-table-of-contents button {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents svg {\n\twidth: 0.7em;\n\theight: 0.7em;\n\tvertical-align: middle;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents ol {\n\tlist-style-type: none;\n\tpadding-left: 0;\n}\n\n.tc-table-of-contents ol ol {\n\tpadding-left: 1em;\n}\n\n.tc-table-of-contents li {\n\tfont-size: 1.0em;\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li {\n\tfont-size: 0.95em;\n\tfont-weight: normal;\n\tline-height: 1.4;\n}\n\n.tc-table-of-contents li li a {\n\tfont-weight: normal;\n}\n\n.tc-table-of-contents li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n\tline-height: 1.5;\n}\n\n.tc-table-of-contents li li li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n}\n\n.tc-tabbed-table-of-contents {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents {\n\tz-index: 100;\n\tdisplay: inline-block;\n\tpadding-left: 1em;\n\tmax-width: 50%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n\tbackground: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a,\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tdisplay: block;\n\tpadding: 0.12em 1em 0.12em 0.25em;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a {\n\tborder-top: 1px solid <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-background>>;\n\tborder-bottom: 1px solid <<colour tab-background>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a:hover {\n\ttext-decoration: none;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour background>>;\n\tmargin-right: -1px;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a:hover {\n\ttext-decoration: none;\n}\n\n.tc-tabbed-table-of-contents .tc-tabbed-table-of-contents-content {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-left: 1.5em;\n\tpadding-right: 1.5em;\n\tborder: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 50%;\n\tflex: 1 0 50%;\n}\n\n/*\n** Dirty indicator\n*/\n\nbody.tc-dirty span.tc-dirty-indicator, body.tc-dirty span.tc-dirty-indicator svg {\n\tfill: <<colour dirty-indicator>>;\n\tcolor: <<colour dirty-indicator>>;\n}\n\n/*\n** File inputs\n*/\n\n.tc-file-input-wrapper {\n\tposition: relative;\n\toverflow: hidden;\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-file-input-wrapper input[type=file] {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tfont-size: 999px;\n\tmax-width: 100%;\n\tmax-height: 100%;\n\tfilter: alpha(opacity=0);\n\topacity: 0;\n\toutline: none;\n\tbackground: white;\n\tcursor: pointer;\n\tdisplay: inline-block;\n}\n\n/*\n** Thumbnail macros\n*/\n\n.tc-thumbnail-wrapper {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin: 6px;\n\tvertical-align: top;\n}\n\n.tc-thumbnail-right-wrapper {\n\tfloat:right;\n\tmargin: 0.5em 0 0.5em 0.5em;\n}\n\n.tc-thumbnail-image {\n text-align: center;\n\toverflow: hidden;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-image svg,\n.tc-thumbnail-image img {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n min-width: 100%;\n min-height: 100%;\n max-width: 100%;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image img {\n\tfilter: alpha(opacity=0.8);\n\topacity: 0.8;\n}\n\n.tc-thumbnail-background {\n\tposition: absolute;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-icon svg,\n.tc-thumbnail-icon img {\n\twidth: 3em;\n\theight: 3em;\n\t<<filter \"drop-shadow(2px 2px 4px rgba(0,0,0,0.3))\">>\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon img {\n\tfill: #fff;\n\t<<filter \"drop-shadow(3px 3px 4px rgba(0,0,0,0.6))\">>\n}\n\n.tc-thumbnail-icon {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tdisplay: -webkit-flex;\n\t-webkit-align-items: center;\n\t-webkit-justify-content: center;\n\tdisplay: flex;\n\talign-items: center;\n\tjustify-content: center;\n}\n\n.tc-thumbnail-caption {\n\tposition: absolute;\n\tbackground-color: #777;\n\tcolor: #fff;\n\ttext-align: center;\n\tbottom: 0;\n\twidth: 100%;\n\tfilter: alpha(opacity=0.9);\n\topacity: 0.9;\n\tline-height: 1.4;\n\tborder-bottom-left-radius: 3px;\n\tborder-bottom-right-radius: 3px;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-caption {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n}\n\n/*\n** Errors\n*/\n\n.tc-error {\n\tbackground: #f00;\n\tcolor: #fff;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize",
"text": "15px"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight",
"text": "22px"
},
"$:/themes/tiddlywiki/vanilla/metrics/fontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/fontsize",
"text": "14px"
},
"$:/themes/tiddlywiki/vanilla/metrics/lineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/lineheight",
"text": "20px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyleft": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyleft",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storytop": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storytop",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyright": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyright",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storywidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storywidth",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth",
"text": "686px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint",
"text": "960px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth",
"text": "350px"
},
"$:/themes/tiddlywiki/vanilla/options/stickytitles": {
"title": "$:/themes/tiddlywiki/vanilla/options/stickytitles",
"text": "no"
},
"$:/themes/tiddlywiki/vanilla/options/sidebarlayout": {
"title": "$:/themes/tiddlywiki/vanilla/options/sidebarlayout",
"text": "fixed-fluid"
},
"$:/themes/tiddlywiki/vanilla/reset": {
"title": "$:/themes/tiddlywiki/vanilla/reset",
"type": "text/plain",
"text": "/*! normalize.css v3.0.0 | MIT License | git.io/normalize */\n\n/**\n * 1. Set default font family to sans-serif.\n * 2. Prevent iOS text size adjust after orientation change, without disabling\n * user zoom.\n */\n\nhtml {\n font-family: sans-serif; /* 1 */\n -ms-text-size-adjust: 100%; /* 2 */\n -webkit-text-size-adjust: 100%; /* 2 */\n}\n\n/**\n * Remove default margin.\n */\n\nbody {\n margin: 0;\n}\n\n/* HTML5 display definitions\n ========================================================================== */\n\n/**\n * Correct `block` display not defined in IE 8/9.\n */\n\narticle,\naside,\ndetails,\nfigcaption,\nfigure,\nfooter,\nheader,\nhgroup,\nmain,\nnav,\nsection,\nsummary {\n display: block;\n}\n\n/**\n * 1. Correct `inline-block` display not defined in IE 8/9.\n * 2. Normalize vertical alignment of `progress` in Chrome, Firefox, and Opera.\n */\n\naudio,\ncanvas,\nprogress,\nvideo {\n display: inline-block; /* 1 */\n vertical-align: baseline; /* 2 */\n}\n\n/**\n * Prevent modern browsers from displaying `audio` without controls.\n * Remove excess height in iOS 5 devices.\n */\n\naudio:not([controls]) {\n display: none;\n height: 0;\n}\n\n/**\n * Address `[hidden]` styling not present in IE 8/9.\n * Hide the `template` element in IE, Safari, and Firefox < 22.\n */\n\n[hidden],\ntemplate {\n display: none;\n}\n\n/* Links\n ========================================================================== */\n\n/**\n * Remove the gray background color from active links in IE 10.\n */\n\na {\n background: transparent;\n}\n\n/**\n * Improve readability when focused and also mouse hovered in all browsers.\n */\n\na:active,\na:hover {\n outline: 0;\n}\n\n/* Text-level semantics\n ========================================================================== */\n\n/**\n * Address styling not present in IE 8/9, Safari 5, and Chrome.\n */\n\nabbr[title] {\n border-bottom: 1px dotted;\n}\n\n/**\n * Address style set to `bolder` in Firefox 4+, Safari 5, and Chrome.\n */\n\nb,\nstrong {\n font-weight: bold;\n}\n\n/**\n * Address styling not present in Safari 5 and Chrome.\n */\n\ndfn {\n font-style: italic;\n}\n\n/**\n * Address variable `h1` font-size and margin within `section` and `article`\n * contexts in Firefox 4+, Safari 5, and Chrome.\n */\n\nh1 {\n font-size: 2em;\n margin: 0.67em 0;\n}\n\n/**\n * Address styling not present in IE 8/9.\n */\n\nmark {\n background: #ff0;\n color: #000;\n}\n\n/**\n * Address inconsistent and variable font size in all browsers.\n */\n\nsmall {\n font-size: 80%;\n}\n\n/**\n * Prevent `sub` and `sup` affecting `line-height` in all browsers.\n */\n\nsub,\nsup {\n font-size: 75%;\n line-height: 0;\n position: relative;\n vertical-align: baseline;\n}\n\nsup {\n top: -0.5em;\n}\n\nsub {\n bottom: -0.25em;\n}\n\n/* Embedded content\n ========================================================================== */\n\n/**\n * Remove border when inside `a` element in IE 8/9.\n */\n\nimg {\n border: 0;\n}\n\n/**\n * Correct overflow displayed oddly in IE 9.\n */\n\nsvg:not(:root) {\n overflow: hidden;\n}\n\n/* Grouping content\n ========================================================================== */\n\n/**\n * Address margin not present in IE 8/9 and Safari 5.\n */\n\nfigure {\n margin: 1em 40px;\n}\n\n/**\n * Address differences between Firefox and other browsers.\n */\n\nhr {\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n height: 0;\n}\n\n/**\n * Contain overflow in all browsers.\n */\n\npre {\n overflow: auto;\n}\n\n/**\n * Address odd `em`-unit font size rendering in all browsers.\n */\n\ncode,\nkbd,\npre,\nsamp {\n font-family: monospace, monospace;\n font-size: 1em;\n}\n\n/* Forms\n ========================================================================== */\n\n/**\n * Known limitation: by default, Chrome and Safari on OS X allow very limited\n * styling of `select`, unless a `border` property is set.\n */\n\n/**\n * 1. Correct color not being inherited.\n * Known issue: affects color of disabled elements.\n * 2. Correct font properties not being inherited.\n * 3. Address margins set differently in Firefox 4+, Safari 5, and Chrome.\n */\n\nbutton,\ninput,\noptgroup,\nselect,\ntextarea {\n color: inherit; /* 1 */\n font: inherit; /* 2 */\n margin: 0; /* 3 */\n}\n\n/**\n * Address `overflow` set to `hidden` in IE 8/9/10.\n */\n\nbutton {\n overflow: visible;\n}\n\n/**\n * Address inconsistent `text-transform` inheritance for `button` and `select`.\n * All other form control elements do not inherit `text-transform` values.\n * Correct `button` style inheritance in Firefox, IE 8+, and Opera\n * Correct `select` style inheritance in Firefox.\n */\n\nbutton,\nselect {\n text-transform: none;\n}\n\n/**\n * 1. Avoid the WebKit bug in Android 4.0.* where (2) destroys native `audio`\n * and `video` controls.\n * 2. Correct inability to style clickable `input` types in iOS.\n * 3. Improve usability and consistency of cursor style between image-type\n * `input` and others.\n */\n\nbutton,\nhtml input[type=\"button\"], /* 1 */\ninput[type=\"reset\"],\ninput[type=\"submit\"] {\n -webkit-appearance: button; /* 2 */\n cursor: pointer; /* 3 */\n}\n\n/**\n * Re-set default cursor for disabled elements.\n */\n\nbutton[disabled],\nhtml input[disabled] {\n cursor: default;\n}\n\n/**\n * Remove inner padding and border in Firefox 4+.\n */\n\nbutton::-moz-focus-inner,\ninput::-moz-focus-inner {\n border: 0;\n padding: 0;\n}\n\n/**\n * Address Firefox 4+ setting `line-height` on `input` using `!important` in\n * the UA stylesheet.\n */\n\ninput {\n line-height: normal;\n}\n\n/**\n * It's recommended that you don't attempt to style these elements.\n * Firefox's implementation doesn't respect box-sizing, padding, or width.\n *\n * 1. Address box sizing set to `content-box` in IE 8/9/10.\n * 2. Remove excess padding in IE 8/9/10.\n */\n\ninput[type=\"checkbox\"],\ninput[type=\"radio\"] {\n box-sizing: border-box; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Fix the cursor style for Chrome's increment/decrement buttons. For certain\n * `font-size` values of the `input`, it causes the cursor style of the\n * decrement button to change from `default` to `text`.\n */\n\ninput[type=\"number\"]::-webkit-inner-spin-button,\ninput[type=\"number\"]::-webkit-outer-spin-button {\n height: auto;\n}\n\n/**\n * 1. Address `appearance` set to `searchfield` in Safari 5 and Chrome.\n * 2. Address `box-sizing` set to `border-box` in Safari 5 and Chrome\n * (include `-moz` to future-proof).\n */\n\ninput[type=\"search\"] {\n -webkit-appearance: textfield; /* 1 */\n -moz-box-sizing: content-box;\n -webkit-box-sizing: content-box; /* 2 */\n box-sizing: content-box;\n}\n\n/**\n * Remove inner padding and search cancel button in Safari and Chrome on OS X.\n * Safari (but not Chrome) clips the cancel button when the search input has\n * padding (and `textfield` appearance).\n */\n\ninput[type=\"search\"]::-webkit-search-cancel-button,\ninput[type=\"search\"]::-webkit-search-decoration {\n -webkit-appearance: none;\n}\n\n/**\n * Define consistent border, margin, and padding.\n */\n\nfieldset {\n border: 1px solid #c0c0c0;\n margin: 0 2px;\n padding: 0.35em 0.625em 0.75em;\n}\n\n/**\n * 1. Correct `color` not being inherited in IE 8/9.\n * 2. 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Aka lub or S1
At this time, the [[tricuspid valve]] and the [[mitral valve]] snap shut
The [[pulmonary valve]] and [[aortic valve]] are open
Shifts oxygen dissociation curve of hemoglobin to the right
Makes it easier to get rid of O,,2,,
Aka "dub" or S2
At this time, the [[pulmonary valve]] and [[aortic valve]] snap shut
The [[tricuspid valve]] and [[mitral valve]] are open
Aka S3
Made by blood sloshing around in the [[ventricles|ventricle]] during the middle third of [[diastole]]
Aka S4
Made by [[atrial kick]] during late [[diastole]]
Due to stiff [[left ventricle]] that has undergone [[hypertrophy]]; like from [[aortic stenosis]]
* 5-fluorouracil
* used to treat colorectal and pancreatic cancer and used topically for basal cell carcinoma
* Competitively inhibits [[thymidylate synthase]].
6-mercaptopurine
Inhibits DNA synthesis
Metabolic product 6-TGN is anti-inflammatory (slows growth of rapidly proliferating immune cells).
Seems more useful when combined with allopurinol (decreases diversion of 6-MP into degradative interaction with XO)
''Identification:''
"In the cavernous sinus it runs alongside the internal carotid artery. It then enters the orbit through the superior orbital fissure and innervates the lateral rectus muscle of the eye."
“Abducens Nerve.” Wikipedia, the Free Encyclopedia, February 8, 2015. https://en.wikipedia.org/w/index.php?title=Abducens_nerve&oldid=646144519.
''Action:''
Abducts and flexes the [[metatarsophalangeal joint]]
''Innervation:''
[[medial plantar nerve]]
''Identification:''
Its tendon forms the anatomical [[snuffbox]]
The abductor pollicis longus lies immediately below the [[supinator]] and is sometimes united with it.
Passing obliquely downward and lateralward, it ends in a tendon, which runs through a groove on the lateral side of the lower end of the radius, accompanied by the tendon of the [[extensor pollicis brevis]].^^[1]^^
[img[http://i197.photobucket.com/albums/aa49/Buisty/Upper%20Body%20Muscles/AbductorPollicisLongus.jpg]]
(http://i197.photobucket.com/albums/aa49/Buisty/Upper%20Body%20Muscles/AbductorPollicisLongus.jpg)
[1] “Abductor Pollicis Longus Muscle.” Wikipedia, the Free Encyclopedia, October 12, 2014. https://en.wikipedia.org/w/index.php?title=Abductor_pollicis_longus_muscle&oldid=629296670.
Hi! This is a personal notebook I've put together while studying for med school. It was built with the open-source project [[Tiddlywiki|http://tiddlywiki.com/]] and the awesome extension [[TiddlyMap|https://github.com/felixhayashi/TW5-TiddlyMap]].
[img[http://38.media.tumblr.com/f406ba98bcb73dcc62fdc1da6bc35c57/tumblr_mx7y36972G1rt5f2yo1_500.gif]]
[img[http://33.media.tumblr.com/b3d0304b40fb5a58b6f97f7c5df17e04/tumblr_mx7y36972G1rt5f2yo2_500.gif]]
You can download this notebook and tweak it as you wish within your web browser. I host it on [[Github Pages|https://pages.github.com/]].
Occurs when a cell is depolarized past the [[threshold potential]] such that it does not fire an [[action potential|nerve action potential]]
Occurs because [[depolarization]] closes the [[inactivation gate]] on the [[voltage-gated sodium channel]]
Blocks generation of [[angiotensin II]] by [[ACE]]
''Clinical Uses:''
* [[hypertension]]
* [[congestive heart failure]]
* [[diabetic nephropathy]]
''Adverse Effects:''
* [[hyperkalemia]]
Inhibits [[carbonic anhydrase]]
''Indications:''
* [[alititude sickness]] -- causes kidneys to lose more bicarbonate --> metabolic acidosis --> stimulation of lungs to breathe deeper and more frequently
* Made from two acetyl ~CoA
[[acetyl CoA]] + CO,,2,, + ATP -> [[malonyl CoA]] + ADP + P,,i,,
About 50% of the population are slow acetylators, which means it takes longer for them to excrete drug --> prolonged or toxic responses to certain amine drugs.
Broken down by [[cholinesterase]]
Caused by deficient vitamin B,,6,,, B,,12,,, and/or folate.
syndrome that results when the [[anterior pituitary]] gland produces excess [[growth hormone]]
''Clinical manifestation:''
* [[congestive heart failure]] -- dilation of ventricle
* swelling of hands
* [[paresthesia]] - soft tissue overgrowth causing nerve compression
* obstructive [[sleep apnea]] - due to craniofacial deformities, [[macroglossia]], and soft tissue expansion
* decreased libido/erectile dysfunction - enlarged tumor can decrease secretion of [[gonadotropin]]s by compressing that area of pituitary
* [[hypertension]]
* visual disturbances like [[bitemporal hemianopsia]] - result from compression of optic chiasm leading to bilateral peripheral vision loss
* [[diabetes mellitus]]
* [[arthritis]] - stress on joints
''Testing:''
* Measure [[IGF-1]] (expect it to be elevated in acromegaly) - Measure this first because GH levels are unstable
* If IGF-1 is elevated, measure serum GH after administration of glucose (expect failure of GH suppression by glucose)
* If GH is also high, acquire MRI of pituitary gland (expect somatotroph adenoma) --> may extend to parasellar or suprasellar spaces (lifting the [[optic chiasm]])
* Want to check on [[cortisol]] and [[TSH]] production
''Etiology:''
* Most commonly [[somatotroph adenoma]] -- tumor of GH-producing cells
''Treatment:''
* Resection of adenoma via transsphenoidal surgery <-- especially if adenoma is compressing the optic chiasm
**Benefit -> indicated for emergent threats to optic chiasm
* Medication
** [[somatostatin]] analogs inhibit growth hormone secretion and shrink somatotroph tumors
** pegvisomant blocks binding of growth hormone to its receptor
* Last choice is radiotherapy
**Harm -> secondary loss of function to pituitary
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L5MJ7NIep/n+ldJqd3FY6bNPOzqirgmMZYZ4GPzql4Y0gaLoMFsw/fMPMmPq56/lwPwqe5lafVbe1trxI3i/ezwlMl04xz25rm96FK/2pfm/mtv0DCU3vP1f9a+hY0+3Nrp8MJmknKr/AKyT7zZ55qxRRXTGKjFRXQuTcm2woooqhBVCSOSHXIpYLOMpMhWe43YYY+6Md/8APpV+sjXmtpLfymYvdwj7RDAjfMxXvjqRz/OsayfJzLpr93yZtR1ny99CxqGs2um3Vpb3HmGW7k2RqiFvxPtyPzpNM0r+zpruU3U1w91L5h81uF9AB/noPSk0WO8bSbd9XdJrr7+7ZgpnoPqAcVo1tdNaDm+ROnH5+epz/jT/AJANt/2FtN/9LoKpaWf7I+IWoaeflh1GMXMQ/wBrnP8A7N+VXfGn/IBtv+wtpv8A6XQVU8bI1mdN1yFSWsLgCTHdG6/4f8CrCvolPt/TOCvpFT/ld/l1/A6uq5sbU3wvfIj+1KhQS7fmx6VNHIssayRncjgMpHcGnVudKk1sY0V3eaLpd1deIrmOZI5co0MeDtJ44/H/AOua1be4juraO4gbdFKoZGwRkHpwaeyhlKsAQRggjrVC90uS5vrK4gvZrZLVvmhj4WRfQ/lT3NbwqP3tH+H3GhRWfbajPNq91Zy2E0MUIDJcN92Qf5z+XarsM0VxCstvIksbDKujAg/iKREoSjuPooooICiiigAooooAKKKKACuf8af8gG2/7C2m/wDpdBWlrGtad4f0yXUNZu47S1iGWkkP6AdSfYc0aqmnzaWZNYKR2kLx3LNK5jCNG6yIxORjDKp9OMGgC9XJ/EHxDN4d8P2moWt4lqn9p20VxKQrARGQCQHIOOM89RVrz9S8THbZ+dpekHrckbLi6H+wpGY0P94/MewXhqr+JfB0epeHrDSdIhtYILbUILp45c7XRJA754O5jz16k8mjqvVfmPo/R/kU/DPiPUfGN1ca/ps7R6BbGSG2soVjM1868FnL/wCrGfurlT3YgcVo+GPEOo6xfalDf6Le2cdvcuiSzNBtQBUIQ7JWJb5ic4xjvSReG7zS/HL6vokkCafqKY1O0kYrmRR8k0YAI3Y4YHGRg9a6amrfh/X9f8MJ7nNaz44stHvLu3Gn6jfiwjEl9LZxK6WikZBfLAk7ecKGOO1R3vj7T7aecWlhqOpwWqLJd3VlCrx2ysoYbssCTtIbChiAar3mgeJbDWdYuPC9zp6RayySSS3ZfzLSQIIy6KFIk4UHaxXkdwail8NeJdOn1aLQbnTprbWG82ee+LrLBKY1jd1VFKuCFDbSVweOlTrb+t+3p5j0v/X9f199u8+IFhBqMtlYabqeqyR2kd4WsYkZDC+7DBmdR/D06nPAPOHN4/06Y2w0my1HVjPapeN9ihVvIhfO1n3MvXB+UZbg8VFoHgyTQNUvGgljeyfSrWwt9zHzMxCQEsMYwd46E96y9C8G+JPClvaPo0ml3Fw+mwWV6lzJIqK8W7bJGyoS3DkFSBnA5FVK2tv63/4H9bJba/1t/wAEu+BPGh1rS9Ht9Qea4v8AULa4u1m8pUQxxzbMEDGDhl7djmrn/Cf6fJHGLGw1C9u5bi4gjs7eNDK3kvskflwoUHHJYZyOM8Vh6R4J8R+H4dCubCbTLu/0+3ubW4SeSSON1llEgdSqEgjaPlIxyeaNI8E+I9AkttTs7jTLvVI3vFmileSOGWOebzQQwVirAgcYI5Iz3odr/f8Anp+gdP6+ZbT4hvfeK9BtNM066ksNQiuDcM8aK8MkbBSpy4I2HO7g9RjPNadl46s7vUrO1k0zU7SG/do7O8uYVWK4YKWwMMWGQpI3KM4qjL4a8Sy6noepT6jZ3F7ax3UV25BjCLMVwYgFO7ZtAAbGepNYmnfDvXLbU9CvriHRmudKuQ8139omknvVKMjMzsvyn5t2zkE4+YYoX9ff/wAN/wAEHtp/X/D/ANWOgsPiTpuoNZuum6pDZXlx9ljvpoEWHztxUITvLckYyBtz3qd/H2nJfiIWWoNZfaxZHU1iX7MJt2zbndu+98u7btz3qhB4K1GPwTo2jtNa/aLDVI7yVg7bCizmQgHbnOD3A571Jpnh7xPoxXStNvbCLRxfPc/avma58t5DI0OwqU5LFd+7OO2aF+v+X/B/rcfl/W//AAP62uf8J9Yfav8Ajw1E6f8Aafsv9q+Sv2bzN+zGd2/G/wCXdt25711FeZ2vwyms7tbWHS/DL2i3hnGqTWayXvlmTf5e1oypPO3fu6c4zXplJfCD3CiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAyJv+PiT/AHj/ADplPm/4+JP94/zpldS2OZ7hRRRQAUUUUAFFFFABRRRQAUUUUAU/CH/IU8U/9hZP/SK1rpq5nwh/yFPFP/YWT/0ita6auaW7OhbBRRRSGFcdAf8AhKvGpuPv6bpB2x+kkvr+Yz+A9au+LtYlt4I9J0zL6jf/ACIFPKKeC3t35+p7VqaHpMWiaRDZQ87Bl3/vseprnl+8nydFv+i/U5pfvanJ0W/6L9S87pFGzyMqIoyzMcACqempLIZbq7S3MkjERSQjlov4cn9aTUTJcNHaQwxXEUjbboO+CiHvjOauxRJDEkUShEQBVUdABT1nU8l+Z3/DDzf5DqKKK3MQooqhqusWujxwNd+YfPlESCNCxyf8/WgqMZTfLFXZJqd1PZ6bNPaWzXUyLlIl6saig063nuodVubJYdQMQVjncUyORnpkdM0WWlfY9Tvbw3U0xumB2O3yxgdgP88VoUzRyUFywfz1+4zNIkSIz6ebqa6ntW/ePKOcNyOa06ztQlezuoLyS7SCzTKzoyZ3k8Lz9a0QcjI5Fc9H3U6fb8unVvyu92mFXVqff8+vRevzOf8AGn/IBtv+wtpv/pdBWtqlimp6Vc2Un3ZoymfQ9j+BwayfGn/IBtv+wtpv/pdBXQVs0mrMwaTVmc54HvnufD4tbji4sHNvIp6jHT9OPwro65Ef8SH4in+G11mP6ASj/P8A4/XXVjRb5eV7rT+vkY0G+Tle60/r5BRRRW5uNdFkjZHG5WBBB7ismTSZtL0VrbwwIreXzPMHm5YHnkZOewx9K2KKdzSFSUNtu3QzptYhsr6ysL3cbq6XgxRkpuHX6Dr+XNaOaQqCQSASORx0rPg0iKz1K81C3eVp7pfmSSQ7Mj2/Ie1Gg/ckuz/N3/A0aKxotVutM0J7zxMscMkb7T9nywIJABxWrBPHc28c0Jykqh0JBGQRkcHmiwpU5R16bX6ElFFY3izxLZ+EfC95rWon91bJlUB5kc8Kg9ycD260jM2axtQ14peNpujQf2hqQHzoG2xW3HBlf+H2UZY9hjJHivwr+JHiTxh4gudC1S8uUt7yd7g3VtAXeAHnyQ/SNDg4YgkYwMEgj3nTtNs9JsltNOt0ghUltqjqxOSxPUknkk8k9aAOZ1vwxNN4c1Ka7Da1rNzavbrkBEQONpSJScIpB5JOSPvMccWpLLDQ6r4yuI3Inijt7OIM1vbySSKkfbMj7mUb2AA6gLya6auf8af8gG2/7C2m/wDpdBQB0FFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAGRN/x8Sf7x/nTKfN/x8Sf7x/nTK6lscz3CiiigAooqjqWt6VowjOr6nZ2Alz5ZurhYt+OuNxGeooDcvUVnWniLRb+1nubHWLC5gtxmaWG6R1iH+0QcDp3qxY6hZanai5027gvIGJAlt5VkUke4OKALNFFQ3V3bWNs9zfXEVtAmN0szhFXJwMk8DmgCaiobm8trKETXlxDbxFlQPK4VSxOAMnuTwKmoAp+EP+Qp4p/7Cyf+kVrXTVzPhD/kKeKf+wsn/pFa101c0t2dC2Cs3XdbttB01rq5O5jxFEDzI3oKra34qsdH/cqTd3rHCWsPLE++On8/aqOj6BeX2pDWvExD3I/497X+GAduPX/PXpzzqNvkp7/l/XYwnUbfJT3/AC/rsP8AC+jXPnS67rQ3ajdjKoR/qU7ADscfkPxrobidYI/vJ5jZEaMwXe2OAM1Hf39vptt5925SPcFyATyfpUEVnLc3LS6pHDJ5Mxa125yi9ifepuofu4av+tX662OqjRVOF3t+b/rcdp1pt3XtzbLBfXAHnhWyOOAOuOnpV6iitoQUI8q/rz+YTk5u7Ciiqmo3M8Gn3D6fCLm5jXKw7sZP+ecd6sIxcnZEkt5BHcpatPGlxKpMcbHlse1VtIt9QjsiutTRXE/msylEwFGeKW2sY7iS21G/s4k1FYtrEHdsz1AP+epq/TLk1Fcsfn/wH2CiiikZEc8MdxC0c0aSKf4XXIP4VV024l2/ZdQuIJL6MbpFi/u54OPyq9VK9tZ/MWfTVgS5LKJHkX70fcZH4VjUTTU4/wBL/P8A4JrBprkf9f1/kZnjT/kA23/YW03/ANLoK6CuY8UX1vqHhm2ms5RLH/bGnLuAI5F9B6109aRkpLmi7ozlFxdnuc9410573QGuLbIurFhcRMOox1/Tn8BWpo+opq2j217HjEyAsB/C3Qj8DmrpAIIIyD1BrkPDROh+JL/w9KcQuftNnk9VPUD/AD/Caxl7lVS6PT59Dml7lVS6S0+fQ6+iiiug6AooooAKKKKAEZQylWAIPBBHWqF/o1tqNzZzzGRXs33xiN9o7cEenFaFFBUZyg7xZnquqjXXLvAdMMfyqAfMDcf/AF/XpWHqWl6F41zJ4k0+4a20mVnEN2SkJbB+crkbsL/e4GT611lMmhjuIXinRZI3G1lYZBFMvni17y7bFbSrfTbXTo49EhtYbMD92toqrGPoF4q5WXeaHFNpCafYTy6fHG25GtzgjqcfTJzUl0uqrfWQsGgNopxc+bkuRxyPfr+dA+SEn7su+/8AXU0K5/xp/wAgG2/7C2m/+l0FaKajM2uSWDWEyxJHvW6P3H6cdOvP6VgeJ9asdQ0E/Zps/ZNZ01ZiykBcX0Pc8HoaLMl0ppXt/TOuoqOC4huoRLbTRzRno8bBgfxFSUiGmnZhRRRQIKKKKACiiigAooooAKKKxfEviaDwzBZPNZXl9JfXS2sENmqF2cgkffZRj5T3oA2qK53T/GMV3rkGk3+kanpF3cxvJbrfJHtmCY3BWjdxkAg4OK6KgAopGYKpY9AMmszTvEFtq0On3GmwXM9pfxNLHdCPEaAYwGyQQTnjjselAGpRRRQAUUUUAFFFFABRWfr2s2/h7QbvVr1JXgtI/MdYQCxHsCQP1q+p3KCOhGaAFooooAKKKKACiiigAoqmdWtBrg0jzD9sNubkJtOPL3bc56de1XKACiisqw8Q22qw2M+mw3NzbXjSKLhY8JFsJB35IIyQQMA0AatFFZ2g61b+IdGh1OySVIZi4VZQAw2sVOcEjqp70AaNFFFAGRN/x8Sf7x/nTKfN/wAfEn+8f50yupbHM9wooooAy9V1i402ZI4ND1LUgy7i9n5O1fY75FOfoKzb7xFCugahqmseH7y0jsIjIqX6QkynsF2O3OQBzjqK6aqep6VZ6zYmz1KHz7cujlNxXJVgy9CO4HFKzsNNXODutDGm6FoEWoxxmTVNZhm1XCgK7kMyoR/dDBFA9h61u6LGlt8SPEEFmipbtaWssqIMKJj5gJx6lVXP0FdDqWm2er2EllqMCz28mNyNkdDkEEcggjII5FQ6Roen6FBJFpkBjEr75HeRpHkbGMs7kseBjk01v/XZK34A3df13vc4jXta8RxS+Lryy1kW9voTRvb2wtY2EmYldldiM7SSemDyeegq6IdR1HVb3wvruo/2ja6lpBuNzQJGYXLbCF2gfLyCN2SMdTXTXHhzSrqHU4p7Xcmq4+2DzGHm4UKOh44AHGKsrpdmuqLqKw4u1t/swk3HiPO7bjOOvfrU8vR/1o/1sNy6rf8A4K/4J57pF9N4quvDGjXnzS6R5lzqi+ksBMSA/V8t+Fdve2/iGS8dtO1TTILY42Rz6bJK68c5YTqDzn+Ef1qWx0DTNM1S/wBRsbRYbvUGVrqUMSZCowOCcD8MVo1WrWu/X1J0vpt09DnPDFt4ie78Srb6rpsco1JRI7ac5DP9jt/mUed8oxtGDu5BOecC3P4X8V31r5d34tVHz8xhsyFYemFdT+pq54Q/5Cnin/sLJ/6RWtdNXNU996lOjCa1v97/AMzmvDPhSTQJ2eeexucoR5kdm8cpbI53NK4x14AHarn2XxN/0F9J/wDBVL/8kVs0URfIrRS+5FRowjHljovVmF/Y+rwXLz2OpWSvOqmf7RYvKDIM5KATLtX0U5I9TV21h1hILgXt9YzSsuIHisnjWNsHlgZW3DOOAV6HnnjQopRtFcsUvuRpJcz5m397Mb7L4m/6C+k/+CqX/wCSKmu4Nde6drDUdPhtzjZHNp7yOOOcsJlB5z2H9a06Kvnf9JE+zVuv3sz0h1gadIkt9YtelsxzLZOI1Xjgx+aST153DqOOOc3RvD+paZrFxez6jZTrduWnSOykRjwcBSZmAAJz0Pccduioo53r/kUrpWTf3syZrfxC08ht9U0xIixKI+myMyrngEicZOO+B9BUzw6wdOjSK+sVvQ2ZJmsnMbLzwI/NBB6c7j0PHPGhRRzv+kieRf02Z9hDrEc7HU76xuItuAlvZPCwbI5yZX4xnjH41W+y+Jv+gvpP/gql/wDkitmijnd/+Ag5Fa2v3sz7qHWHgtxZX1jDKq4neWyeRZGwOVAlXaM54JbqOeOS1h1hILgXt9YzSsuIHisnjWNsHlgZW3DOOAV6HnnjQopcztYfIr3/AFZyepeGNd1IQLJrenwxQ3EVx5UOluqu8ciyKWHn8/Mgrcv4dYknU6ZfWNvFtwUuLJ5mLZPORKnGMcY/GtCiknZ3X5A43Vm397M9IdYGnSJLfWLXpbMcy2TiNV44Mfmkk9edw6jjjnl/E+l+IYhba4b6wuJdNcSFILF4mZMjcMmZu3t3NdxSMoZSrAEEYII60p3lFx/RGdSjGcbfqzEhuNW1eCO+0fU9Ois5lDJHNYPK6HHILCZQTnPYf1q48OsHTo0ivrFb0NmSZrJzGy88CPzQQenO49DxzxzUDt4I11reck6JfPmJz0t39D7f057Gu1BDKCpyDyCO9RSrOSs91voiaTU01LfrqzMtINdS6Rr/AFHT5rcZ3xw6e8bnjjDGZgOcdj/Wofsvib/oL6T/AOCqX/5IrZorbnf9JGvs1br97M+6h1h4LcWV9YwyquJ3lsnkWRsDlQJV2jOeCW6jnjlltBrq+b9r1HT5cxkReVp7ptfszZmbco7qME+orTopcztb9A5Fe/6sxvsvib/oL6T/AOCqX/5Iqzfw6xJOp0y+sbeLbgpcWTzMWyeciVOMY4x+NaFFPnd/+Ag5Fa2v3sz0h1gadIkt9YtelsxzLZOI1Xjgx+aST153DqOOOYYbfxCs8ZuNU0x4gwLommyKzLnkAmc4OO+D9DWtRRzv+kg5F/TZmXcGuvdO1hqOnw25xsjm095HHHOWEyg857D+tPeHWDp0aRX1it6GzJM1k5jZeeBH5oIPTnceh4540KKXM/6Qci/pszLSDXUuka/1HT5rcZ3xw6e8bnjjDGZgOcdj/Wuc8b2GrPpGHvNNNrNqlioi/s9w/N5EE3N52GwSM8DIBA25yO2rn/Gn/IBtv+wtpv8A6XQU+d3v+iGoJaJv72N1Dw1cXHh+HSbC6s7SLGZ82juHbIOUAlBUZBOCW6jnjlE0DWHitYLvXIlgtVUILO1eF3xgfMxlbIwDxgda6Oo554raFpriRIo0GWd2wB+NHtHaxp7SafNzPvuYMumeKnvorhfEGnoiAgwrpjhG9yPPyevqOlVfEGoapod9NeNr1lDZyL+5s5rEzOW46bZEPbucc0lz4qvNXnay8JWxnYHD3soxHH7jP9fyNW9I8IwWlz9v1WVtR1Fjkyy8qh/2Qf5/liud4ic3aml62Vv+CcntXNONLXpd3t8v+AM8P3fibVNHuJ9QNjZzOy/ZCbN8be7MhlycjgcjHXmr8Nv4hWeM3GqaY8QYF0TTZFZlzyATOcHHfB+hrWoraMpJWevyRpGnZJNt/MzLuDXXunaw1HT4bc42Rzae8jjjnLCZQec9h/WjyNd+w7P7R0/7X5mfN/s9/L2Y+7s87O7PO7djHGO9adFVzv8ApIrkV/8AgszLSDXUuka/1HT5rcZ3xw6e8bnjjDGZgOcdj/WmTW/iFp5Db6ppiRFiUR9NkZlXPAJE4ycd8D6Ctaijnd7/AKIORWtr97Kwjvt9puubcqqkXQFuwMrY4KHf8gzk4O7jjPeuO+JsEtzJ4UhtrqSzlfXYgk8aqzRny5OQGBU/iDXdUVO7T7f53LWia7p/lY8x1PTtW0n4i6R5+sz6zcXWm30dk15FFH9nmCqQV8tVUluhyCcCud8Kw241LRZLPVLc64AzajBYaXIL3/Vt5i3Mj3BH3u5X723AxXuFFL+vz/z1H/X9foeJeDY9LbXLOwgi0/WWvLaaK8nt1kiulUoSftsTFgxJ4ySPmPAqnoMenxeHfD0empCjromqrdrEACJwke4MP73TOa95opS1TXl/n/mOLs7nk+l6NbaLP4Du9Fi8i/1K1dLqfcS1z/ohceYT97DAEZ6Y4rDtj4djt/CSIdviw6vbDVQS3nmTcd/ne277ueOmK90IyCD0NczaeBrS3v7WefVNUvoLOUzWtndTq8UD84IwoZsZONzNir5rz5vNP7nexny+5y+Vvw3M7x9YW+qeIPCFlfIZLebUpRJHuIDj7PIdpx1BxgjuOK4uTQdO07QNa1Gyt/KutM8SpBYShzm0i8+LKR8/Kp3tkDg5r2uilHR3/rdf5fiU9Vb+uv8An+B4brcCya3rZ1nVLO21/wC3uLBDpss9/wCXkeSbZvPRcYx0XGd27vVvxLo1pdQ/EbU7yMy39gIXtZixBt5BbId6AH5Wzjkc8AZr2eiktFb+un+RV/eueK+MtJs9Di1yz0mE28N34Z8+4SMk+dKJlHmN6vgn5upzUl8uhMb5/Am37MNBvv7YMO7aW8seX5uf+Wu7d1+bG7NezUUnqrev43/zFF8rT9P0/wAjxrUdP0LSdM8N2N1a2UdvfWZu5rnWJZHtppykY+Zf+WkpHQEjABwKraHDBrWk+EtL1F/tEUWv3tvLAN8e1BHMVjKMdyrt2/Ix+6QDxXt1FXzat/1v/SJStFL+trf8E8U1WzawGraVZvDZeHbTxBGt1HLC8tvBC1qrYZFdT5fmEEjcBzzxkV1/wyit4v7X/sq+t7vSzMnkfYbJre0V9vz+TulfI6ZxgZzjPNd5RSTsv68v8hvX+vX/ADPF9VPhM+J/HCeItran9oQ6crbvM3/Zk2+Rj/lpux93n7vap2GlrdXg+KxB1IWdv/Z5n3Z/1K7/ACMf8tfN3Z2/N93tivUNN0S20vUNTvLd5Wk1OdZ5g5BCsEVMLgDAwo655rRpfZt5L8unmO+t/U8Ru7K9i1Kyub2BE8WXHhOT7NLIoEz3a8fKe8gTPTmp/DEGnLrEL6DqlhNJ9gnN/FpmmSREjy+Bcu9w2H3dMqWzu7Zr2eih6pr1/G/+Ylo18vwt/keOaFoGm2GifDu9trVVutT2wXsxJLXMT2rko5P3l4GAeBgYqj4X/s/TbPwx/ZNspubafVftVvaACUyrG2FI7PtCgZ9q9xopyfM3bqJK1vI8N8L3mn2/jLwrdabNpcAu2khvTZ+a0hdoWKx3E7EB33AfKQGyOK9G+GH/ACTyw/35/wD0c9dZRQ2FtQooopDMib/j4k/3j/OmU+b/AI+JP94/zpldS2OZ7hRRRQAUUUUAFFFFABRRRQAUUUUAU/CH/IU8U/8AYWT/ANIrWumrmfCH/IU8U/8AYWT/ANIrWumr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''Reactants that increase during acute phase inflammation:''
* C-reactive protein
* Ferritin
* Fibrinogen
* Hepcidin
* Serum amyloid A
* treated with hematin
* example of how sometimes treating the symptoms (neuropsychiatric), makes the underlying condition worse
Not super common
''Characteristics:''
* interstitial [[edema]]
* cellular infiltrate consisting of [[neutrophil]]s and [[eosinophil]]s
* tubular dilation with cell damage
* active sediment consisting of crystals, bacteria, and WBCs
*hallmark finding is WBC casts in urinalysis.
[img[http://www.udel.edu/mls/mclane/mclwbccast.JPG]]
''Pathophysiology:''
Infiltration of interstitial space with inflammatory cells --> [[edema]] or possible fibrosis
[img[http://www.nature.com/nrneph/journal/v6/n8/images/nrneph.2010.71-f2.jpg]]
''Etiology:''
* allergic reactions -- commonly from antibiotics
* infection
* Infiltration by malignant cells
[[Intrinsic acute renal failure|intrarenal azotemia]] due to infection in interstitium
Has a risk of progression to [[renal papillary necrosis]]
[img[http://2.bp.blogspot.com/-0azRVK1N5tg/T449-5m1FRI/AAAAAAAAHc8/cOUOfjAYoVk/s1600/acute_pyelonephritis_02.jpg]]
Severity assessed with [[RIFLE criteria]]
Most common cause is [[acute tubular necrosis]]
''Tests:''
* Always check the medication list!
* Urinalysis
* Ultrasound -- look for stones, edema, inflammation, shrunken kidneys
''Classes:''
* [[prerenal azotemia]]:
** BUN:Cr > 15
** FENa < 1%
** Urine Osm > 500 mOsm/kg
* [[intrarenal azotemia]]:
** BUN:Cr <15
** FENa > 2%
** Urine Osm < 500 mOsm/kg
** Active sediment seen in urinalysis
* early [[postrenal azotemia]]:
** BUN:Cr > 15
** FENa < 1%
** Urine Osm > 500 mOsm/kg
* late postrenal azotemia:
** BUN:Cr < 15
** FENa > 2%
** Urine Osm < 500 mOsm/kg
''Categories of Intrinsic:''
* Glomerular
* Tubulointerstitial
* Vascular
Aka ATN
A form of [[intrarenal azotemia]]
ATN is reversible but there may be a need for acute [[dialysis]] to correct for [[hyperkalemia]]. Oliguria may persist for 2-3 weeks because tubular epithelial cells are [[stable|stable cell]] and require time in order to reenter the [[cell cycle]].
''Clinical Findings:''
* [[oliguria]] with brown, granular casts
* elevated [[BUN]] and serum [[creatinine]]
* [[hyperkalemia]]
* Biopsy would show dilated tubules with cellular debris inside
[img[http://dxline.info/img/new_ail/acute-tubular-necrosis_4.jpg]]
''Risks:''
* altered mental status
* uremia
* [[metabolic acidosis]]
* [[hypercalcemia]]
* [[arrhythmia]]
* fluid overload
* [[pulmonary edema]]
* [[hyponatremia]] from too much fluid
''Etiology:''
* Ischemic (predominate injury is actually apoptosis):
** sublethal injury to the endothelia tirggers release of [[endothelin]]
* Nephrotoxic:
** [[aminoglycoside]]s
** [[radiocontrast dye]]
** [[myoglobin]] (from crush injury)
** heavy metals
** [[ethylene glycol]]
** [[urate]] (like from [[tumor lysis syndrome]])
Antiviral drug used for treating [[herpes simplex virus]]
Base dosing off of [[ideal body weight]].
Make sure patient has renal function
* ADA = adenosine deaminase
* Converts [[adenosine]] into [[inosine]] and [[NH3]]
* Deficiency causes severe combined immunodeficiency
Actions are to adduct the [[thumb]], flex the metacarpophalangeal joint, and flex the carpometacarpal joint.
It has a transverse head and an oblique head:
[img[http://i1251.photobucket.com/albums/hh551/vladimirzec/Anatomija%20ljudskog%20pokreta/Adductorpollicis_zpsde216ad9.jpg]]
The displacement of endometrial glands and stroma in the [[myometrium]]
Aka antidiuretic hormone or vasopressin
Boosts [[blood pressure]]
Secretion triggered by a rise in plasma osmolality. Sensed by hypothalmic osmoreceptors
''Target effects:''
* Moderately increases systemic [[vasoconstriction]]
* Stimulates the Na^^+^^,K^^+^^,2Cl^^-^^-symporter in the [[TALH]]
* Increases permeability of [[distal tubule]] and [[collecting duct]] to water --> increases water //reabsorption// (which can decrease [[flow]] through this region)
Aka autosomal dominant polycystic kidney disease
''Extra-renal manifestations:''
* Extrarenal cysts (within the liver, pancreas, and spleen)
* Intracranial berry (saccular) aneurysm
* Mitral valve prolapse
* Colonic diverticula
''Etiologies:''
* Most often a mutation in //PKD1// gene that codes for polycystin-1. This protein facilitates adhesion between renal tubular epithelial cells along with others throughout the body.
Stimulated by [[ACTH]]
''Layers:''
* Glomerula - [[aldosterone]]
* Fasciculata - [[cortisol]]
* Reticularis - [[sex hormones]]
Aldosterone axis is spared in secondary classification
''Etiology:''
* Primary:
** Autoimmune -- [[goiter]] and [[hypogonadism]]
''Symptoms:''
* nausea/emesis
* fatigue/weakness - secondary to low blood pressure
** lack of cortisol and aldosterone
* hyperpigmentation - due to ACTH hypersecretion cross-reacting with MSH receptors
* poor skin turgor
* irregular menses
''Treatment:''
* Emergently:
** IV saline
** cortisol - to treat refractory shock
* Chronic:
** Replacement therapy with corticosteroids
** Give emergency doses for high stress situations
** Wear med-alert bracelet
Its ligand is [[norepinephrine]]
It is associated with the [[sympathetic nervous system]]
Usually cited in reference to the [[left ventricle]]
$$afterload = wall stress_{EJ} = \frac{P_{EJ} \times r_{EJ}}{2*w_{EJ}}$$
* Where EJ = ejection; P = pressure; r = radius; and w = wall thickness
Afterload is often simplified as P,,ES,, but it is most accurately thought of in terms of wall stress over the entire ejection phase of the left ventricle
Related to but not the same thing as [[arterial elastance]]
If you lower systemic blood pressure, you lower afterload and the heart becomes more efficient
* AGAT = arginine:glycine amidinotransferase
* Regulated step of heme biosynthesis
Normal serum albumin in an adult is 4000 mg/dL.
Helps keep long-chain [[fatty acids|Fatty Acid]] soluble in blood.
A carrier of bilirubin
Has many binding sites, whose binding states influence affinity in other sites
Ibuprofen competitively inhibits binding of bilirubin
Deficiency causes [[edema]]
A short-acting bronchodilator used for treating [[asthma]].
Classified as a [[beta-2 adrenergic agonist]]
''Toxicity:''
* At high doses can have [[beta-1 adrenergic agonist]] effects --> [[tachycardia]] --> [[arrthymia]] or cardiac arrest
Chronic alcohol consumption results in atrophy of the [[cerebellar|cerebellum]] vermis
''Drug interaction with acetaminophen:''
* Chronic users of alcohol induce CYP2A1
* Alcohol reduces reserve of glutathione for conjugation
** Acetaminophen gets metabolized to toxic compound by CYP2A1
* Yields two NADH molecules.
Histologically characterized by [[hyaline]] composed of [[intermediate filaments]]
A [[mineralcorticoid]], [[steroid]] hormone derived from [[cholesterol]]. It is synthesized in the [[adrenal cortex]]
''Effects:''
* Stimulates the [[Na+,K+-ATPase]] in the [[renal principal cell]]
* Increases absorption of Na^^+^^ (and thus water) by the [[renal principal cell]] after a decrease in renal perfusion is detected
** Indirectly increases principal cell secretion of K^^+^^ in collecting duct
* Increases proton secretion by the [[renal alpha-intercalated cell]]
Alkaline phosphatase is a hydrolase enzyme responsible for removing phosphate groups from many types of molecules
An indicator of [[osteoblast]] activity
* More soluble than uric acid
''Effects:''
* Causes the urinary sphincter to contract
''Examples:''
* [[clonidine]]
* [[methyldopa]]
* [[guanabenz]]
* [[guanafacine]]
Inhibits release of [[norepinephrine]] as a form of negative feedback on the [[sympathetic nervous system]]
* ALT = alanine transaminase (or aminotransferase)
* A useful marker of liver function
a form of [[dementia]], diagnosed by exclusion of others
''Signs and symptoms:''
* discretely absent focal neurological deficits
* Imaging:
** cortical atrophy
''Classification:''
* [[primary amenorrhea]]:
** absence of menses at age 15 years in the presence of normal growth and secondary sexual characteristics
** usually due to genetic/anatomic abnormalities
* [[secondary amenorrhea]]:
** absence of menses for more than three months in girls or women who previously had regular menstrual cycles or six months in girls or women who had irregular menses
** less frequently due to genetic causes
The essential amino acids are:
* Phenylalanine
* Valine
* Threonine
*Tryptophan
* Isoleucine
* Methionine
* Histidine
* Alanine
* Leucine
* Lysine
A urinary [[buffer]]. Helps balance out the daily acid load from eating.
Has a pKa of 9.0
''Renal Ammoniagenesis:''
# In the [[renal proximal convoluted tubule]], [[glutaminase]] catalyzes:
#* [[glutamine]] + H,,2,,O --> NH,,3,, + [[glutamate]]
# Intracellular [[carbonic anhydrase]] catalyzes:
#* CO,,2,, + H,,2,,O <--> H,,2,,CO,,3,, <--> H^^+^^ + HCO,,3,,^^-^^
# The proton is secreted by a sodium antiporter into the lumen; ammonia diffuses into the lumen, bicarbonate is absorbed into the blood
# The proton and the ammonia form [[ammonium]] in the lumen and will eventually be secreted after hopping through the interstitium
''Above the pectinate line:''
* Derived from hindgut
* Innervated by inferior hypogastric plexus
* Supplied by the superior rectal artery and vein
Contains the [[ischioanal fossa]], the [[anal orifice]], and the [[external anal sphincter]].
A [[type I hypersensitivity]] reaction induced by systemic dissemination of an [[allergen]].
''Characterized by:''
* Vascular [[shock]] and severe [[hypotension]]
* Widespread [[edema]]
* Respiratory distress
''Treatment:''
* [[epinephrine]]
Loss of structural and functional differentiation of cells. Associated with malignancies.
Extreme generalized edema
ANCA = anti-neutrophil cytoplasmic autoantibody
c-ANCA targets proteinase-3 and is associated with [[granulomatosis with polyangiitis]].
p-ANCA targets myeloperoxidase and is associated with [[microscopic polyangiitis]]
Manifestations of nephritic syndrome that are pauci-immune on immunofluorescent microscopy and positive for anti-neutrophil cytoplasmic antibodies
''Examples:''
* [[granulomatosis with polyangiitis]] -- c-[[ANCA|ANCA vasculitis]]
* [[microscopic polyangiitis]] -- p-ANCA
* eosinophilic granulomatosis with polyangiitis ([[EGPA]]) -- p-ANCA
Extends the [[elbow]] joint
Innervated by the [[radial nerve]]
From the Greek for elbow--agkon
[img[https://dw9r2us9jo9xp.cloudfront.net/images/anatomy_term/musculus-anconeus/musculus_anconeus_atlas_MlD5SotDYoqgsWO1XtQYZA.png]]
Defined as decrease in [[RBC]] mass
In this state, [[PaO2]] and [[SaO2]] are normal
Defined as [[ischemic|ischemia]] chest pain that radiates to left arm or jaw
All forms are reversible [[cellular injury]]
All forms can be treated with [[nitroglycerin]]
''Stable Angina:''
* Also called ''exercise-induced angina''
* Triggers also include cold weather or eating
* Caused by [[atherosclerosis]] of [[coronary arteries]]
* Lasts less than 20 minutes
* [[EKG]] shows [[ST segment]] depression
* Relieved by rest in addition to nitro
''Unstable Angina:''
* Occurs even at rest
* Usually due to rupture of atherosclerotic plaque with [[thrombosis and incomplete occlusion]] of a coronary artery
* EKG shows ST segment depression
* High risk for progression to [[myocardial infarction]]
---
Sattar, Husain. Fundamentals of Pathology: Medical Course and Step 1 Review. Chicago, Illinois: Pathoma LLC, 2015. http://www.pathoma.com/fundamentals-of-pathology.
''Effects:''
* Systemic [[vasoconstriction]]
* Secretion of [[ADH]]
* Secretion of [[norepinephrine]]
* Secretion of [[aldosterone]] --> stimulates [[kindey]] to absorb more [[sodium]] and [[water]]
* Vasoconstriction of [[renal efferent arteriole]] --> increased [[GFR]]
* Stimulation of sodium-proton antiporter in the [[renal proximal convoluted tubule]]
Produced by the [[hepatocyte]]
Pretty much any adolescent girl below 103 lbs is considered abnormal.
Aka an analysis of variance.
"ANOVA uses a test statistic F, which represents a standardized ratio of variability in the sample means relative to the variability within the groups. If H,,0,, is true and the model assumptions are satisfied, the
statistic F follows an F distribution with parameters df,,1,, = k − 1 and df,,2,, = n − k. The upper tail of the F distribution is used to represent the p-value."^^[1]^^
k = number of groups in comparison
n = sample size
''Citation:''
# https://www.openintro.org/stat/textbook.php
Superficial Fascia composed of:
* Camper's fascia - fatty layer
* Scarpa's Fascia - deep membranous layer
''Innervation:''
* Involved with third and fourth layers of the anterior forearm
* Includes the [[pronator quadratus]], [[flexor digitorum profundus]], and the [[flexor pollicis longus]]
Or adenohypophysis; pars anterior
''Corresponding Hormones:''
* [[ACTH]]
* [[beta-endorphin]]
* [[TSH]]
* [[FSH]]
* [[luteinizing hormone]]
* [[growth hormone]]
* [[prolactin]]
* [[leptin]]
When administered by IV, they tend to be infused slowly over time.
Also called ''aortic aneurysm''
Radiates to the back
Dicrotic notch coincides with closure of aortic valve
The following bump in pressure is from recoil against the valve after it closes
[img[http://www.isakanyakumari.com/images/pearl2.jpeg]]
Happens during [[diastole]]
Failure of cell production during [[embryogenesis]]; e.g. [[unilateral renal aplasia]]
Does not increase risk of future [[breast cancer]]
Derivatives include [[urea]], [[creatine]], and [[nitric oxide|NO]].
[img[https://upload.wikimedia.org/wikipedia/commons/thumb/f/f4/Arginin_-_Arginine.svg/334px-Arginin_-_Arginine.svg.png]]
"<a href="https://commons.wikimedia.org/wiki/File:Arginin_-_Arginine.svg#/media/File:Arginin_-_Arginine.svg">Arginin - Arginine</a>" by <a href="//commons.wikimedia.org/wiki/User:NEUROtiker" title="User:NEUROtiker">NEUROtiker</a> - <span class="int-own-work" lang="en">Own work</span>. Licensed under Public Domain via <a href="//commons.wikimedia.org/wiki/">Wikimedia Commons</a>.
Aka autosomal recessive polycystic kidney disease
Due to mutation in //PKHD1// gene that codes for fibrocystin-1.
''Extra-renal manifestations:''
* multiple hepatic cysts
* congenital hepatic fibrosis
* portal hypertension
* splenomegaly.
$$E_A = HR \times SVR = \frac{P_{ES}}{SV} $$
: where E,,A,, is arterial elastance, HR is [[heart rate]], SVR is systemic [[vascular resistance]], P,,ES,, is pressure at the end of systole, and SV is [[stroke volume]]
''Derivation:''
$$\Delta P = Q \times R$$
: where ΔP = change is [[blood pressure]]; Q = blood [[flow]]; and R = [[vascular resistance]]
to expand:
$$\Delta P = P_A - P_V$$
: where P,,A,, is arterial pressure and P,,V,, is venous pressure
and
$$Q = SV \times HR $$
∴
$$P_A - P_V = SV \times HR \times SVR$$
now assume:
# $$P_A \approx MAP \approx P_{ES}$$
# $$P_V \approx 0$$
∴
$$P_{ES} = SV \times HR \times SVR$$
now divide by stroke volume:
$$\frac{P_{ES}}{SV} = \frac{SV \times HR \times R}{SV}$$
and you can simplify to:
$$\frac{P_{ES}}{SV} = HR \times SVR = E_A $$
A form of [[arteriosclerosis]] that affects small arteries and arterioles. It is associated with [[diabetes mellitus]] and [[hypertension]]
* ASL = argininosuccinate lyase
In the [[mitosol]], it catalyzes [[oxaloacetate]] + [[glutamate]] --> [[aspartate]] + [[α-ketoglutarate]].
In the [[mitochondrial intermembrane space]], it catalyzes [[aspartate]] + [[α-ketoglutarate]] --> [[oxaloacetate]] + [[glutamate]].
Inhibits production of [[thromboxane]]
Aka argininosuccinate synthetase
Reaction:
[[citrulline]] + [[aspartate]] + [[ATP]] + [[H2O]] --> [[argininosuccinate]] + [[AMP]] + 2[[Pi]]
* AST = aspartate transaminase
* Bidirectional enzyme
Defined as intimal plaque that obstructs blood flow in medium to large arteries
Consists of a [[necrotic|necrosis]] lipid core with a fibromuscular cap. It often undergoes [[dystrophic|dystrophy]] calcification. Will sometimes see fatty inclusions.
''Pathophysiology:''
# Damage to endothelium leads to lipid leakage into the [[intima]]
# Lipids are oxidized, then consumed by [[macrophages|macrophage]]
# Macrophages turn into [[foam cells|foam cell]]
# [[inflammation]] then healing leads to deposition of extracellular matrix and proliferation of [[smooth muscle]]
''Modifiable risk factors:''
* [[hypertension]]
* [[hypercholesterolemia]]
* smoking
* [[diabetes]]
''Nonmodifiable risk factors:''
* Old age
* Male or post-menopausal female ([[estrogen]] is protective)
* Family history
---
Sattar, Husain. Fundamentals of Pathology: Medical Course and Step 1 Review. Chicago, Illinois: Pathoma LLC, 2015. http://www.pathoma.com/fundamentals-of-pathology.
[[ECG]] pattern is irregularly irregular [[QRS interval]] with no distinct [[P wave]]
the priming force contributed by [[atrial contraction]] immediately before ventricular [[systole]] that acts to increase the efficiency of [[ventricular ejection|rapid ventricular ejection]] due to acutely increased [[preload]]
Aka ANP
Acts to reduce water, [[sodium]], and [[lipid]] loads on the body (think about in terms of sodium)
''Target Effects:''
* Dilates [[renal afferent arteriole]]
* Constricts [[renal efferent arteriole]] (together make for increased filtration)
* Decreases reabsorption of sodium by [[ENaC|epithelial sodium channel]] of the [[renal principal cell]]
Released by [[cardiac myocytes|cardiac myocyte]] when excessive blood volume is detected.
Atrial blood is pumped into the [[ventricles|ventricle]]
Creates a delay in contraction of about 1/10 of a second in [[ventricles|ventricle]] compared to [[atria|atrium]].
Decrease in stress -> decrease in size
Happens either by decrease in size or decrease in number of cells
Decrease in cells happens via [[apopotosis]]
Decrease in cells size happens via [[ubiquitin-proteosome degradation pathway]] or [[autophagy]] of cell components
A competitive antagonist of the [[muscarinic receptor]]
attributable risk = ([[incidence]] rate in exposed group) - (incidence rate in unexposed group)
thalamic nucleus is medial geniculate body
Cell consumes its own components in [[vacuoles|vacuole]] that fuse with [[lysosomes|lysosome]]
Innervates the [[deltoid]] and [[teres minor]] muscles
''Injury:''
* Can be caused by fracture of the surgical neck of the [[humerus]]
* Causes inability to abduct beyond 15° and flattening of the [[deltoid]]
[img[https://upload.wikimedia.org/wikipedia/commons/thumb/f/fc/Azo-group-2D-flat.png/800px-Azo-group-2D-flat.png]]
"<a href="https://commons.wikimedia.org/wiki/File:Azo-group-2D-flat.png#/media/File:Azo-group-2D-flat.png">Azo-group-2D-flat</a>" by <a href="//commons.wikimedia.org/wiki/User:Benjah-bmm27" title="User:Benjah-bmm27">Benjah-bmm27</a> - <span class="int-own-work" lang="en" xml:lang="en">Own work</span>. Licensed under Public Domain via <a href="//commons.wikimedia.org/wiki/">Wikimedia Commons</a>.
''Four examples:''
* [[isoproternol]]
* [[dobutamine]]
* [[albuterol]]
* [[salmeterol]]
cobalamin = vitamin B,,12,,
Used by [[methionine synthase]], which affects downstream generation of [[SAM]] and [[dTMP]]
Used by methyl-malonyl CoA mutase
Deficiency causes aberrant [[DNA synthesis]]. inaccurate [[DNA repair]], and accumulation of [[dUMP]].
''Absorption:''
* Acquired from diet
* Stomach acid degrades dietary protein attachment to B12
* R protein in stomach attaches to B12 to protect it from acid
* Intestinal pH raises and causes R protein to fall off
* Intrinsic factor (IF) from parietal cells binds to B12 instead
* IF allows B12 to bind to enterocytes
* Enterocytes cleave off IF and attach B12 to transcobalamin for transport in the blood
''Causes of Deficiency:''
* Gastric bypass and Crohn's disease
* Tapeworms can steal your B,,12,,
* Patient has IF antibodies
* pH of stomach is not acidic enough (like people taking PPI's)
* Inability to produce R protein
* Gastritis causes reduction in parietal cells that produce IF
* Can be caused by reduced production of IF
* Pancreatic insufficiency causes inability to neutralize stomach acid and digestion of R protein
Vitamin B6 = PLP = pyridoxal 5' phosphate
Pyridoxal phosphate the active form of vitamin B6, is a coenzyme in a variety of enzymatic reactions. The versatility of PLP arises from its ability to covalently bind the substrate, and then to act as an electrophilic catalyst, thereby stabilizing different types of carbanionic reaction intermediates.
* folate = vitamin B,,9,,
Balloon crushes build-up of [[plaque]]
Senses changes in blood pressure and relays that information to the [[medulla]]
Enables //rapid response// to changes in [[blood pressure]]
The rate of firing is directly proportional to blood pressure
Found in the [[carotid sinus]] and [[aortic arch]]
''Effects:''
```
if BP up ->
firing more ->
parasympathetic activation ->
HR down
```
Presents as telangiectatic, pearly papules
[img[http://medicalpictures.net/wp-content/uploads/2010/12/basal-cell-carcinoma-pictures.jpg]]
"Substance Use Tx at Baseline -- Full Sample"
Baseline bupe = 244 (integrated) + 62 (not integrated)
BCKDC = branched-chain α-ketoacid dehydrogenation complex
Performs oxidative dephosphorylation on branched alpha-ketoacids
Requires [[thiamine]], [[NAD+]], [[FAD]], [[lipoic acid]], and [[CoA]].
Anti-[[apoptosis]]
An [[oncogene]]
Stabilizes mitochondrial membrane so that [[cytochrome c]] can't escape
Promotes uptake of [[potassium]] into cells
''Indications:''
* [[acute angle-closure glaucoma]]
''Adverse effects:''
* [[bradycardia]]
* [[AV block]]
* [[sedation]]
* [[seizure]]
* sleep alterations
* mask symptoms of [[hypoglycemia]]
* [[bronchospasm]]
* BH4 = tetrahydrobiopterin
''Buffering:''
A plasma and renal buffer. Combined with [[carbon dioxide]], it helps make immediate adjustments in [[pH]].
Has a pKa of 6.1:
$$pH = 6.1 + \log{\frac{HCO_3^-}{0.03 \cdot CO_2}}$$
The adjusted [[Henderson-Hasselbalch equation]] shows what makes this buffer system so powerful. The body can adjust pH by two different mechanisms. It can either adjust the respiration rate for CO,,2,,, or it can adjust HCO,,3,,^^-^^ levels via the [[renal proximal convoluted tubule]].
Keep in mind that bicarbonate can be generated via [[ammoniagenesis|ammonia]], and it can be reabsorbed. Both mechanisms need to be functional in order to maintain balance. Ammoniagenesis cannot generate "new" bicarbonate fast enough to compensate for loss of reabsorption capability. Partial loss of reabsorption is called [[type II RTA]]
A limitation of this system is that retaining CO,,2,, comes at the cost of decreased respiration, which can lead to [[lactic acidosis]]
Short head is innervated by the [[common fibular nerve]]
Prescription abbreviation that stands for "bis in die" or //twice daily//
Serves as a means of excreting unwanted [[heme]] and also an [[antioxidant]]
Yellow color
Lipid soluble; needs [[albumin]] to travel through bloodstream
Cytotoxic
Formed by successive action of [[heme oxygenase]] and [[biliverdin reductase]]
* Conjugated form of bilrubin (or direct bilirubin)
* Water soluble
* Non-toxic
* biliverdin --> bilirubin
* Found in all tissues
Induces apoptosis of [[osteoclast]]s and impairs osteoclast function
Issues with compliance because you take it once a week
''Side Effects:''
* esophagitis
* [[dysphagia]]
* [[gastric ulcer]]
* osteonecrosis of the jaw
Can be caused by [[nodular prostatic hyperplasia]], which blocks outflow
Denoted as (systolic pressure/diastolic pressure)
Can also be expressed as [[mean arterial pressure]] (MAP)
Veins have much lower blood pressure than arteries
The pulmonary vascular system has less blood pressure than in systemic circulation
In the systemic circulation, downstream arteries have slightly higher pressure because of reflection of pressure waves at branch points
Used when making comparisons of multiple groups such as with [[ANOVA]].
>The scenario of testing many pairs of groups is called multiple comparisons. The Bonferroni correction suggests that a more stringent significance level is more appropriate for these tests:
>$$\alpha* \ = \alpha/K$$
>where K is the number of comparisons being considered (formally or informally).
>If there are k groups, then usually all possible pairs are compared and:
>$$K = \frac{k(k-1)}{2}$$
(adapted from https://www.openintro.org/stat/textbook.php)
Can be required by the FDA to put on a drug label. Indicates significant risk of serious and/or lethal adverse reactions.
''Role in Amino Acid Metabolism:''
* A major consumer of glucose and branched-chain amino acids
* Neurotransmitter synthesis
CT and MRI are both means of diagnosis
Surgical drainage is both diagnostic and therapeutic
''Three common etiologies:''
* //Streptococcus// due to sinusitis
* //Staphylococcus// due to trauma
* Anaerobes due to [[otitis media]]
''Treatment:''
* IV antibiotics
* Surgical drainage
* [[glucocorticoid]]s if there is mass effect
''Risk Factors:''
# Risk factors include age, gender, age of menarche onset, age of first live birth, family history, variations in BRCA1 or BRCA2, number of previous biopsies.
# Shares risk with ovarian cancer, lymphoma, leukemia.
# Gail model evaluates different aspects of personal history to estimate personal risk
''Benignity vs. Malignancy:''
# Benign [[neoplasia]] becomes malignant went it starts invading out of its local environment
# Benign tumors are usually more mobile
# Hope that there is not discharge
# Benign breast tumors will not cause death
# Grading guidelines evaluate duct structures, size/shape of cell nuclei, and mitotic states
# Staging based on TNM systems
# Fine-needle aspiration biopsy is used for grading
# Use a lumpectomy for staging with injection of dye. Can use to evaluate lymph node spread.
''Workup for Breast Cancer:''
# The American College of Radiology recommends age 40 for initiation of screening
''Treatment:''
# Surgery, radiation, systemic, chemotherapy, hormonal receptor, targeted therapy.
# Surgical resection is the preferred therapy for non-metastatic cancer
#* Options include radical mastectomy, partial mastectomy, node dissection, lumpectomy
# Herceptin binds to the her2/neu receptor and arrests cell growth
Also see [[lobar pneumonia]]
Characterized by patchy, focal regions centered around [[bronchioles|bronchiole]]
Helps maintain pH at a certain level
''Common Serum Buffers:''
* [[ammonia]]
* [[bicarbonate]]
* [[phosphate|phosphate buffer system]]
* [[Amino acid]] side chains
* [[Hemoglobin|hemoglobin]]
Aka blood urea nitrogen
In adults, normal is 7-21 mg/dL.
"On Bupe at Baseline"
Baseline bupe = 292
''Leads to:''
* Severe, recurrent pyogenic sinus and respiratory tract infections
* Inappropriate activation of [[type III hypersensitivity]] reactions
"Tx Baseline ''Assignment''"
Raw Baseline bupe = 319
Baseline bupe with confirmation of induction or that patient was already taking buprenorphine = 287
Or congenital hyperplasia of adrenal gland
''Signs and symptoms:''
''Treatment:''
''Prognosis:''
''Genetics:''
Activated form of [[vitamin D]]
Study Goals/Questions
# Understand the actions of PTH to prevent hypocalcemia.
#* FC -- Parathyroid
# Describe the relationship between bone loss, aging and fractures.
#* FC - Osteoporosis
# Explain the interaction between osteoclasts and osteoblasts through RANKL, RANK and osteoprotegerin.
#* FC - Parathyroid
#* Figure 6 in Calcium syllabus
# Give the two most common causes of hypercalcemia and explain how to differentiate between them. **
#* Hyperparathyroidism and Malignancy
#* FC - Hyperparathyroidism
# Describe the main factors that influence calcium absorption by the gut.
#* FC - Vitamin D
#* Section II.A. of the syllabus (diet, vitamin D, and age)
# Describe the consequences of vitamin D deficiency.
# Understand the physiologic basis for treatment of osteoporosis.
# Understand the etiology of osteomalacia
# Describe reciprocal regulation of PTH and Vitamin D
# Describe the function of the parathyroid calcium sensing receptor.
# Discuss the different mechanisms of hyperparathyroidism
# Describe the clinical presentation of hyper- and hypocalcemia
# Describe the reciprocal effects of PTH on renal excretion of calcium and phosphate
The strength of cardiac contraction is directly proportional to the magnitude of the calcium transient.
A faster [[heart rate]] causes stronger magnitude of calcium transients.
Abnormalities in the calcium cycle are strongly related to the development of cardiac arrhythmias --> sudden death (calcium overload).
CO binds [[hemoglobin] more avidly than [[O2]]
Under CO poisoning, [[PaO2]] is normal and [[SaO2]] is decreased
Can be caused by exposure to smoke from fires and exhaust from cars or gas heaters
Common method of suicide is CO poisoning via car exhaust in garage
Classic finding is cherry-red skin
''Early'' sign of exposure is headache; significant exposure can lead to coma or death
Gives a high [[SpO2]] reading on a pulse oximeter.
Diuretics that causes more [[bicarbonate]] to be in the renal tubule lumen.
''Examples:''
[[acetazolamide]]
''Site of Action:''
[[renal proximal convoluted tubule]]
''Secondary Effects:''
* [[hypokalemia]]:
** Increased distal anion delivery that cannot be absorbed (negative charge pulls [[potassium out]])
** Volume depletion activates [[RAAS]] --> increased K+ secretion at the [[renal collecting duct]]
** Increased distal flow (pulling out K+)
Enables measurement and visualization of coronary circulation
''Based on chamber perspective:''
# [[atrial systole]]
# [[isovolumetric ventricular contraction]]
# [[rapid ventricular ejection]]
# [[reduced ventricular ejection]]
# [[isovolumetric ventricular relaxation]]
# [[rapid ventricular filling]]
# [[diastasis]]
''Based on heart sound perspective:''
# [[1st heart sound]]
# [[2nd heart sound]]
# [[3rd heart sound]]
# [[4th heart sound]]
[img[http://musom.marshall.edu/graphicdesign/ibooks/website-portfolio-images/Systems/Cardiovascular%20Normal/Cardiac%20Cycle-MU.jpg]]
This curve is plotted with [[end-diastolic volume]] as the x variable and [[cardiac output]] as the y variable
Or digitalis
Distributes to depositing in striated muscle (careful for people with low muscle mass)
''Effects:''
* Blocks AV conduction
* Increases contractility
''Mechanism:''
Increase the intracellular [Ca^^2+^^] by inhibiting the Na^^+^^-K^^+^^ pump, which in turn disrupts Na^^+^^-Ca^^2+^^ exchange --> Increased [[contractility]]
Only seen in relation to the [[heart]]
Acts as a functional syncytium of cells
It is ''branched'', striated, and can have one or two nuclei located in the middle of each cell
Blood vessels and connective tissue ([[endomesium]]) course between gaps of cardiac cells
Cells carry a lot of mitochondria
[[T-tubules|T-tubule]] communicate between [[sarcolemma]] and cell interior
Extracellular Ca^^2+^^ crosses the membrane of sarcolemma or T-tubules and binds to receptor of [[sarcoplasmic reticulum]] so that it dumps out its own Ca^^2+^^
Cells have [[gap junctions|gap junction]] so that neighbors can communicate through their [[intercalated disks|intercalated disk]]. These disks propagate [[depolarization waves|depolarization wave]].
Intercalated disks are held together by [[desmosomes|desmosome]]. The desmosomes are what keep cardiac muscle from ripping due to [[wall stress]]
Cardiac muscle is controlled by the [[autonomic nervous system]]
Moves at a speed in between the fast movement of the [[skeletal muscle]] and the slow movement of the [[smooth muscle]]
Denoted by CO
$$CO = SV \times HR$$
: where SV is [[stroke volume]], and HR is [[heart rate]]
"The stress response is induced by exercise or drug stimulation. Cardiac stress tests compare the coronary circulation while the patient is at rest with the same patient's circulation observed during maximum physical exertion, showing any abnormal blood flow to the heart's muscle tissue (the [[myocardium]]). The results can be interpreted as a reflection on the general physical condition of the test patient. This test can be used to diagnose [[ischemia]], and for patient prognosis after a [[myocardial infarction]]."
“Cardiac Stress Test.” Wikipedia, the Free Encyclopedia, February 1, 2015. https://en.wikipedia.org/w/index.php?title=Cardiac_stress_test&oldid=645077795.
''Phase 3:''
Rapid repolarization due to large-scale K^^+^^ efflux following the opening of voltage-gated slow K^^+^^ channels and closing of voltage-gated Ca^^2+^^
''Phase 4:''
Resting membrane potential approaches K^^+^^ equilibrium
''Mean Arterial Pressure:''
$$MAP = CO \cdot TPR$$
where:
* CO = [[cardiac output]]
* TPR = [[total peripheral resistance]]
''Fick's principle:''
$$CO = V_{O_{2}}/(C_a - C_v)$$
where:
* CO = cardiac output
* V,,O2,, = oxygen consumption
* C,,a,, = oxygen content of arterial blood
* C,,v,, = oxygen content of venous blood
* Necessary for FAO
* Used to get FA into mitosol
''Its chemoreceptors respond to:''
* Decreased P,,O2,,
* Increased P,,CO2,,
* Decreased [[pH]]
Has a "cottage cheese-like" appearance
A characteristic of [[granulomatous inflammation]] caused by diseases like [[tuberculosis]] or [[fungal infection]]
Class of molecules with a [[amine]] side-chain attached to a catechol (pictured).
''Important Body Catecholamines:''
* [[epinephrine]]
* [[norepinephrine]]
* [[dopamine]]
[img[https://upload.wikimedia.org/wikipedia/commons/thumb/0/01/Pyrocatechol.svg/512px-Pyrocatechol.svg.png]]
"<a href="https://commons.wikimedia.org/wiki/File:Pyrocatechol.svg#/media/File:Pyrocatechol.svg">Pyrocatechol</a>" by <a href="//commons.wikimedia.org/wiki/User:Bryan_Derksen" title="User:Bryan Derksen">User:Bryan Derksen</a> - <span class="int-own-work" lang="en">Own work</span>. Licensed under Public Domain via <a href="//commons.wikimedia.org/wiki/">Wikimedia Commons</a>.
CBS = cystathionine beta-synthase
Converts [[homocysteine]] and [[serine]] to [[cystathionine]] and [[H2O]]
Requires [[B6]] aka PLP
Its branches are the left [[gastric artery]], the [[splenic artery]], and the [[common hepatic artery]]
[img[http://faculty.etsu.edu/forsman/CeliacTrunkComplete.jpg]]
http://faculty.etsu.edu/forsman/CeliacTrunkComplete.jpg
Likelihood of injury depends on type of stress, severity, and type of cell affected
''Common causes of injury include:''
* [[inflammation]]
* [[nutritional imbalance]] -- excess or deficiency
* [[hypoxia]]
* [[trauma]]
* [[genetic mutations]]
''Signs of Reversible Damage:''
* [[membrane blebbing]]
* [[cellular swelling]] <- ''Hallmark''
* Depletion of [[ATP]]
* Decreased [[glycogen]]
* Fatty changes
* Detachment of [[ribosomes|ribosome]] from [[ER]] (due to low association)
* Clumping of nuclear [[chromatin]]
''Signs of Irreversible Damage:''
* [[membrane damage]] <- ''Hallmark''
* Presence of cytosolic [[lysosomes|lysosome]]
* Loss of [[nucleus]]
* [[Mitochondrial|mitochondria]] [[permeability]]
End result of irreversible injury is [[cell death]]
[img[http://www.muirspathology.com/gallery/chapter4/images/Fig%204_03_jpg.jpg]]
http://www.muirspathology.com/gallery/chapter4/images/Fig%204_03_jpg.jpg
Also called hydropic swelling
Can be caused by malfunction of [[Na+,K+-ATPase]] or by lack of ATP to power the pump
Leads to loss of [[microvilli]], [[membrane blebbing]], and swelling of [[RER]]
Type of [[diabetes insipitus]]
Caused by [[hypothalamic disease]] resulting in deficient secretion of [[ADH]].
Can be exacerbated by treatment of [[hypopituitarism]] with [[cortisol]] and [[thyroxine]]
''Etiology:''
* Sometimes due to a mutation in the protective ADH chaperone [[neurophysin]]
''Treatment:''
* [[desmopressin]] -- to correct for lack of [[ADH]], nasal spray
* drink lots of fluids
* limit salt intake
Malignant cancer will undergo central necrosis if deprived of new blood vessels.
connect the [[cerebellum]] to the [[brain stem]]
superior peduncle (output) transmits to the contralateral [[cerebral cortex]]
middle peduncle (input) transmits information from the contralateral cerebral cortex
inferior peduncle (input) transmits proprioceptive information from the ipsilateral [[spinocerebellar tract]]
[img[http://www.oganatomy.org/atlas/peduncles.gif]]
''Medial cerebellum:''
commonly lesioned structures include the [[vermis]], [[flocculonodular lobe]], and the [[fastigial nucleus]]
[img[http://what-when-how.com/wp-content/uploads/2012/04/tmp15F116_thumb22.jpg]] (superior view with anterior toward the top)
''Functional lobes:''
* cerebrocerebellum
* spinocerebellum
* vestibulocerebellum
[img[http://classconnection.s3.amazonaws.com/656/flashcards/3277656/png/functional_divisions_cerebellum_a-146067214A8627C1194.png]]
''Layers of the cerebellar cortex:''
# molecular layer contains:
#* dendrites of [[purkinje cell]]s
#* inhibitory stellate and basket interneurons
# purkinje cell layer -- contains bodies of purkinje cells
# granular layer contains:
#* excitatory granule cells
#* inhibitory golgi cells
[img[http://vanat.cvm.umn.edu/neurHistAtls/pages/images/CNS9.jpg]]
a form of [[angiopathy]] in which amyloid deposits form in the walls of the blood vessels of the central nervous system
[[carbon dioxide]] is used to vasodilate vessels and increase flow
''Types:''
* lobar-distributed -- presents secondary to [[cerebral amyloid angiopathy]]
''Risk factors:''
* Early sexual intercourse
* Multiple sex partners (#1)
* Taking birth control pills (slight increase)
* Smoking
* [[HIV]] Infection
* Lack of screening
''Treatment:''
First line treatment is surgical removal of lesion with a possible follow-up of chemotherapy or radiation
''Prognosis:''
Determined by degree of spread through layers, whether it invades the basement membrane, and the strain of HPV infection (16, 18, 31, and 33 are high-risk)
''Forms:''
* [[costochondritis]] - musculoskeletal
* [[angina]]/[[myocardial infarction]]
* [[aortic dissection]]
* [[GERD]]
* [[pulmonary embolus]]
A build-up of desquamated keratin debris in the middle ear which causes conductive hearing loss.
Normal serum total cholesterol in an adult is 120-250 mg/dL.
Associated ligand is [[acetylcholine]]
Connect [[papillary muscles]] of the [[right atrium]] of the [[heart]] to the valve cusps
Prevent the cusps of the [[tricuspid valve]] from prolapsing into the atrium
Increase in protein synthesis after after peripheral axonal injury in an attempt to regenerate [[axon]]
''Etiologies:''
* [[JC virus]]
* [[HSV]]
* [[HIV]]
* [[Syphilis]]
* [[Borrelia]]
Results from recurrent acute cases of glomerulonephritis.
Kidneys are shrunken and granular.
Hypertension often develops because of renal ischemia. Regardless of the initiating cause, these “end-stage” kidneys appear morphologically identical. They have sclerotic glomeruli, thickened arteries, and chronic inflammation of interstitium.
''Characteristics:''
* interstitial fibrosis
* cellular infiltrate consisting of [[lymphocyte]]s, [[plasma cell]]s, and [[monocyte]]s
* tubular atrophy
* bland sediment made up of mostly protein
* hyaline casts
Symptoms include impaired psychiatric function as a manifestation of [[hepatic encephalopathy]] caused by [[ammonia|NH3]] toxicity
Or Hashimoto's disease
Most common cause of [[hypothyroidism]] in the USA
Initial onset of disease is marked by [[hyperthyroidism]] as follicles are destroyed and contents are released
''Pathology:''
* lymphocyte infiltration with formation of germinal centers
* Hurthle cells (eosinophilic [[metaplasia]] of follicular cells)
''Tests:''
* anti-thyroglobulin
* anti-TPO (thyroid peroxidase; expect high)
Aka CRF or chronic [[kidney]] disease (CKD)
Even in fairly advanced GFR decline, remaining nephrons can compensate for their dead brethren by increasing single-nephron GFR with hyperfiltration. Ultimately harmful to those nephrons.
Often progresses to [[EDRD|uremia]]
''Clinical Findings:''
* Renal osteodystrophy:
** [[hyperphosphatemia]] -- due to decreased excretion following [[glomerular filtration rate]]
** [[hypocalcemia]] -- due to elevated phosphate as well as decreased hydroxylation of vitamin D by the kidney
** elevated [[FGF-23]]
** elevated [[PTH|parathyroid hormone]] -- due to hypocalcemia
* [[hyperkalemia]] -- due to decreased excretion and exacerbated by acidosis
* [[hypertension]]
* [[metabolic acidosis]] -- due to accumulation of [[phosphate]]s, [[sulfate]]s, and [[uric acid]] as well as decreased [[ammoniagenesis|ammonia]]
* [[anemia]] -- due to decreased [[erythropoietin]] synthesis by the kidney
''Stages:''
# GFR > 90
# 60 < GFR <89
# 30 < GFR < 59
# 15 < GFR < 29
# GFR < 15 ([[ESRD|uremia]])
As stages progress, risk of co-morbid cardiovascular disease goes way up
''Differential Diagnosis:''
* tubular:
** unresolved [[acute tubular necrosis]]
** long-term toxin exposure
**cystic diseases
**hereditary diseases
* interstitium:
**[[chronic interstitial nephritis]]
**[[chronic pyelonephritis]]
**chronic [[vesicoureteral reflux]]
* vascular:
** recurrent atheroembolic phenomena
**[[renovascular hypertension]]
**[[hypertensive nephrosclerosis]]
* glomerular:
**unresolved [[nephrotic syndrome]]
**unresolved [[nephritic syndrome]]
* obstruction:
** [[kidney stone]]s are the most common cause of CKD in children
** [[posterior urethral valve]]s
** [[ureteropelvic obstruction]]
* Transports exogenous products
''Functions:''
* anterior - linking behavioral outcomes to motivation
* posterior - declarative memory
[img[citrulline-NO cycle.png]]
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
An [[alpha-2 adrenergic agonist]] -> decreased sympathetic tone
''Adverse Reactions:''
Can cause [[bradycardia]] or even [[AV block]] because of decreased conduction
''Pathophysiology:''
# Blood supply with [[O2]] is cut off to an organ
# [[Lactic acid|lactic acid]] build-up causes proteins to denature
# Enzymes break down and [[chromatin]] clumps to stop protein synthesis
A [[catecholamine reuptake inhibitor]]
the ventral cochlear nucleus projects to the contralateral [[lateral lemniscus]] and bilaterally to the superior [[olivary nucleus]]
the dorsal cochlear nucleus projects to the contralateral [[lateral lemniscus]]
[img[http://what-when-how.com/wp-content/uploads/2012/04/tmp15F73.jpg]]
Colposcopy is a medical diagnostic procedure to examine an illuminated, magnified view of the cervix and the tissues of the vagina and vulva. Helps predict severity of [[cervical dysplasia]]. Aids in taking a biopsy.
''Indications:''
* abnormal cytology from a [[pap smear]]
* observed cervical abnormality from primary care exam
* patient with immunosuppresion
* assessment of //in utero// exposure to diethylstilbestrol
* forensic examination after sexual assault
''LAST project:''
Stands for the Lower Anogenital Squamous Terminology standardization project. Terminology to describe biopsies of the cervix.
Roots are L4-5 and S1-2.
Derives from the [[sciatic nerve]]
Innervates the [[anterior|anterior compartment of leg]] and [[lateral|lateral compartment of leg]] compartments of the leg.
''General Functions:''
* [[opsonization]]
* [[inflammation]] trigger
* [[cell lysis]] trigger
''Classical pathway of fixation:''
# C1 proenzyme binds to antigen-antibody complex
# Leads to release of C2a and C4a fragments
# C2a and C4a combine to make C3 convertase
A muscle with high compliance is relaxed. A muscle with low compliance is stiff.
A [[ventricle]] with low compliance will have a higher pressure for any given volume --> higher [[capillary wedge pressure]]
Ventricular compliance is increased with regular cardiovascular exercise.
In cases of [[aortic|aortic valve]]/[[mitral valve]] regurgitation, the heart will remodel itself to have higher compliance.
Ventricular compliance is decreased following concentric hypertrophy.
''Signs:''
* [[edema]]
* [[hyponatremia]] - poor prognostic indicator
''Treatment:''
* [[ADH antagonist]] for hyponatremia: although ECF is low, the patient actually has [[hypervolemia]], antagonizing ADH will allow more water to be excreted in the urine, hopefully decreasing cerebral edema and correcting hyponatremia
''Risks:''
* Potentiates CNS effects from drugs like [[lidocaine]]
Contractility reflects changes in the ability of the muscle fibers in the heart to generate tension at a given volume.
Changes in contractility are predominately dictated by changes in intracellular [Ca^^2+^^]. This can be predicted by its positive correlation with [[ejection fraction]].
Β-adrenergic stimulation causes greater contractility by increasing intracellular [Ca^^2+^^] via phosphorylation of Ca^^2+^^-channels and the [[SR|sarcoplasmic reticulum]] Ca^^2+^^-ATPase.
Β-adrenergic stimulation can be dangerous in the long-term when it induces [[calcium overload]]
Contractility is reflected on a pressure-volume graph by the slope of the [[ESPVR]] (end-systolic pressure volume relationship). The greater the slope, the greater the contractility.
''Clinical Uses:''
* Drug class of choice for adult [[asthma]] prophylaxis
''Examples:''
* [[beclomethasone]]
Exerts negative feedback on [[CRH]] and [[ACTH]] release
Helps to maintain vascular tone
At high levels of injection, has cross-reactivity with mineralocorticoid receptors
Establishes a large corticopapillary concentration gradient that drives resorption of water via [[aquaporins]] in the [[collecting duct]]
* CPK = creatine (phospho)kinase = CK
* Acts mainly in muscle
* Bidirectional
CPSI = carbamoyl phosphate synthetase I
Takes place in the mitosol
Rate-limiting step in urea cycle
2 [[ATP]] + [[HCO3-|bicarbonate]] + [[NH4+|ammonium]] -> 2 [[ADP]] + [[carbamoyl phosphate]] + P,,i,,
Upregulated by [[N-acetyl glutamate]]
''Similar to [[CPSII]] in that they both use CO,,2,, (aka bicarbonate) as the source of carbon''
Defect cannot be treated with arginine
CPSII = carbamoyl phosphate synthetase II
Takes place in the cytosol
Rate limiting step of pyramidine synthesis
2 [[ATP]] + [[HCO3-|bicarbonate]] + [[glutamine]] + H,,2,,O -> 2 [[ADP]] + [[carbamoyl phosphate]] + [[glutamate]] + P,,i,,
Inhibited by [[UMP]]/UTP
''Similar to [[CPSI]] in that they both use CO,,2,, (aka bicarbonate) as the source of carbon''
Deficiency causes:
* Elevated plasma acyl carnitines
* [[hypoglycemia]]
* [[hypoketosis]]
[img[https://upload.wikimedia.org/wikipedia/commons/c/c5/Creatine_neutral.png]]
"<a href="https://commons.wikimedia.org/wiki/File:Creatine_neutral.png#/media/File:Creatine_neutral.png">Creatine neutral</a>" by <a href="//commons.wikimedia.org/wiki/User:Edgar181" title="User:Edgar181">Edgar181</a> - <span class="int-own-work" lang="en" xml:lang="en">Own work</span>. Licensed under Public Domain via <a href="//commons.wikimedia.org/wiki/">Wikimedia Commons</a>.
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
CSE = cystathionine gamma-lyase
Requires [[PLP|B6]]
Converts [[cystathionine]] and [[ammonium]] into [[cysteine]], [[alpha-ketobutyrate]], and H,,2,,O
Synthesized from [[UTP]] and [[glutamine]]
An etiology for [[Cushing's syndrome]]
Caused by pituitary tumor producing excess [[ACTH]]
''Treatment:''
Constellation of symptoms associated with [[Cushing's disease]] but with other etiologies as well.
Follows from hypercortisolism
''Signs and symptoms:''
* bone marrow suppression
* irregular menses
* fungal skin infection
* central obesity
* abdominal striae
* hyperglycemia
* hypertension
* muscle wasting
''Etiologies:''
* use of pharmacological corticosteroids
* [[Cushing's disease]]
* [[ectopic ACTH-producing tumor]]
''Testing:''
* ask them if they take steroids
* midnight salivary [[cortisol]] levels
* 24-hour urine cortisol levels
* dexamethasone challenge
Loss of [[accommodation]] due to paralysis of the [[ciliary muscle]]
An isozyme of [[cytochrome P450]]
Metabolizes [[tylenol]] into toxic [[NAPQI]]
Induced by excessive [[ethanol]] consumption
An izozyme of [[cytochrome P450]]
Between 50-60% of hepatic CYP450 is this isozyme.
Estimated that it acts on as much as 50% of prescribed drugs (including [[statins]])
Inhibited by [[macrolide antibiotics]] and grapefruit juice
Caused by a defect in a [[kidney]] transporter that removes cystine from the urine and back into the blood.
Treated with restriction of [[methionine]], which derives into [[cysteine]]
Converts [[methemoglobin]] to [[hemoglobin]]
Uses [[NADH]] produced by [[G6PD]]
Directly initiates [[apoptosis]]
Detoxifies xenobiotics
CYP enzymes have half-lives in the body around 5-19 days
Affects drug efficacy
Makes compounds more hydrophilic
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
Below the superior fascia of the [[urogenital diaphragm]]
Above the [[perineal membrane]]
Similar to dementia but more acute
''Definition:''
Memory loss with signs of cognitive dysfunction. Signs have to last longer than 6 months (as opposed to [[delirium]]).
''Signs and symptoms:''
* Impaired language
* Impaired judgement
* Word finding difficulty
''Types:''
* [[Alzheimer's disease]]
* [[dementia with Lewy bodies]]
* [[frontotemporal dementia]]
* [[vascular dementia]]
''Reversible "causes":''
* psychiatric diagnoses like [[depression]]
* [[chronic encephalitis]]
* masses:
** [[meningioma]]
** chronic [[subdural hematoma]]
** normal pressure [[hydrocephalus]]
* medical:
** chronic alcholism/[[Wernicke's encephalopathy]]
** end-stage liver disease
** [[pernicious anemia]]
** [[hypothyroidism]]
''Signs and symptoms:''
//2 of the 3 for diagnosis://
* visual hallucinations
* fluctuating symptoms
* Parkinsonism
//Additional signs://
* Sleep disturbances
Anti-[[RANKL]] antibody
Adverse effects include joint pain
Looks clinically similar to [[hypothyroidism]], which is fairly common or [[dementia]].
Remember to check on whether the patient intends self-harm
Describes histological, [[neoplastic|neoplasia]] change characterized by dense collagenous stroma surrounding a malignancy.
* DHAP = dihydroxyacetone phosphate
* Both liver and adipose tissue can convert it to [[glycerol 3-phosphate|Glycerol 3-Phosphate]].
* dihydropyramidine dehydrogenase
* Different activity levels of this enzyme affect how much chemotherapy needs to be given to individual patients
* dihydrofolate reductase
''General Tests:''
* Serum sodium
* Urine osmolality
* In DI, you expect high serum sodium with low urine osmolality
''Differential:''
* [[central diabetes insipitus]]
* [[nephrogenic diabetes insipitus]]
''ID with:''
* water deprivation test
** after depriving, give [[desmopressin]] injection (can he concentrate the urine)
** If urine osmolarity normalizes, patient likely has central DI
** If urine osmolarity does not respond to desmopressin, patient likely has nephrogenic DI
''Diagnosed with different measures of glucose:''
* fasting glucose:
** prediabetes = 100-125 mg/dl
** diabetes > 125 mg/dl
* oral glucose tolerance test > 200 mg/dl after 2 hours
* HbA1c:
** prediabetes = 5.7-6.4%
** diabetes > 6.5%
* random serum glucose > 200 with classic symptoms
Natural history suggests that without treatment, most patients will progress to [[ESRD|uremia]]. The number 1 cause of ESRD in the United States.
''Clinical Findings:''
* hallmark is enlarged [[kidney]]s
* preceded by microalbuminuria
* onset marked by hyperfiltration in
* tertiary stage shows marked [[proteinuria]] and [[azotemia]]
* blood will show elevated Hb,,A1c,,
''Pathology:''
Hallmark is Kimmelstiel-Wilson nodules.
[img[http://lh3.ggpht.com/bharatsiddharth/SFbGHgNyMOI/AAAAAAAAALQ/cvjMwLrSgn8/Kimmelstiel-Wilson%20nodules_thumb%5B2%5D.jpg?imgmax=800]]
''Treatment:''
* Control blood pressure with [[ACE inhibitor]]s or [[ARBs|angiotensin receptor blocker]] (shoot for 140/90).
* Glycemic control with [[antiglycemic medication]]s
* Lipid lowering medication (no evidence specifically for renal indications yet)
* Encourage smoking cessation
* Moderate dietary protein restriction
* Discontinue any nephrotoxic medications
''Should a biopsy be performed?''
"Rapid onset of proteinuria (regardless of the progression from microalbuminuria to macroalbuminuria), absence of retinopathy, presence of hematuria, active urinary sediment, rapid decrease of renal function, and suspicion of other nephropathies secondary to systemic disease, are some of the indications for renal biopsy."^^[1]^^
---
# http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3874483/
diastasis = reduced ventricular filling
Longest part of the [[cardiac cycle]]
Happens after [[rapid ventricular filling]] and before [[atrial systole]]
Period when the ventricles refill with blood
A period of high volume
Happens after the [[2nd heart sound]] and before the [[1st heart sound]]
Its associated developmental defect is in the 3rd and 4th pharyngeal pouches
Most common associated cause of death is [[congenital heart disease]]
[[BH2]] + [[NADPH]] -> [[BH4]] + [[NADP+]]
Regenerates BH4 for use by [[phenylalanine hydroxylase]] and [[tyrosine hydroxylase]]
Deficiency associated with non-classical [[PKU]]
Having a pair of each chromosome.
Compound that lowers [[blood pressure]]
Aka diabetic ketoacidosis
''Mnemonic -- "Remember the 3 K's, or LOSE AOA":''
* Kussmaul respirations
* elevated ketones in serum and urine
* [[hyperkalemic]] -- but overall potassium depleted (insulin stimulates sodium-potassium pumps)
* high anion gap [[metabolic acidosis]]
* fruit odor on breath from ketones
* abdominal pain
* nausea
* vomiting
* mental status changes -- from the ketoacids
* dehydration
* severe:
** arrhythmia (ventricular tachycardia)
** cerebra edema
** [[mucor sinusitis]]
''Risk factors:''
* often precipitated by stress --> [[epinephrine]] release --> [[glucagon release]]
''Treatment:''
* saline resuscitation to correct for massive diuresis
* IV insulin (IV is faster and subcutaneous areas are dehydrated) + glucose + potassium
The product of a mutant [[allele]] inactivates the product of the wild-type allele.
Derived from [[tyrosine]]
[[parkinson disease]] involves degeneration of dopaminergic neurons that use [[D2 receptor]]
Most common nephritic manifestation of [[lupus nephritis]] (~40% of cases)
Mainly treated with corticosteroids and immunosuppressant drugs. Renal failure is common in this form.
''Distribution Determinants:''
* Solubilities
* Concentration gradients
* Ability to bind other constituents.
The process of metabolizing and eliminating a drug.
''Pharmacokinetic:''
* absorption
* distribution
* metabolism
* clearance
''Pharmacodynamic:''
* Drugs achieve the same end by different means to complement each other
** Like drugs for [[blood pressure]] that change [[cardiac output]] + [[vascular resistance]]
"Drug Tx at Baseline"
Baseline bupe = 306
Painful menstrual periods with cramps
Disordered cellular growth
Proliferation of pre-cancerous cells
Arises from longstanding [[hyperplasia]] or [[metaplasia]]
Dysplasia is ''reversible''
Dysplasia of bronchial epithelium is a reaction to long-term exposure to [[carcinogens|carcinogen]] in smoke.
Associated with [[TORCH syndrome]] in the [[fetus]]
Onset of seizures in a woman with [[pre-eclampsia]]
An etiology of [[Cushing's syndrome]]
''Treatment:''
Can terminate with [[methotrexate]]
Reduces [[complement]] activity
Non-caloric protein malnutrition (like Kwashiorkor) can cause edema. This is because less [[amino acid]] intake means there is less [[albumin]] being synthesized in the [[liver|Liver]]. Without albumin being used as a major contributor to colloidal osmotic strength in the plasma, fluid flows into the interstitial space.
''Locations:''
* Lower limbs
* Lungs
* Peritoneum
An [[acetylcholine esterase]] inhibitor
Aka esophagogastroduodenoscopy
Aka eosinophilic granulomatosis with polyangiitis, or Churg-Strauss syndrome
$$elastance = \frac{P}{V}
Extended by the [[triceps brachii]] and the [[anconeus]]
If this gets too high --> pulmonary congestion and shortness of breath
Only one [[coronary artery]] supplies the muscle in each section of the [[heart]].
Malignant proliferation of endometrial glands
''Types:''
* type I (75%)
** arise from [[endometrial hyperplasia]]
** associated with prolonged [[estrogen exposure]]
** risk factors include early [[menarche]], late [[menopause]], nulliparity, infertility with anovulatory cycles, and [[obesity]]
** average age of presentation is 60 yo
** endometrioid histology
* type II (25%)
** sporadic incidence from atrophic endometrium without precursor lesion
** [[p53]] mutation is common
** average age of presentation is 70 yo
** serous histology with papillary structures and [[psammoma body]]
** more aggressive
''Grading:''
Largely based on architecture. Well-differentiated tumors will have glands (low-grade).
''Treatment:''
[[hysterectomy]] combined with chemo and/or radiation if high-grade or advanced age
Thickened growth of endometrial lining of the uterus; benign, but can progress to [[endometrial carcinoma]]
''Prognosis:''
Important predictor of progression to malignancy is the presence of cellular atypia
Complex hyperplasia has a very high risk of progression
''Treatment:''
If simple, use oral contraceptive pills
If atypical, perform [[hysterectomy]]
Hyperplastic protrusion of the endometrium; benign
Normal thickness is < 4-5 mm.
Or Ma Huang
Plant that contains [[ephedrine]]
Associated with increased mortality
Increases activity of [[norepinephrine]] at α and Β receptors.
Indirect stimulation of sympathetic response.
''Effects:''
* Increased heart rate
* Vasoconstriction of peripheral vessels.
* Raise blood pressure
* Sweating
* Piloerection
At low doses, it acts primarily on [[B-adrenergic receptors|beta adrenergic receptor]]. At high doses, it predominately affects [[a-adrenergic receptors|alpha adrenergic receptor]].
Give it intramuscular because of its vasodilatory effects there.
''Drug Adverse Reactions:''
* [[hypertension]]
* [[arrythmia]]
* [[myocardial infarction]]
"It should be stressed that adrenaline is not contraindicated in individuals with underlying ischaemic heart disease, as the decrease in filling pressure due to anaphylaxis is likely to result in further coronary ischaemia (grade C). Careful monitoring and avoidance of adrenaline overdose is necessary in these patients."^^[1]^^
---
# ~McLean-Tooke, Andrew P. C., Claire A. Bethune, Ann C. Fay, and Gavin P. Spickett. “Adrenaline in the Treatment of Anaphylaxis: What Is the Evidence?” BMJ 327, no. 7427 (December 4, 2003): 1332–35. doi:10.1136/bmj.327.7427.1332.
An competitive [[aldosterone antagonist]] categorized as a [[potassium-sparing diuretic]]
Injury to upper trunk (C5-C6) of the [[brachial plexus]].
Affects the [[deltoid]], [[rotator cuff]], [[elbow flexors]], [[wrist extensors]], and [[hand extensors]].
"Waiter's tip" palsy:
[img[https://images.duckduckgo.com/iu/?u=http%3A%2F%2Fboneandspine.com%2Fwp-content%2Fuploads%2F2014%2F02%2Ferbs-palsy.png&f=1]](http://boneandspine.com/wp-content/uploads/2014/02/erbs-palsy.png)
Or ESR
A non-specific measure of systemic inflammation
A [[glycoprotein]] hormone that controls [[erythropoiesis]]
It is released by the [[kidney]] when it becomes [[hypoxic|hypoxia]]
''Effects:''
* Decreases bone resorption and increases bone deposition
* Stimulates [[prolactin]] but inhibits [[lactation]]
''Therapeutic Risks:''
* Unopposed replacement therapy puts patient at risk for endometrial hyperplasia and cancer
Its ingestion is associated with [[oxalate]] crystals in the urine
* Consumes 2 NADPH per round.
The prominent feature of [[21-hydroxylase]] deficiency is progressive virilization with advanced somatic development. The classic disorder produces ambiguous or masculine external genital formation in genetically female infants at birth.
''Forms:''
* Simple virilizing:
** most common cause of ambiguous genitalia in the newborn female
** without treatment, there is progressive virilization and early fusion of the epiphyses with resulting short stature
* Salt wasting:
Upon fracture of the neck of the femur, muscles crossing the neck will contract. This includes the powerful [[gluteus maximus]], which will laterally rotate the limb.
Stores iron in +3 state
Predominately a tissue protein; small amount in plasma. It will show elevated levels in plasma under [[iron overload]] conditions.
Aids in [[angiogenesis]] by stimulating [[endothelial|endothelium]] cell proliferation, differentiation, and migration.
* FH,,2,, = dihydrofolate = DHF = H,,2,,Folate
* FH,,4,, = Tetrahydrofolate = THF = H,,4,,Folate
[img[fh4.png]]
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
Characterized by deposition of [[fibrin]] into the walls of small muscular blood vessels after damage to the [[basement membrane]]
Classic appearance in bright pink staining in the walls
Examples include the [[Arthus reaction]]
Or FGF
Aids in angiogenesis.
Or peroneus longus
''Identification:''
"The longest and most superficial of the three fibularis muscles, [fibularis longus] is attached proximally to the head of the [[fibula]] and its 'belly' runs down most of this bone. It becomes a tendon that goes posteriorly around the [[lateral malleolus of the ankle]], then continues under the foot to attach to the [[medial cuneiform]] and first [[metatarsal]]."
“Peroneus Longus.” Wikipedia, the Free Encyclopedia, January 10, 2015. https://en.wikipedia.org/w/index.php?title=Peroneus_longus&oldid=641933650.
filtration fraction = [[glomerular filtration rate]] / [[renal perfusion flow]]
As you add more drug, the metabolism and elimation rates increase.
The [[half-life]] doesn't change
Innervated by [[median nerve]]
''Actions:''
* Flexes [[MCPJ]] and [[PIPJ]]
* Flexes [[wrist]]
[img[https://anatomystudybuddy.files.wordpress.com/2012/09/flexdigitorum.gif]]
"Harry" in the "Tom, Dick, and Harry" mnemonic.
Action: Flexes the [[carpometacarpal|CMC]] and [[metacarpophalangeal|MCP]] joints of the thumb
Innervation:
* Superficial head: Recurrent branch of the [[median nerve]]
* Deep head: Deep branch of [[ulnar nerve]]
[img[https://classconnection.s3.amazonaws.com/104/flashcards/1672104/jpg/flexor_pollicis_brevis1344057576649.jpg]]
''Structures passing deep to the flexor retinaculum include:''
* Tibialis posterior
* Flexor digitorum longus
* Posterior tibial artery
* Tibial nerve
* Flexor hallucis longus
$$Flow=\frac{Volume}{Time}$$
In terms of cardiovasculature, flow is denoted by [[cardiac output]]
''Magnitude of flow in different tissues:''
$$Liver > Kidney > Bone$$
(compare to magnitudes for [[perfusion]])
There are [[arterioles|arteriole]] that are closed at rest that can open when demand increases
Especially important concept with regard to the [[heart]]
Aka FQ
Class of antibiotics that end with "-oxacin".
Use of these antibiotics increases risk of tendon rupture.
A sub-class of [[nephritic diseases|nephritic syndrome]].
Some, but not all glomeruli in a biopsy will be affected. There will be more nuclei present than normal (>100).
''Examples:''
* [[SLE]]
* [[Henoch-Schonlein purpura]]
* [[IgA nephropathy]]
Class 3 of [[lupus nephritis]]
Often successfully responds to treatment with high doses of corticosteroids. It constitutes about 25% of cases. Renal failure is uncommon in this form.
Critical for prevention of [[neural tube defect]]s
Minimum dose in prenatal vitamins is 800 mcg/day
''Muscles in the 3rd Plantar Layer:''
* [[flexor hallucis brevis]]
* [[adductor hallucis]]
* [[flexor digiti minimi brevis]]
Increased urine production following administration of a [[diuretic]] and increased fluid intake
''Consequences:''
Increased filtrate flow through collecting duct --> [[urea]] cannot concentrate in collecting duct as it passes through [[renal medulla]] --> less diffusion of urea into interstitium --> depressed osmolality of renal medulla.
''Six superficial flexors:''
* [[pronator teres]] -- [[median nerve]]
* [[palmaris longus]] -- [[median nerve]]
* [[flexor digitorum superficialis]] -- [[median nerve]]
* [[flexor carpi radialis]] -- [[median nerve]]
* [[flexor carpi ulnaris]] -- [[ulnar nerve]]
* [[brachioradialis]] -- [[radial nerve]]
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
bilateral lesions cause amnesia syndromes
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
''Causes cell damage via:''
* Membrane lipid peroxidation
* Protein modification
* DNA mutations or breakage
''Generated by the following exogenous processes:''
* [[radiation]]
* [[oxygen therapy]]
* [[drugs|drug]]
* [[transition metals|transition metal]]
''Can be eliminated from the body via:''
* [[enzymes|enzyme]]
* spontaneous decay
* [[antioxidants|antioxidant]]
Aka focal segmental glomerulosclerosis
Most common cause of [[nephrotic syndrome]] in adults in the USA. Particularly common with Hispanics and African-Americans.
Responds poorly to treatment --> 65% reach [[ESRD|uremia]] within 5 years
Etiology is usually idiopathic but hereditary cases seem to have something to do with defective slit diaphragm proteins ([[podocin]] and [[nephrin]]).
''Risk Factors:''
MOSAIC:
* Minority -- African-American or Hispanic
* Obesity
* Sickle Cell Disease
* AIDS (HIV)
* IV heroin use
* Chronic Kidney Disease
''Symptoms:''
* Those characteristic of [[nephrotic syndrome]]
* [[hematuria]]
* [[hypertension]]
Inwardly activated (ions flow into the cell)
Its activation is greatest when the cell is hyperpolarized
It is permeable to both K^^+^^ and Na^^+^^; the [[HCN channel]] transmits the ions
A [[loop diuretic]] (and a rapid-acting venous [[vasodilator]])
''Mechanism:''
Must be filtered into the renal tubules. Inhibits the Na^^+^^-K^^+^^-Cl^^-^^ transporter in the [[TALH]] --> collapses [[countercurrent exchange]] --> [[forced diuresis]]
''Adverse reactions:''
* [[hypovolemia]]/low [[blood pressure]]: inhibition of TALH cotransporter collapses countercurrent exchange --> collapse of corticopapillary osmotic gradient --> decreased ability to reabsorb water
* Elevated [[BUN]]: Hypovolemia can trigger [[RAAS]] --> vasoconstriction --> [[prerenal azotemia]] --> decreased BUN clearance (also increased absorption of urea in proximal tubule)
* [[hypokalemia]]: Inhibition of TALH cotransporter --> decrease in [[potassium]] absorption; collapse of countercurrent exchange --> increased [[sodium]] delivery to collecting duct --> Na+ resorption coupled to K+ wasting
* Impaired concentration of urine: Inhibition of TALH cotransporter --> collapse of countercurrent exchange --> collapse of corticopapillary gradient --> decreased resorption of water through aquaporins in collecting duct
* Impaired dilution of urine: Inhibition of TALH cotransporter --> impaired Na+ resorption in TALH --> increased Na+ delivery to collecting duct
Drugs commonly target G-protein coupled receptors
* PPP enzyme
* G6PD = Glucose 6-Phosphate Dehydrogenase
* Generates [[NADPH]]
* Deficient G6PD increases erythrocyte hemolysis --> hyperbilirubinemia
Or physiologic nipple discharge
Non-pathologic nipple discharge unrelated to pregnancy or breast-feeding
Usually bilateral and white or clear
''Etiology:''
* Frequently caused by [[hyperprolactinemia]]
* GAMT = guanidinoacetate N-methytransferase
Used by cardiac myocytes to propagate [[action potentials|action potential]].
The speed of electrical conduction between cells is regulated by changing the number of gap junctions connecting cells as well as the relative permeability of gap junctions for ions.
Calcium overload or [[cellular injury]] can cause myocytes to decouple from each other.
Vaccine protects against [[HPV]] strains 6, 11, 16, and 18 (~70% of cervical cancer)
* Grant partial credit for second choices on exams
An [[aminoglycoside]] antibiotic
Ulcer-like pain
Presents similarly to [[myocardial infarction]]
Aka GFR
Can not make formula estimates of GFR outside of steady state.
If a patient is [[anuric]], GFR = 0.
* Outcomes: Generation of [[glucose]] at energetic cost from non-glycolytic precursors.
* Where: [[Liver|liver]] cytosol.
* Sources: amino acids, lactate, glycerol
* Active in: [[Fasted state|fasted state]]
* Key regulated steps -
[img[gluconeogenesis.jpg]]
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[img[https://upload.wikimedia.org/wikipedia/commons/thumb/6/6c/Beta_D-Glucuronic_acid.svg/520px-Beta_D-Glucuronic_acid.svg.png]]
"<a href="https://commons.wikimedia.org/wiki/File:Beta_D-Glucuronic_acid.svg#/media/File:Beta_D-Glucuronic_acid.svg">Beta D-Glucuronic acid</a>" by <a href="//commons.wikimedia.org/wiki/User:Yikrazuul" title="User:Yikrazuul">Yikrazuul</a> - <span class="int-own-work" lang="en">Own work</span>. Licensed under Public Domain via <a href="//commons.wikimedia.org/wiki/">Wikimedia Commons</a>.
Normal serum glucose in an adult is 65-110 mg/dL
* Patients with [[von Gierke disease]] lack functional G-6-phosphatase --> excess [[PRPP]]
Found in all tissues, but especially in [[RBCs|RBC]], [[cornea]], and the [[brain]].
Found in [[placenta]], the [[neuron]], and the [[teste]]
Derivatives of glutamate include [[GABA]] (γ-aminobutyric acid) and GSH ([[glutathione]])
NADPH is produced when α-ketoglutarate is produced.
Moves [[aspartate]] into the [[mitochondrial intermembrane space]] and [[glutamate]] into the [[mitosol]].
* Major importers of glutamine are the [[gut|intestine]], the [[kidney]], and immune cells.
* Glutamine and alanine are amino acids at highest concentration in the blood
Aka GSH
An important antioxidant or detoxifying conjugate.
[img[https://upload.wikimedia.org/wikipedia/commons/thumb/a/a9/Glutathion.svg/466px-Glutathion.svg.png]]
"<a href="https://commons.wikimedia.org/wiki/File:Glutathion.svg#/media/File:Glutathion.svg">Glutathion</a>" by <a href="//commons.wikimedia.org/wiki/User:NEUROtiker" title="User:NEUROtiker">NEUROtiker</a> - <span class="int-own-work" lang="en">Own work</span>. Licensed under Public Domain via <a href="//commons.wikimedia.org/wiki/">Wikimedia Commons</a>.
Catalyzes breakdown of [[H2O2]]
* Starting compound for TAG synthesis.
* Both liver and adipose tissue can produce it from [[DHAP]].
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
* Outcomes: Generation of [[glycogen]] stores of energy.
* Where: [[Liver|liver]].
* Active in: [[Fed state|fed state]].
* Reaction: Glycogen,,n,, + Glucose + 2ATP --> Glycogen,,n+1,, + 2ADP + 2P,,i,,
* Outcomes: Generation of [[glucose]] as fuel.
* Where: [[Liver|liver]] and [[muscle]].
* Active in: [[Fasted state|fasted state]].
* Key regulated steps: [[Glucose 6-phosphatase|glucose 6-phosphatase]] (only in [[liver]]).
* Outcomes: Net production of 2 [[ATP]], 2 [[acetyl CoA]], and 2 [[NADH]]. Generates important metabolic intermediates.
* Where: In the cytoplasm of all cells. All cells (especially [[RBCs]])
* Active in: [[fed state]]
* Key regulated steps: [[hexokinase]]/[[glucokinase]], [[PFK-1]], and [[pyruvate kinase]].
''Examples:''
* [[FSH]]
* [[luteinizing hormone]]
Infection with //Neisseria gonorrhoeae//
Feared complication is tubo-ovarian abscess
Caused by autoantibodies against type IV collagen.
Especially affects basement membranes of the [[glomerulus]] and [[alveolus]]
''Clinical Presentation:''
* older women and younger men
* renal manifestation as [[RPGN]]
* [[hemoptysis]]
''Treatment:''
* [[plasmapheresis]]
* [[immunosuppressants]]
* Deposition of [[uric acid]] in joints --> inflammation
* Caused by excessive degradation of [[purines|purine]]
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
A form of chronic inflammation characterized by epithelioid histiocytes (a kind of [[macrophage]]). [[Th1 cell]]s secrete IFN-γ which cause the histiocytes to fuse together into a [[Langerhans giant cell]]. The giant cell is usually surrounded by a rim of [[lymphocyte]]s.
There are two types: caseating and non-caseating
Or Wegener granulomatosis
Necrotizing vasculitis of small vessels with assoicated granulomatous inflammation
Targets lungs, kidneys, and the upper respiratory tract
Treat with [[cyclophosphamide]]
Associated with c-[[ANCA|ANCA vasculitis]]
''Pathophysiology:''
* autoantibody (TSI) constitutively stimulates TSH receptors
''Signs and Symptoms:''
* characteristics of [[hyperthyroidism]]
* large, diffuse, highly vascular goiter (pathognomonic)
* exophthalmos (pathognomonic)
''Pathology:''
* irregular follicles with scalloped colloid
* chronic inflammation
''Traversed by:''
* Sciatic nerve
* Superior gluteal NAV
* Inferior gluteal NAV
* Pudendal NAV
Aka [[glutathione]] S-transferase
''Drug Metabolism:''
* Often opposite to the effects of hepatic metabolism
* Plays an important role in enterohepatic metabolism
* Sometimes directly activates drugs targeted to the lower intestine
''Mechanism:''
blocks dopaminergic effects
''Adverse effects:''
* Knock out sympathetic response --> orthostatic hypotension
''Black box:''
"not approved for dementia-related psychosis; incr. mortality risk in elderly dementia pts on conventional or atypical antipsychotics; most deaths due to cardiovascular or infectious events; extent to which incr. mortality attributed to antipsychotic vs. some pt characteristic(s) not clear"
* Complexes with hemeglobin subunits so they are filtered less from the bloodstream
Aka glycosylated hemoglobin
Normal range is 3.6-5.3%.
Marker for [[diabetes mellitus]]
6.5% is pretty good for a diabetic
γ-subunits in HbF do not bind as well to [[2,3-bisphosphoglycerate]] ∴ HbF binds O,,2,, more tightly than HbA
Aka human chorionic gonadotropin
Should double every 2-3 days after conception
Threshold of 6000-6500 mIU/ml to see baby on abdominal ultrasound
* High density in terms of proteins to lipids.
* Takes [[cholesterol|Cholesterol]] to [[liver|Liver]].
Default heart rate is ~80 bpm
Positively correlated with [[stroke volume]]
In an adult male is 40%-60%.
In a pregnant woman is ~35%.
In a fetus it is ~55%.
Iron in heme can be switched between oxidation states and coordinate structures accordingly
Can be incorporated in larger biomolecules; needs to do so in order to be hydrophilic
Found in cytochrome p450 molecules
[img[https://images.duckduckgo.com/iu/?u=http%3A%2F%2Fcontent.answcdn.com%2Fmain%2Fcontent%2Fimg%2Foxford%2FoxfordBiochemistry%2F0198529171.heme.1.jpg&f=1]]
* Rate-limiting step of heme degradation
* Can measure CO exhalation to estimate bilirubin levels
* Inhibited by tin, zinc, or cobalt (protoporphyrins)
* Predominately happens in bone marrow
* Impaired by lead
* Imposes negative self-feedback
* Overrides negative feedback when demand for heme increases
* T state = deoxy Hb = no O,,2,, bound to heme
* R state = oxy Hb = O,,2,, is bound to heme
* CO,,2,, can bind to hemoglobin forming carbamate of hemoglobin (T state)
* As pH increases at a given oxygen pressure, the amount of hemoglobin saturated with O,,2,, increases
* To increase release of O,,2,,, lower the pH
''Part 1 for lowering [[pH]] of Body (at tissues):''
1. Actively metabolizing tissues give off [[CO2]]
2. CO2 enters the [[RBC]]
3. [[Carbonic anhydrase]] converts CO2 to bicarbonate ion
4. Bicarbonate releases a proton and enters tissue
5. pH drop causes hemoglobin to bind proton and to release O,,2,, into tissue
''Part 2 for lowering pH of body (at lungs):''
1. High O,,2,, pressure causes O,,2,, to enter RBC
2. O,,2,, binding hemoglobin causing it to release proton
3. Bicarbonate enters the RBC and binds proton
4. Carbonic anhydrase converts bicarbonate to CO,,2,,
5. RBC releases CO,,2,, into lungs
6. Lungs expel CO,,2,,
Aka HUS
Features [[microangiopathic hemolytic anemia]] and [[acute renal injury]].
Most common cause of acute renal injury in children.
If etiology is //E. coli// infection, do not use antibiotics. Killing the bug causes more shiga-toxin release. Shiga-toxin injures endothelial cells, setting into motion [[thrombotic microangiopathy]].
Atypical HUS is caused by deficiency of complement regulatory factors.
''Components:''
* coagulation - proteins-dependent (affected by [[warfarin]])
* [[thrombosis]] - [[thrombocyte]]-dependent
* [[vasoconstriction]] - [[prostaglandin]]-dependent (affected by [[aspirin]])
$$pH = pKa + \log{\frac{A^-}{HA}}$$
Structured to maximize diffusion of nutrients, toxins, and metabolic products between plasma and [[hepatocytes|hepatocyte]].
''Lined by:''
* Endothelial cells
* [[Kupffer cells|Kupffer cell]]
* [[Stellate cells|stellate cell]]
''Cancers associated with overexpression:''
* [[ovarian cancer]]
* [[breast cancer]]
* [[gastric carcinoma]]
Treated with blood letting until serum [[ferritin]] is below reference points
* Mental impairment
* [[Megaloblastic anemia]]
* Hypoxanthine-guanine phosphoribosyltransferase
* Reutilizes nucleotides
Derives into [[histamine]]
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
HIV = human immunodeficiency virus
Has a complex, conical [[capsid]]. It is enveloped. It is a [[diploid]], positive-sense, ssRNA, [[lentivirus]].
* Made from three acetyl ~CoA
Aka hereditary non-polyposis colorectal cancer
Or Lynch syndrome
''Inborn Errors of Metabolism:''
* Two key pathways related to [[homocysteine]] can be defective
* homocysteine + [[serine]] -> [[cysteine]] ([[cystathionine synthase]])
* homocysteine -> [[methionine]] ([[methionine synthase]])
Classically caused by deficiency of [[cystathionine synthase|CBS]] (most common cause)
Can also be caused by decreased affinity of cystathionine synthase for [[B6]] or by [[homocysteine methyltransferase]] deficiency.
Treated with decreased intake of [[methionine]] and increased intake of [[cysteine]] with supplementation of [[B6]], [[B12]], and [[folate|B9]]
* Homogentisic acid dioxygenase = HGD
* enzyme that is part of the degradative pathway of tyrosine into fumarate
''Framework:''
* What is the study ''population''?
* What is the ''exposure''?
* What is the ''outcome''?
* What is the ''comparison''?
* What was the ''time frame''?
* What is the ''type'' of study?
''Things to think about:''
* Ecological studies do not evaluate individuals
* In some prospective/longitudinal/cohort studies, there isn't always randomization of subjects
* In prospective studies as opposed to retrospective studies, you have better evidence for causation because you see exposure happens before the outcome
* Retrospective/Case-control slightly less useful because you have to worry about distortions of recall
Anterior dislocation can damage the [[axillary nerve]] and also sometimes the [[musculocutaneous nerve]]
[img[http://www.physio-pedia.com/images/5/53/Axillary_Nerve_Fig_1.jpg]]
Dilation of the renal collecting system caused by distal obstruction.
Metastatic [[cervical cancer]] is a
frequent cause of bilateral ureteral obstruction.
''Effects:''
* [[metabolic alkalosis]]
** [[aldosterone]] stimulates proton secretion in the [[renal alpha-intercalated cell]] -->
*** Loss of protons in urine
*** Increased resorption of "new" [[bicarbonate]]
**In the Newborn:**
* Genetic component
* Neonate blood-brain not mature, permeable to bilirubin
* Newborns have higher hematocrit, shorter RBC lifespan --> greater turnover of hemoglobin
* Steep rise in [[UDP-GT]] at the time of birth --> won't be prepared if baby is born prematurely
* Acute bilirubinmeia encephalopathy --> initial lethargym hypotonia, and weak suck; can progress to opisthotonus and seizures
* Bilirubin-induced neurological dysfunction --> choreo-athetoid cerbral palsy (move and twist like a snake), sensorineural defects, kernicterus (deep yellow staining of basal ganglia and cranial nerve nuclei) --> does not develop unless bilirubin exceeds 20 mg/dl --> leads to necrosis
* Direct (conjugated) hyperbilirubinemia is very rare and almost always pathological
* Treatment: --> Phototherapy (converts bilirubin to excretable form)
* Recommendations --> Promote healthy breastfeeding, measure timed bilirubin levels, assure appropriate follow-up, treat when indicated with phototherapy, IVIG, or exchange transfusion
''Etiologies:''
* primary [[hyperparathyroidism]]
* malignancies
* [[milk-alkali syndrome]]
* [[thyrotoxicosis]]
* [[sarcoidosis]]
* drug-induced
''Tests:''
''Treatment:''
* Like from burns, severe injury, and acute inflammatory response.
Blood sugar higher than 200 mg/dl
Excess concentration of [[potassium]] in the blood.
Can cause heart arrythmias --> treat with Ca2+.
//Chronic// hyperkalemia almost always indicates impairment of renal K^^+^^ excretion
Causes [[accommodation]]
ECG shows peaked T waves.
''Drugs that can cause it:''
* [[potassium-sparing diuretic]]
* [[trimethoprim]]
''Other Causes:''
* crush injury --> cell lysis; also [[rhabdomyolysis]] --> [[acute renal failure]]
Because Mg^^2+^^ competes with Ca^^2+^^ for reabsorption in the [[TALH]], hypermagnesemia causes an increase in [[calcium]] clearance.
Elevated level of [[sodium]] in the blood
Excess of [[PTH]] due to disorder of the [[parathyroid gland]] itself (primary) or due to extrinsic disease process (secondary)
''Etiologies:''
* Primary:
** parathyroid adenoma (80% of cases)
** sporadic parathyroid hyperplasia
*** Like from genetic disorder like [[multiple endocrine neoplasia]]
** parathyroid carcinoma
*Secondary:
** [[chronic renal failure]]
''Signs and Symptoms:''
* //Bones, stones, moans, and groans//
* elevated PTH
* elevated serum alkaline phosphatase
* [[osteitis fibrosa cystica]] (bones)
* CNS disturbances (moans)
* constipation, [[peptic ulcer disease]], and [[acute pancreatitis]] (groans)
* Primary:
** [[hypercalcemia]]
** [[hypophosphatemia]]
** elevated urinary [[cAMP]]
** [[nephrolithiasis]] (stones)
* Secondary:
** [[hypocalcemia]]
** [[hyperphosphatemia]]
''Treatment:''
* For adenoma --> surgical excision
* For multiple gland hyperplasia --> Remove 3 of glands
* Monitor Ca^^2+^^
* If no surgery, can use [[cinacalcet]]
Growth by production of new cells
Physiological hyperplasia might be [[pregnancy]]
Pathologic hyperplasia can progress to [[dysplasia]] and [[cancer]]; e.g. [[endometrial hyperplasia]]; classic exception -- [[benign prostatic hyperplasia]]
the presence of abnormally high levels of [[prolactin]] in the blood
Levels of prolactin can sometimes reflect size of tumor
''Etiology:''
* Medicine-related causes -- anti-dopaminergics (anti-psychotics --> rosperidone, haldol; anti-imetics)
* Neurogenic stimulation
* [[prolactinoma]] -- gets bigger when people are pregnant, most common pituitary tumor
* Tumor obstructs pituitary stalk --> cuts off dopamine inhibition of prolactin
* Vigorous stimulation of the breast
* primary [[hypothyroidism]]
''Effects:''
* [[amenorrhea]] <- low [[luteinizing hormone]] and low [[FSH]] <- low [[GnRH]] <- high prolactin
* [[infertility]]
* early loss of bone density ([[osteoporosis]])
''Treatment:''
* dopaminergic agonists to inhibit prolactin:
** [[bromocriptine]]
** [[cabergoline]]
* surgery indicated for adenoma only after medical management fails
* radiation is third-line --> can lead to [[hypopituitarism]]
''Pathophysiology:''
# alteration in renal pressure-natriuresis relationship
# higher arterial pressure needed to maintain normal [[sodium]] excretion --> higher [[RAAS]] activity
# vascular remodeling and pathologic changes --> decreased renal perfusion
# maintenance of hypertension even in absence of trigger
Or severe acute hypertension, or malignant hypertension
A high [[renin]] form of hypertension
''Clinical Findings:''
* Classically:
** [[neuroretinopathy]]
** [[papilledema]]
** [[acute renal injury]]
* Also inclusively:
** CNS effects
** CV effects
''Possible Causes:''
* [[pheochromocytoma]]
* [[cocaine]]
* [[hyperthyroidism]]
''Etiology:''
* [[Graves' disease]]
* multinodular goiter
* radioiodine administration
* subacute thyroiditis
''Signs and symptoms:''
* Fast heart beat and arrythmia
** T3 potentiates beta-adrenergic response
* Warm temperature
** T3 increases:
*** synthesis of [[Na+,K+-ATPase]]
*** uncoupling proteins
*** rate of "futile cycles"
*** effect of catecholamines
* Weight loss
** T3 increases turnover of body constituents
* Nervousness
** T3 increases cAMP response to catecholamines
''Tests:''
* Test T4, TSH, and T3 (more important for hyper than hypothyroidism)
''Treatment:''
* thionamides (methimazole and propylthiouracil)
** decrease synthesis of thyroid hormone in order to normalize serum levels
** both can cause fever and sore throat
** both effective after about 2-4 weeks of treatment
** methimazole better for compliance because you take it less often
** propylthiouracil has significant liver toxicity
** propylthiouracil used more in pregnant women because it causes less birth defects
* [[beta-blocker]]s
** to reduce hyperadrenergic state
* definitive treatments:
** radioiodine ablation
*** goal is permanent conversion to [[hypothyroidism]]
*** cons - takes longer, can worsen your eye disease, initially there is exacerbation of hyperthyroidism because of damage to gland, sometimes need a second treatment
*** time-course -- average of 77 days to reach hypothyroidism
** thyroidectomy
*** pros -- very quick
*** cons -- possible damage to [[parathyroid gland]]s or [[recurrent laryngeal nerve]], anesthesia risks
Form of [[hypertrophy]]
[[Myocytes|myocyte]] have larger nuclei and more cytoplasm than normal. Associated with increased amounts of [[mRNA]], [[rRNA]], and [[protein]].
* Can be life-threatening
* It is a symptom of an underlying cause
* A decrease in [[hemoglobin]]
* Decrease in oxygen carrying capacity
* Low [[ferritin]] is diagnostic
* Normal [[ferritin]] does not exclude
''For oral presentation provide:''
* MCV
* Retics
* RDW
* Smear
''Causes:''
* Most common cause is blood loss from menstruation, pregnancy, colon cancer (curable early, fatal later)
* Iron deficiency
* Thalassemia
* Chronic disease (chronic inflammation, ACD, ACI)
Blood sugar less than 70 mg/dl
''Causes:''
* [[bulimia]] --> [[vomiting]] --> [[metabolic alkalosis]] --> increased distal renal tubule delivery of [[bicarbonate]] --> increased renal K+ excretion
* [[laxative]] abuse --> [[diarrhea]] -->
**loss of [[potassium]] through stool
**non-anion-gap [[metabolic acidosis]]
Low ratio of sodium/water in blood
''Symptoms:''
* Edema
* Neurologic symptoms from [[cerebral edema]]:
** nausea
** vomiting
** confusion
** lethargy
** seizures
** coma
* Fall risk!
Hypocalcemia induced by [[PTH]] insufficiency
''Signs and Symptoms:''
* Numbness and tingling, particularly around the mouth
* Muscle spasms
* Clinical signs:
** Trousseau's sign -- inflating blood pressure cuff to elicit hand contortion
** Chvostek's sign -- tapping of facial nerve next to ear to elicit facial spasm
''Etiologies:''
* Accidental excision of parathyroid glands during thyroidectomy.
''Treatment:''
* Ca^^2+^^ supplementation either orally or by IV depending on urgency of need
** If patient is symptomatic, probably want an IV drip
** Oral route is less bioavailable and doesn't take effect as quickly
** In acute situations, start both and then taper off the IV drip after patient stabilizes
* [[vitamin D]]
* [[thiazide diuretic]]s
* recombinant PTH
*Monitoring:
** Want to shoot for calcium serum concentrations at the low end of normal because kidney cannot be stimulated by PTH to reabsorb Ca^^2+^^
the presentation of deficiency of each [[anterior pituitary]] hormone
''Clinical Manifestation:''
* lactation insufficiency -- no [[prolactin]]
* [[amenorrhea]] -- [[hypogonadism]] due to no [[gonadotropin]]s
* severe fatigue
''Etiology:''
* Brain trauma
* Surgery
* Blood loss <- pituitary sensitive to ischemia
* Inflammation:
**[[sarcoidosis]]
**[[tuberculosis]]
**[[hypophysitis]]
**[[histiocytosis x]]
*Vascular:
**[[apoplexy]]
**[[aneurysm]]
**[[Sheehan's syndrome]]
''Tests:''
* When concerned about pituitary function, always want to check on [[cortisol]] and [[T4]] because they're critical to life
''Treatment:''
* Replace each missing hormone
* Definitely replace cortisol first ([[prednisone]])
* [[levothyroxine]]
Decrease in cell production during [[embryogenesis]]
Results in relatively undersized organ; e.g. [[streak ovary]] in [[Turner syndrome]]
Exhibits same symptoms of [[hypopituitarism]] with addition of [[central diabetes insipitus]] (also consider pan-hypopitutarism; hypothalamus might still be ok)
''Etiology:''
*Congenital
*Tumors
*Infiltration of pituitary stalk
*Inflammatory
**[[sarcoidosis]]
Made up of [[abductor digiti minimi]], [[opponens digiti minimi]], and [[flexor digiti minimi brevis]]
''Etiology:''
* iodine deficiency (most common worldwide)
* treatment of hyperthyroidism with radioiodine or surgery
* autoimmune destruction of thyroid gland
** Hashimoto's disease ([[chronic lymphocytic thyroiditis]])
* thyroid agenesis
* drugs:
** lithium, thiocyanates
* pituitary underproduction of [[TSH]]
''Tests:''
* TSH (expect high)
* free thyroxine (expect low)
''Treatment:''
* levothyroxine
** track the TSH levels to be just into normal range
** be extra cautious if she has CV or renal risk factors
** increase slowly unless in [[myxedema coma]]
Type of [[hypoxia]]
Defined as a low partial pressure of [[O2]] in blood ([[PaO2]] < 60 mm Hg; [[SaO2]] < 90%)
''Caused by:''
* High altitudes
* High ~PaCO,,2,,,
* [[interstitial fibrosis of lung]]
* Diffusion defect like [[COPD]]
* [[hypoventilation]]
* [[V/Q mismatch]]
* [[right-to-left shunt]]
Defined as low [[O2]] delivery to tissue -> deficit of [[ATP]] -> [[cellular injury]]
Low ATP disrupts key cellular functions like [[Na+,K+-ATPase]] -> [[cellular swelling]]; the [[Ca2+-ATPase]] -> enzyme activation, and [[aerobic glycolysis]] -> [[lactic acid]] accumulation
Causes are [[ischemia]], [[hypoxemia]], decreased [[O2-carrying capacity]] of blood
Initial phase is [[reversible|cellular injury]]
A [[neuron]] is especially susceptible to this stress
Or Berger disease
Most common cause of glomerular [[hematuria]] world-wide
''Symptoms:''
* [[hematuria]]
* flank pain
* low-grade fever
''Biopsy:''
* Mesangial deposits
''Associated with:''
* [[Henoch-Schonlein purpura]]
* [[herpetic dermatitis]]
* [[celiac sprue]]
Action: flexes the thigh
Innervation: femoral nerve (L2-L4):
[img[http://www.hindawi.com/journals/isrn/2011/421505.fig.0011.jpg]](http://www.hindawi.com/journals/isrn/2011/421505.fig.0011.jpg)
* IMP = inosine monophosphate
Incidence is a rate
Incidence = [[prevalence]] / duration of time
incidence = (number of new cases in population during specified time) / (total number in population at risk of developing disease during that period)
"In medicine, infarction is tissue death caused by a local lack of oxygen, due to an obstruction of the tissue's blood supply. The resulting lesion is referred to as an infarct."
“Infarction.” Wikipedia, the Free Encyclopedia, December 27, 2014. https://en.wikipedia.org/w/index.php?title=Infarction&oldid=639800920.
For identification: Find the broader [[quadratus femoris]]. Inferior gemellus is right above it:
[img[http://upload.wikimedia.org/wikipedia/commons/1/16/Quadratus_femoris_muscle.jpg]]
Or IMA
Originates at spinal level L3
''Branches:''
* Left colic artery
* Sigmoid anastomosing arcade
* Superior rectal artery
Action: Externally rotates the arm at the [[shoulder joint]]
The force of [[muscle]] contractility
Can be thought of as proportion of [[myosin]] heads that are working
Inotropy has a positive relationship with [[Ca2+]] concentration and [[troponin]]-C sensitivity. Sensitivity reflects the ability of troponin-C to bind Ca^^2+^^
Search for a topic or see "[[Pick a Starting Point!]]". Card topics have been linked together to create a relational network.
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Major anabolic hormone of the body
''Examples:''
* humulin -- short acting
* lispro -- long-term drug
* Plays a role in fetal overgrowth due to maternal diabetes.
Supplied partially by anterior choroidal artery
''Two neurovascular structures traverse the triangle:''
# [[brachial plexus]]
# [[subclavian artery]]
Same as bicipital tendon sheath
So named because it is in the [[intertubercular sulcus]] between the greater and lesser tubercles of the [[humerus]]
Communicates with the [[synovial cavity]]
Encloses the long head of [[biceps brachii]]
''Role in Amino Acid Metabolism:''
* The major amino acid consumer
* A major consumer of Gln under normal conditions
* Citrulline synthesis (which is what the Gln is used for)
* Ala synthesis
''Treatment:''
* subdural hematoma - emergency surgical decompression
Elevation of serum [[creatinine]] and BUN due to loss of function in kidney. A form of [[acute renal injury]].
''Imaging:''
Echogenic parenchyma on [[ultrasound]]
''Differential Diagnosis:''
Four compartments to consider:
* Vascular -- [[hematuria]] and/or [[proteinuria]] caused by thrombosis
** large vessels -- acute renal artery or vein thrombosis
** small vessels -- [[hypertensive emergency]], scleroderma renal crisis, atheroembolic disease
** glomerular capillaries -- [[pre-eclampsia]], [[thrombotic thrombocytopenic purpura]], [[hemolytic uremic syndrome]], and [[disseminated intravascular coagulation]]
* Glomerulus -- Hematuria with RBC casts and/or proteinuria
* [[Tubules|acute tubular necrosis]] -- "muddy brown" granular casts and/ proteinuria
* Interstitium -- WBCs, WBC casts and/or proteinuria
** [[acute interstitial nephritis]]
** [[acute pyelonephritis]]
Is filtered by the [[nephron]], but is neither reabsorbed, nor secreted --> used to measure [[glomerular filtration rate]]
Because water can be reabsorbed, but not secreted, tubular inulin concentration will get continuously higher as it progresses to the [[renal collecting duct]]
As plasma [H^^+^^] decreases, the number of sites available on negative plasma proteins increases. Free ionized calcium binds to the plasma proteins and its plasma concentration drops.
A quaternary [[muscarinic antagonist]] used in treatment of [[status asthmaticus]]
* Excess iron can be toxic <-- the oxidation of Fe^^2+^^ to Fe^^3+^^ can generate hydroxide radicals
!!Biomolecules with Iron:
* Heme proteins
* Iron-sulfur proteins
* Iron-storage proteins
* Iron-transport proteins
!!Nutritional Aspects:
* Needs increase during pregnancy and lactation
* Lactoferrin binds iron in milk; also seems to have anti-microbial action
* Only 10-15% of dietary iron is absorbed
* Iron deficiency may lead to [[hypochromic anemia]]
* Important as clinician to determine the cause of iron deficiency
!!Iron Homeostasis:
* Dietary intake and excretion must balance; production and destruction of [[erythrocytes|RBC]] must balance too
Patient populations at risk include pre-menopausal women and breast-fed infants.
Defined as decreased blood flow through an organ
Ischemic cells are acidic because of [[lactic acid]] production
''Causes:''
* Block in arterial flow such as from [[atherosclerosis]]
* Block of a downstream vein
* [[shock]]
Type of [[hypoxia]]
Happens after the [[tricuspid valve]] and [[mitral valve]] close, but before the [[pulmonary valve]] and the [[aortic valve]] open
Immediately after [[1st heart sound]]
Happens after the [[pulmonary valve]] and the [[aortic valve]] close, but before the [[tricuspid valve]] and [[mitral valve]] open.
Immediately after [[2nd heart sound]]
Will relax even without [[repolarization]] as Ca^^2+^^ is removed from [[cytosol]] into [[extracellular space]] and [[sarcoplasmic reticulum]]
* jaundice = hyperbilirubinemia
* yellowish discoloration of skin or eye sclera due to deposition of conjugated/unconjugated bilirubin
* often indicates problems with [[heme degradation]]
Indicates rising pressure in [[right atrium]]
Thickening of the [[conjunctiva]]
Caused by [[vitamin A deficiency]]
Associated with [[night blindness]]
Opposed by [[malonyl CoA]]
* Like portable versions of acetyl ~CoA
* Takes place in the liver mitosol.
[img[ketonebodysynthesis.jpg]]
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''Role in blood pressure:''
* Regulator of body sodium and fluid volume
* Key player in [[RAAS]] control of peripheral [[vascular resistance]] as well and volume status
''Role in Amino Acid Metabolism:''
* Urinary [[pH]] regulation --> during acidosis, kidney takes up large amounts of gln for the production of ammonia (buffering agent)
* Major producer of Arg
* Oxidizes Gln and other amino acids for energy
* Gluconeogenesis
''Role in pH Homeostasis:''
* Excretes H+ as buffered acid and free H+
* Ammonia can trap protons by converting to ammonium --> ammonium is excreted in urine
* [[Glutamate dehydrogenase]] produces ammonia
* Generates new [[bicarbonate]] via [[carbonic anhydrase]]
* Reabsorbs bicarbonate from filtrate
* [[Glutaminase]] produces ammonia
* Activity of these enzymes is modulated by pH
Calcium oxalate stones are the most common. They have an "envelope" shape:
[img[http://classconnection.s3.amazonaws.com/881/flashcards/864881/png/calcium_oxalate1320207906549.png]]
''Treatment:''
* Modify diet to low sodium and low protein.
* Increase urine volume
* Supplement with [[citrate]], which is protective
* [[thiazide diuretic]]s (Ca++ reabsorption)
results from bilateral lesion of the [[amygdala]]
''Signs:''
//HIP-HIP//
* Hypersexuality
* Increased oral exploratory behavior
* Placidity
* Hyperphagia
* Impaired memory ([[anterograde amnesia]]
* Psychic blindness/visual agnosia
In an enzyme catalyzed reaction, K,,m,, represents substrate concentration at (1/2)V,,max,,
K,,m,, reflects relative affinities between enzymes and their substrates
[img[http://www.pt.ntu.edu.tw/hmchai/SurfaceAnatomy/SFAlower/KneeThigh.files/DistalFemurLandmark.png]]http://www.pt.ntu.edu.tw/hmchai/SurfaceAnatomy/SFAlower/KneeThigh.files/DistalFemurLandmark.png
* Fingernails have lost the convexity
* L1-NAA-t = L1-neutral amino acid transporter
* Responsible for cellular uptake of the large, neutral amino acids leucine, tyrosine, valine, threonine
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The secretomotor fibers are parasympathetic fibers that run through the facial, greater petrosal, vidian, maxillary, zygomatic, zygomaticotemporal, and lacrimal (only the terminal portion) nerves.
Small localized ischemic cellular death
alias = 3 lamas
an [[anti-seizure medication]] indicated for tonic-clonic, simple partial, complex partial, and absence seizures (default + absent gaze)
works by stabilizing inactivated state of fast sodium channels
does not affect CYP450 enzymes
a tract of axons in the brainstem that carries information about sound from the cochlear nucleus to various brainstem nuclei and ultimately the contralateral inferior colliculus of the midbrain
[img[http://human.freescience.org/images/wikimages/250px-Lateral_lemniscus.PNG]]
Protects against extreme inversion injury of the ankle
''Composed of three ligaments:''
*Anterior and posterior [[talofibular ligament]]
*[[calcaneofibular ligament]]
Aka lactate dehydrogenase
A serum tumor marker for [[dysgerminoma]]
Lead inhibits [[ALA dehydratase]], a component of [[heme synthesis]], and [[ferrochelatase]], which inserts iron into newly synthesized [[heme]] rings. Decreasing functional heme production leads to [[microcytic anemia]].
Potentially caused by eating paint chips.
artificial addition to the survival time of screen-detected cases just because they were detected earlier than they would have been otherwise
Lecithin is a generic term to designate any group of yellow-brownish fatty substances occurring in animal and plant tissues composed of phosphoric acid, choline, fatty acids, glycerol, glycolipids, triglycerides, and phospholipids.
Typical pressure is <12 mmHg.
Normal systolic/diastolic pressure is 130/10 mmHg.
Just the part of the lower limb between the [[knee]] and the [[ankle]]
''Anterior Compartment:''
* Fed by [[anterior tibial artery]]
* Innervated by [[deep fibular nerve]]
[img[https://images.duckduckgo.com/iu/?u=http%3A%2F%2Fphp.med.unsw.edu.au%2Fmedwiki%2Fimages%2F8%2F88%2FTwo_compartments_of_leg%2521.png&f=1]]
the phenomenon whereby less aggressive diseases have a greater window of time in which they can be detected compared to more aggressive diseases
can lead to overdiagnosis
* leucovorin = //N//5-formyl-FH,,4,,
* Displaces MTX from DHFR
Made up of [[puborectalis]], [[pubococcygeus]], and [[iliococcygeus]]. (Naming pattern is AB, AC, DC)
[img[https://classconnection.s3.amazonaws.com/962/flashcards/3550962/jpg/puborectalis-14214AF269567FCAF05.jpg]]
Its sensory fibers have cell bodies in the [[trigeminal ganglion]] (general somatic afferent) and the [[geniculate ganglion]] (special somatic afferent).
A "wear and tear" pigment of aging.
Accumulates in [[brain]], [[liver]], and [[heart]]
Colored yellow-brown
Made of [[lipid]]-containing residues from lysosomal digestion
Connected to the lesser curvature of the [[stomach]] by the [[gastrohepatic ligament]].
''Role in Amino Acid Metabolism:''
* Major gluconeogenic organ
* Primary center of amino acid metabolism
* Does not metabolize branched chain amino acids though
* Major producer of creatine, urea, apoB100, haptoglobulin, transferrin, and [[albumin]]
''Cause:''
* Gram-positive //pneumococcus//, also called //Streptococcus pneumoniae// (95%)
* If not //pneumococcus//, often //Klebsiella//
''Pathologic Progression:''
* Gross appearance goes from congested, to red hepatization, to gray hepatization, to resolution
''Risk factors:''
* HIV infected
* Alcoholics
''Signs and Symptoms:''
* Anxious
* Cough
* Chest splinting
* Quieter breath sound
* Dull to percussion
* Abnormal rise of immature [[leukocytes|leukocyte]] (e.g. band forms); this can be called a ''leftward shift''
* Low partial pressures of gasses
* Blood is [[alkylotic|pulmonary alkylosis]]
''Tests:''
* X-Ray --> cloudy lobar regions (often right middle lobe)
* CT Scan can confirm
* Smear, stain, and culture the sputum --> generally looking for gram-positives
''Actions:''
* Flexes the metacarpophalangeal joint ([[MCPJ]])
* Extends the proximal interphalangeal joint ([[PIPJ]])
''Innervation:''
* 1st and 2nd lumbricals by the recurrent branch of the [[median nerve]]
* 3rd and 4th lumbricals by the deep branch of the [[ulnar nerve]]
Causes the most cancer-related deaths in the United States.
Full name systemic lupus erythematous
''Some common antigens for its antibodies:''
* dsDNA
* Nuclear antigens
* [[Smith]] antigen
* A and B antigens
Nephritic manifestations of [[SLE]]
''Classes:''
* Class I - [[minimal mesangial glomerulonephritis]]
* Class II -- [[mesangial proliferative lupus nephritis]]
* Class III -- [[focal proliferative nephritis]]
* Class IV -- diffuse proliferative glomerulonephritis ([[DPGN]])
* Class V -- [[membranous nephropathy]]
Located in [[distal convoluted tubule]] of the [[kidney]]
Senses sodium concentration in [[filtrate]]
In cases of low [[blood pressure]], the macula densa senses less salt and sends a [[prostaglandin]] signal to the [[juxtaglomerular cell]]
''Clinical Uses:''
* Bronchodilator
In the [[mitochondrial intermembrane space]], malate dehydrogenase catalyzes: [[oxaloacetate]] + [[NADH]] --> [[malate]] + [[NAD+]]
In the [[mitosol]], malate dehydrogenase catalyzes [[malate]] + [[NAD+]] --> [[oxaloacetate]] + [[NADH]]
NADH-Mitochondrial-Intermembrane-Space --> NADH-Mitosol
[[NADH]] produced during catabolism of [[glucose]] to [[pyruvate]] in the [[cytosol]] cannot cross the inner mitochondrial membrane. Shuttle mechanisms like malate-aspartate shuttle allow NADH reducing equivalents to cross into the [[mitosol]] to produce [[ATP]].
Start with: [[NADH]] and [[oxaloacetate]] being fed into [[malate dehydrogenase]]
[img[malate-aspartate shuttle.png]]
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
Moves [[malate]] into the [[mitosol]] and [[α-ketoglutarate]] into the [[mitochondrial intermembrane space]].
''Functions:''
* episodic memory
Retracted into the [[TMJ]] primarily by [[temporalis muscle]]
Acts to close the jaw.
Innervated by the [[marginal mandibular branch]] of [[facial nerve]]
* SAM = methionine adenosyltransferase = S-adenosylmethionine synthetase
Mother has poorly managed [[PKU]] while pregnant. Infant is born with [[microcephaly]], [[congenital heart defects]], and [[growth|growth retardation]]/[[mental retardation]].
Deficiency causes:
* Elevated plasma acyl carnitines
* Elevated urinary medium-chain to light-chain dicarboxcylic acids
* [[hypoglycemia]]
* [[hypoketosis]]
Denoted by MAP
$$MAP = (CO \cdot SVR) + CVP$$
: where CO is [[cardiac output]]; SVR is systemic [[vascular resistance]]; and CVP is [[central venous pressure]] (usually ~0)
''Derived from:''
$$\Delta P = Q \cdot R$$
: where ΔP is change in pressure, aka MAP - CVP; Q is [[flow]], aka CO; and R is resistance aka SVR
''Approximated by:''
$$MAP \approx (\frac{1}{3} \cdot Systolic \ Pressure) + (\frac{2}{3} \cdot Diastolic \ Pressure)$$
or
$$MAP \approx Diastolic \ Pressure + \frac{Pulse \ Pressure}{3}$$
* MCV = mean corpuscle volume
* mean corpuscular hemoglobin concentration = MCHC
''Innervation:''
* Most of first and second of anterior [[forearm]]: [[pronator teres]], [[flexor carpi radialis]], [[palmaris longus]], [[flexor digitorum superficialis]],
* Some of deep layer of the anterior forearm: Part of [[flexor digitorum profundus]], [[flexor pollicis longus]], and [[pronator quadratus]].
* Lateral palmar aspect of [[hand]]: [[flexor pollicis brevis]]
''Proximal Injury:''
* Causes include supracondylar fracture of the [[humerus]].
* Sequelae include "Pope's Blessing", loss of pronation in [[forearm]], and sensory deficits.
[img[https://images.duckduckgo.com/iu/?u=http%3A%2F%2Fupload.wikimedia.org%2Fwikipedia%2Fcommons%2F6%2F65%2FUlnar_claw_hand.JPG&f=1]]
''Distal Injury:''
* Causes include dislocation of the [[lunate]] into the [[carpal tunnel]] or [[carpal tunnel syndrome]].
* Sequelae include ape hand and atrophy of the [[thenar eminence]] (think of ape-hand as one of a withering older ape whose thenar eminence is very weak):
[img[https://images.duckduckgo.com/iu/?u=http%3A%2F%2Fteachmeanatomy.info%2Fwp-content%2Fuploads%2FUntreated-CTS.jpg&f=1]]
* Caused by insufficient precursors for dTMP synthesis --> inhibition of DNA synthesis in [[RBC]] precursors
Assume to be human membranes unless otherwise specified
Types of [[phospholipid]] molecules are different on each side of the cell's phospholipid bilayer
Hallmark sign of irreversible [[cellular injury]]
Think of this in terms of the plasma [[membrane]], the mitochondrial membrane, and the [[lysosomal|lysosome]] membrane
Damage to integrity of mitochodrial membrane -> [[cytochrome C]] leaks into the [[cytosol]] and signals [[apoptosis]]
Damage to integrity of lysosome -> digestion of cellular components
If this occurs, you will see enzymes in places they are not usually like the blood
Or membranous glomerulonephritis
Most common cause of [[nephrotic syndrome]] in caucasians
''Pathology:''
* Light microscopy/IF -- diffuse basement membrane thickening, in the absence of proliferative changes, and granular deposits of IgG and C3 are typical of this condition.
* EM -- subepithelial immune complex deposits with "spike and dome" appearance
''Etiologies:''
* idiopathic, but show anti-phospholipase A2 receptor antibodies (75%)
* [[SLE]] -- Class 5 [[lupus nephritis]]; most common nephrotic manifestation of lupus (~10% of cases)
* [[hepatitis B]] or C
* Certain drugs -- [[penicillin derivatives]] and [[NSAID]]s
* Solid tumors
''Prognosis:''
* Does not respond well to corticosteroids
* rule of thirds -- 1/3 spontaneously get better, 1/3 retain some function, 1/3 progress to [[chronic renal failure]]
Describes intermittent increases of endolymphatic volume in the inner ear
''Signs and symptoms:''
* Progressive hearing loss
* Episodic vertigo
* Nausea/vomiting
* Sensation of fullness in the ear
After episode, meningeal scarring can occur --> decreased absorption of [[CSF]] by [[arachnoid granulation]]s --> [[hydrocephalus]]
''Causes:''
* Chronic:
** carcinomatous
** [[tuberculosis]]
** fungal infection
Prolonged and/or heavy menstruation period.
''Necessary components:''
* Pulsatile GnRH -> [[pituitary gland]]
* Need functional ovaries, uterine tubes, and uterus.
Class 2 of [[lupus nephritis]]
This form typically responds completely to treatment with corticosteroids. It constitutes about 20% of cases. Renal failure is rare in this form.
Low [[pH]] (below 7.35), low [[pCO2]], low [[bicarbonate]]
''Causes:''
*High Anion Gap:
** [[methanol]]/[[formaldehyde]] poisoning - increased [[formic acid]] anion gap
** [[uremia]] - decreased proton secretion, high [[serum anion gap]]
** [[diabetic ketoacidosis]], increased anion gap
** [[propylene glycol]]/[[ethylene glycol]] intoxication - increased [[glycolic acid]] and [[oxalic acid]] anion gap
** [[iron]] or [[isoniazid]] intoxication
** [[lactic acidosis]]
** [[ethanol]] intoxication - increased lactic acid anion gap
** [[rhabdomyolysis]] - increased amino acid anion gap
** [[salicylic acid]] intoxication - aspirin
*Normal Anion Gap:
** [[pancreatic fistula]] - loss of bicarbonate
** [[renal tubular acidosis]]
** [[diarrhea]] - like from [[cholera]] (can still make acidic urine)
** [[spironolactone]] administration
** [[carbonic acid inhibitor]] administration
** excessive saline administration - too much chloride
High [[pH]], high [[pCO2]], high [[bicarbonate]]
''Classes:''
* If urine Cl^^-^^<20 --> chloride responsive
* If urine Cl^^-^^>20 --> chloride resistant
''Causes:''
* Excessive vomiting - loss of [[stomach]] acid (Cl^^-^^ responsive)
* [[loop diuretic]] administration (Cl^^-^^ responsive)
* [[thiazide diuretic]] administration (Cl^^-^^ responsive)
* [[volume contraction alkalosis]] (Cl^^-^^ responsive)
* [[hyperaldosteronism]] (Cl^^-^^ resistant)
* blood transfusion (citrate can be metabolized to HCO3-)
''Pathophysiology:''
* Initiation:
** Loss of acid -->
** Rise in plasma [[bicarbonate]] concentration -->
** Spillover of bicarbonate into the collecting ducts -->
** Anion draws [[potassium]] out of principal cells -->
** In process of trying to correct for [[hypokalemia]], [[renal alpha-intercalated cell]] secretes more protons and absorbs more bicarbonate
* Maintenance:
** If loss of acid also causes loss of volume (like in vomiting) -->
** [[volume contraction alkalosis]]
[img[http://o.quizlet.com/i/ffNJOzKESApcDEqEqzTwLA_m.jpg]]
Degrades extracellular matrix proteins
A crucial component of [[wound healing]]. Enables cells to migrate to different locations.
Happens with a change in type of stress -> change in cell type
Most commonly happens with surface epithelial cells
Metaplastic cells are better able to withstand new stress
Happens via reprogramming of [[stem cells|stem cell]]. This process is ''reversible''.
Can progress to [[dysplasia]] and [[cancer]]; classic exception -- [[apocrine metaplasia]]
[[vitamin A deficiency]] can cause metaplasia; e.g. [[keratomalacia]]
[[mesenchymal tissue]] can also undergo metaplasia; e.g. [[myositis ossificans]]
Don't want to push the [[HbA1c]] too low because it could put the patient at risk of [[hypoglycemia]]
Only drug shown to decrease frequency of cardiovascular events in diabetic patients
''Contraindications:''
* High serum creatinine
* [[metabolic acidosis]] - watch for poorly perfused organs in the patient
* radiocontrast
* [[hypoxemia]]
* hepatic disease
* [[congestive heart failure]]
* elderly pts
* alcohol abuse
* hypoglycemic risk
Commonly found in industrial solvent
Ingestion can cause anion gap [[metabolic acidosis]]
AT least some of its toxic effects result from its catabolism --> want to block this from happening
''Signs and Symptoms:''
* vision loss
* altered mental status
* elevated osmolar gap
''Treatment:''
* [[ethanol]] -- competes with methanol for [[alcohol dehydrogenase]]
* [[fomepizole]] -- inhibits alcohol dehydrogenase
* a hemoglobin molecule with Fe^^3+^^ state
Happens when iron in [[heme]] is oxidized to Fe^^3+^^, which cannot bind [[O2]]
[[PaO2]] is normal, [[SaO2]] is decreased
Classically seen with [[oxidant stress]] or in the [[neonate]]
Etiology can be a congenital deficiency of cyto b5 reductase
Classic findings are [[cyanosis]] with chocolate-colored blood.
Treatment is intravenous [[methylene blue]]
methionine synthase = MS = homocysteine methyltransferase
Requires [[B12]] cofactor (cobalamin)
[[N5-CH3-FH4]] + [[homocysteine]] <--> [[methionine]] + [[FH4]]
Can cause functional folate deficiency by inhibiting production of [[FH4]] by [[dihydrofolate reductase|DHFR]]
[img[methotrexate.JPG]]
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
* Allows branched-chain and odd-chain amino acids to enter the TCA cycle
Helps reduce Fe^^3+^^ back to Fe^^2+^^
A [[beta-1 adrenergic antagonist]]
Necrotizing vasculitis of small vessels. No [[granuloma]]s.
Most common in children
Usually responds well to [[corticosteroid]]s
''Secondary Causes:''
* [[Hodgkin's lymphoma]]
* chronic [[NSAID]] use
Class 1 of [[lupus nephritis]]
Histologically normal on light microscopy but with mesangial deposits on electron microscopy. It constitutes about 5% of cases of lupus nephritis. Renal failure is very rare in this form.
Hear a mid-diastolic murmur with opening snap
[[blood pressure]] can actually go down with exercise because [[cardiac output]] can't increase enough to counterbalance the decrease in [[systemic vascular resistance]]
''Treatment:''
* Medical management like with [[beta blockers]]
* [[balloon valvuloplasty]]
* [[valve replacement]]
A [[fluoroquinolone]] antibiotic
Should only be taken orally.
Can prolong [[QT interval]].
Aka membranoproliferative glomerulonephritis
Has [[nephritic|nephritic syndrome]] and [[nephrotic|nephrotic syndrome]] characteristics
Primary MPGN is associated with [[complement]] dysregulation. Secondary form is caused by deposition of immune complexes.
''Pathology:''
* LM -- thickened basement membrane often with "tram-track" appearance; [[mesangial cell|renal mesangial cell]] proliferation
* IF -- Granular immune complex deposits
* EM:
** Class I -- Subendothelial immune complex deposition -- associated with HBV and HCV (secondary MPGN)
** Class II -- Intramembranous dense deposits -- associated with [[C3 nephritic factor]] (primary MPGN)
''Prognosis:''
* Responds poorly to [[corticosteroid]]s
* Commonly progresses to [[chronic renal failure]]
''Modalities:''
* T1W:
** White matter is light gray
** Gray matter is gray
** CSF is black
* T2W:
** White matter is dark gray
** Gray matter is gray
** CSF is white
[img[https://4.bp.blogspot.com/-6cMFbndS10E/Tl0u1URCT3I/AAAAAAAAcQQ/iChz1cHKjd0/s1600/medulloblastoma+drop+metastasis.jpg]]
[img[http://i.ytimg.com/vi/sz0qd5q6FDU/maxresdefault.jpg]]
MSUD = Maple Syrup Urine Disease
Characterized by elevated levels of [[leucine]], [[isoleucine]], and [[valine]]. These are all branched-chain amino acids.
These amino acids can be transaminated to cognate α-keto acids
Neurological symptoms from decreased synthesis of [[dopamine]] and [[norepinephrine]] and intellectual disability.
Symptoms generally show up in the first few days of life.
A subset of patients can benefit from [[thiamine]] supplementation if their etiology is from [[BCKDC]]'s decreased affinity for thiamine (defect in E1).
Another subset of patients will exhibit [[lactic acidosis]]. This indicates a defect in the E3 subunit of BCKDC, which is also used by [[pyruvate dehydrogenase]] and [[alpha-ketoglutarate dehydrogenase|OGDC]]. A defect in pyruvate dehydrogenase causes lactic acidosis.
* MTHFR = methylene tetrahydrofolate reductase
* Converts [[N5,N10-CH2-FH4]] and [[NADPH]] to [[N5-CH3-FH4]] and [[NADP+]]
* Deficiency causes [[homocystinuria]]
Requires [[GTP]] and [[aspartate]]
* Uses 6 ATP (or ATP equivalents)
''Effects:''
* Decrease [[heart rate]]
* Increase [[bladder]] tone
* Ciliary contraction --> Increased drainage of [[aqueous humor]]
A [[cholinergic receptor]] associated with the [[parasympathetic nervous system]]
Important exception: Muscarinic receptors on sweat glands synapse with the [[sympathetic nervous system]]
Muscarinic receptors are often paired with [[G-proteins|G-protein coupled receptors]]
* Muscle uptake of glucose is directly and significantly influenced by insulin. From a decreased level of insulin, muscle would be less able to import glucose from the blood and therefore less able to synthesize glycogen as a fuel store in muscle.
''Amino Acid Metabolism Functions:''
* Major consumer of branched-chain amino acids
* Forms alanine from glucose, a means of transferring nitrogen from BCAA to the liver for ureagenesis
* Gln synthesis fro TCA cycle intermediates --> passed to circulation
* Able to oxidize some of its BCKA for energy
* Ala synthesis
* Gluconeogenesis
''Pathophysiology:''
An [[autoimmune disease]] characterized by [[type II hypersensitivity]]
Antibodies target [[nicotinic receptors|nicotinic receptor]] of the [[neuromuscular junction]] and impair function or mark for destruction.
''Symptoms:''
Characterized by varying degrees of [[muscle|Muscle]] weakness.
Often will observe [[ptosis]]
Patients can die of respiratory failure if the weakness is extreme.
Effects are analogous to [[curare]] poisoning
''Diagnosis:''
Can be diagnosed with [[edrophonium]] administration --> those with myasthenia gravis should show temporary relief from ptosis
''Treatment:''
Can be managed with an [[acetylcholinesterase inhibitor]] like [[pyridostigmine]], which will increase the levels of acetylcholine in synapses with dysfunctional receptors.
Pyridostigmine preferred over edrophonium because it acts for a few hours rather than a few minutes.
However, it can be hard to distinguish between myasthenic crisis and cholinergic crisis. ''Treat patient with edrophonium''. If it is myasthenic crisis, symptoms will temporarily improve. If it is cholinergic crisis, exacerbation of symptoms won't last excessively long.
A steroid-sparing immunosuppressive agent that can be used in people who exhibit significant side effects on [[corticosteroids|corticosteroid]] or who have frequent relapse of their disease.
Or Auerbach's plexus
Has sympathetic and parasympathetic innervation.
Also called a heart attack
Defined as [[necrosis]] of [[cardiac myocytes|cardiac myocyte]]
Usually involves the [[left ventricle]]. Anterior damage indicates greater progression of disease.
''Common cause:''
Rupture of [[atherosclerotic|atherosclerosis]] plaque with [[thrombosis]] --> //complete// occlusion of a [[coronary artery]] (most commonly the [[LAD|left anterior descending artery]])
''ECG:''
Will show elevated or depressed [[ST segment]]
''Clinical presentation:''
* Persistent, severe [[angina]]
* [[shortness of breath]]
* [[nausea]]
* [[sweating]]
''Can be treated with:''
* [[balloon angioplasty]] and a [[stent]]
* [[coronary bypass]]
* [[nitroglycerin]] will not help post-infarction
''Cardiac Enzyme Tests:''
* Gold standard is elevation of [[troponin I|troponin]] starting within 2-4 hours after infarction, peaking at 24 hours. Levels return to normal within 7-10 days.
* CK-MB (creatine kinase MB) is useful for detection of reinfarction
---
Sattar, Husain. Fundamentals of Pathology: Medical Course and Step 1 Review. Chicago, Illinois: Pathoma LLC, 2015. http://www.pathoma.com/fundamentals-of-pathology.
Cell responsible for wound contraction
Forms syncytia that are connected to each other by [[tight junctions|tight junction]].
Expresses smooth muscle [[actin]], [[desmin]], and [[vimentin]]
''Production of Mechanical Energy:''
# Normally the head of myosin is bound to [[actin]]
# When [[ATP]] binds to the head of myosin, it detaches from actin
# When ATP is hydrolyzed, the myosin head cocks forward in high-energy position
# When hydrolyzed [[phosphate]] detaches from myosin, the head reattaches to actin and pulls it back
# Then hydrolyzed [[ADP]] releases and the cycle resets
Inflammation of [[skeletal muscle]] results in production of [[metaplastic|metaplasia]] [[bone]]
* //N//,,5,,-CH,,3,,-FH,,4,,
* Molecule of the folate trap
* Only methionine synthase is able to release folate from the trap
* //N//^^5^^,//N//^^10^^-methylene FH,,4,,
Uses energy from [[ATP]] to pump 2 K^^+^^ into the cell and 3 Na^^+^^ out of the cell.
Pump activity has a positive relationship with activity of [[Na+-Ca2+ exchange]], because the exchange relies on the concentration gradient pulling Na^^+^^ into the cell to push Ca^^2+^^ out of the cell against its own concentration gradient.
Pump activity also has a positive relationship with activity of [[Na+-glucose cotransport]], which depends on the the Na^^+^^ concentration gradient.
* Needed in the [[liver|Liver]] for [[fatty acid|FAS]] and [[cholesterol synthesis]].
* Needed in the [[RBCs|RBC]] to protect from ROS.
The process of excreting [[sodium]] in [[urine]]
''There are six types:''
# [[coagulative necrosis]]
# [[liquefactive necrosis]]
# [[caseous necrosis]]
# [[gangrenous necrosis]]
# [[fat necrosis]]
# [[fibrinoid necrosis]]
Has a higher water to fat ratio than adults
Has poor [[glomerular filtration rate]]
Uncontrolled cell growth of a tumor that derives from a single progenitor ([[monoclonal]])
Generally caused by deposition of immmune complexes in the GBM --> activation of complement --> inflammation and cellular proliferation
In cases of [[acute renal injury]], sub-categorized as rapidly progressive glomerulonephritis [[RPGN]]
''Characteristics:''
* mild [[proteinuria]] (<3.5 g/day)
* decreased [[GFR]]
* [[hematuria]] with dysmorphic RBCs and/or RBC casts (''hallmark'')
* elevated volume status and [[hypertension]]
* milder [[edema]]; [[periorbital|periorbital edema]] for example (primary edema b/c salt and water avid)
* Clinical course is generally more rapid than [[nephrotic syndrome]]
''Examples:''
* Depleted serum [[complement]]:
** post-streptococcal glomerulonephritis ([[PSGN]])
** diffuse proliferative glomerulonephritis ([[DPGN]])
** membranoproliferative glomerulonephritis ([[MPGN]])
* Normal serum complement
** [[Alport syndrome]]
** [[Goodpasture syndrome]]
** [[IgA nephropathy]]
** [[ANCA-related glomerulonephritis]]
''Narrow View:''
Genetic mutations that impair the ability of the [[renal collecting duct]] to respond to [[ADH]].
''Broad View:''
* Anything that impairs the ability of the [[kidney]] to make concentrated urine
* ''Examples:''
** [[primary polydipsia]]
** [[loop diuretic]] - increased distal flow; blocks creation of a [[corticomedullary osmotic gradient]]
** [[hypercalcemia]] - downregulation of [[ROMK]] --> decreased luminal [[potassium]] to bind [[TALH]] symporter --> loss of gradient
** [[hypokalemia]] - decreased luminal K+ to bind to TALH symporter --> loss of gradient
''Symptoms:''
* thirst
* [[polyuria]]
''Diagnosis:''
* [[water deprivation test]]
Most common urinary stone is made of calcium oxalate.
If you have an adult with nephrotic syndrome, you want to take a renal biopsy
''Key Characteristics:''
* hallmark is massive [[proteinuria]] (>3.5 g/day)
* [[hypoalbuminemia]]
* [[hyperlipidemia]] and [[hypercholesterolemia]]
* normal [[GFR]]
* [[anasarca]] (primary overfill [[edema]])
* [[hypertension]]
''Examples:''
* [[minimal change disease]] (can be secondary to [[NSAID]]s or [[lymphoma]])
* focal segmental glomerulosclerosis ([[FSGS]]; can be secondary to [[HIV]])
* [[membranous nephropathy]] (can be secondary to [[SLE]], cancer, or [[hepatitis B]])
* [[MPGN]]
* [[diabetic nephropathy]]
* [[systemic amyloidosis]]
Velocity of action potential conductance along a membrane is increased by adding [[myelin]] to the nerve
[img[actionpotential.JPG]]
Results from a blockade of dopaminergic supply to the striatum
Do not give [[haloperidol]]
Treat with dopamine agonists like [[bromocriptine]]
Muscle relaxant like [[dantrolene]] might also be helpful.
Disease course can last for weeks after treatment is started as dopaminergic supply is reestablished.
A [[synapse]] between a [[motor neuron]] and [[skeletal muscle]]
The synapse [[neurotransmitter]] is [[acetylcholine]] and the receptor is [[nicotinic|nicotinic receptor]]
''Sequence of Events:''
# [[action potential]] reaches terminal of axon
# action potential triggers opening of Ca^^2+^^ channels
# triggers release of ACh into [[synaptic cleft]]
# ACh binds to nicotinic receptor on [[muscle end plate]] which is linked to K+/Na+ channel that opens
# Muscle end plate depolarizes ([[end plate potential]])
# Adjacent membrane depolarizes and triggers action potential
[img[neuromuscularjunction.JPG]]
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
Very susceptible to [[hypoxia]]
NH,,3,, = ammonia
Raises [[pH]] (basic)
Has a [[pKa]] of 9.3. Because this is above [[plasma]] pH of 7.4, ammonia is converted to [[ammonium]] in the blood.
A [[cholinergic receptor]] associated with the [[somatic nervous system]] as well as in the [[postganglionic neuron]] of the [[autonomic nervous system]].
[img[nitrogen_metabolism.png]]
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
Aka NE
The main neurotransmitter for peripheral nerves of the [[sympathetic nervous system]]
Activation via NE is often associated with [[cAMP]] cascades
Intracellular deactivation is often performed by cAMP [[phosphodiesterase]]
Broken down by the [[COMT]] enzyme
''Effects:''
* Vasoconstriction of [[renal afferent arteriole]]
* Stimulation of sodium-proton antiporter in [[renal proximal convoluted tubule]]
Aka "nil per os" or no oral food or liquid intake
Inhibit [[prostaglandin]]
In [[kidney]], this will prevent protective vasodilation of glomerular afferent arterioles by prostaglandin --> lower [[GFR]] --> [[acute renal injury]]
Can reflect [[hypoxia]]
A decrease is caused by loss or dysfunction of [[hemoglobin]]
Examples include [[anemia]], [[carbon monoxide poisoning]], and [[methemoglobinemia]]
''Innervation:''
* Anterior branch: [[gracilis]], part of [[adductor brevis]], [[adductor longus]]
* Posterior branch: [[obturator externus]], part of [[adductor brevis]], and [[adductor magnus]]
Urine output greater than 100 mL/day but less than 400 mL/day
A [[proton pump inhibitor]]
[img[one-carbon pool.png]]
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
Origin = Increased ketoacid production
Uncompensated = loss of serum bicarbonate
Compensation event = hyperventilate
''Effects:''
* Hyperkalemic due to insulin deficiency
''Sequence of Events as Modeled by Diabetic Ketoacidosis:''
1. Unrestricted fatty acid oxidation produces ketone bodies
2. Ketoacids dissociate in serum to produce proton and organic anion. Consequently, serum pH is lower.
3. In order to compensate for lower serum pH, bicarbonate buffers serum protons. Consequently, [CO,,3,,^^-^^] decreases.
4. Attempted compensation for decreased [HCO,,3,,^^-^^] is to increase respiration (pCO2 lowers).
5. Upon hitting the respiration limit, pH continues to drop.
Class of [[acetylcholine esterase inhibitor]]s whose members irreversibly bind to the enzyme. ''Toxic!''
Most important cause of death is [[respiratory failure]] due to neuromuscular paralysis or [[CNS]] depression.
Defect cannot be treated with with arginine.
Deficiency of this enzyme is the most common inherited urea cycle disorder; pertains to problems with accumulation of upstream [[carbamoyl phosphate]]. As it builds up, carbamoyl phosphate leaks out of the mitsol into the cytosol, where it effectively bypasses [[CPSII]], the rate-limiting enzyme of [[pyrimidine synthesis]].
Deficiency is treated with [[arginine]], because it is no longer being produced by the [[urea cycle]], as well as [[phenylbutyrate]] and [[benzoate]], which are used to deplete [[glutamine]] and [[glycine]] respectively, causing elevated [[ammonia]] to be redirected toward regeneration of gln and gly.
Deficiency is an X-linked recessive inheritance.
''Signs and Symptoms:''
* Orotic acidemia/aciduria
* [[Hyperammonemia]]
* Lower serum [[BUN]] levels
Increases with solute concentration
Effective osmotic pressure is π multiplied by the [[reflection coefficient]]
The term osmotic reflects differences in [[osmolarity]]
The term tonic reflects effective osmotic pressure and resulting water flow
Or Rickets (in children)
Have [[osteoid]], but not mineralizing it.
''Signs and symptoms:''
* bony pain
* increased fracture rates
* muscle weakness
* Labs should show a lack of at least one building material:
** [[hypocalcemia]]
** [[hypophosphatemia]]
** low [[vitamin D]]
** high [[alkaline phosphatase]]
** high [[PTH]]
''Treatment:''
* calcium supplementation
* [[calciferol]] supplementation
* improve dietary input
Reduction in trabecular bone mass despite proper mineralization (problem of quality and quantity).
''Types:''
* postmenopausal (type I) -- observed in women after menopause and before about 70 years of age; tend to see Colles' fracture (distal radius) and vertebral fracture
* "senile" (type II) -- observed in both genders starting after around age 70; tend to see fractures of hip and pelvis
''Risk factors:''
* anything that contributes to imbalance of bone deposition and resorption
* //CRAPPy Gene LAGS//
* Nonmodifiable:
** caucasian ethnicity
** rheumatological disorders -- use of [[corticosteroid]]s
** age -- natural decline in bone density
** postmenopausal status -- loss of protective effect from [[estrogen]]
** previous fracture
** genetics
** hyperthyroidism -- increases osteoclast activity
* Modifiable:
** low body weight -- weight bearing exercise increases bone density
** excess alcohol consumption -- induction of liver enzymes that inactivate vitamin D
** [[glucocorticoid]]s -- inhibits [[osteoblast]]s and increase bone resorption
** smoking
** low calcium diet
''Signs and Symptoms:''
* Unlikely to see pain in the absence of a fracture
* Progressive [[kyphosis]] due to vertebral fractures
* Labs:
** Normal serum Ca^^2+^^, phosphate, [[PTH]], and [[alkaline phosphatase]]
''Tests:''
* dual X-ray absorptiometry -- measures bone mineral density; diagnosis with t-score more than 2.5 standard deviations below the mean
* X-ray of vertebral integrity
''Treatment:''
* regular weight-bearing exercise
* [[vitamin D]] and calcium supplementation
* [[bisphosphonate]]s -- inhibit osteoclastic bone resorption
* [[estrogen]] replacement therapy for postmenopausals -- efficacy is debated
* [[raloxifene]] -- acts as estrogen receptor agonist at bone, seems to only be effective for vertebral fractures
* [[teriparatide]] + [[denosumab]]
* pulsatile recombinant PTH administration
''Path before implantation:''
# Follicular rupture
# Floating in intraperitoneal space
# Swept up by infundibulum
# Moves to ampulla; usually fertilized here
# Moves to isthmus
Also called multi-drug resistant protein (MDR1)
Pumps out foreign substances from a cell
Some cancers have been shown to overexpress, granting them resistance to chemotherapeutic drugs
Pro-[[apoptosis]]
A [[tumor suppressor gene]]
Represses [[Bcl-2]]
Upregulates [[bax]] and [[bak]]
During ''phase 3'', K^^+^^ channels have the largest influence as the cell ''repolarizes''.
During ''phase 4'', the funny current (I,,f,,) from spontaneous inward Na^^+^^ conductance has the largest influence as the cell ''slowly depolarizes''.
Imbalance between [[osteoclast]] and [[osteoblast]] activity --> focal regions of irregular bone growth (coarsened trabeculae)
''Chronic complications:''
* pain
* bone deformities
* high-output cardiac failure
* small risk of [[osteosarcoma]]
''Treatment:''
* do a bone scan before treatment to assess the extent of damage
* Indications:
** pain
** risk of fracture
** about to have surgery
* [[calcitonin]] -- inhibits osteclast activity
* amino[[bisphosphonate]]s -- induce apoptosis of osteoclasts
Action: elevates and tenses the [[hypothenar eminence]]
Innervated by the superficial branch of the [[ulnar nerve]]
[img[https://dw9r2us9jo9xp.cloudfront.net/images/anatomy_term/musculus-palmaris-brevis/musculus_palmaris_brevis_atlas_dt5cO5D3jpxfQM6jdNmAVg.png]]
If positive --> [[colposcopy]]
Don't want to test and treat cervical cancer when a woman is pregnant
''Bethesda system:''
Framework for describing abnormal vaginal or cervical cytology from a pap smear
* atypical squamous cells:
** atypical squamous cells of undetermined significance (ASC-US)
** atypical squamous cells -- cannot exclude high-grade squamous intraepithelial lesion (ASC-H)
''Clinical Features:''
* most common thyroid carcinoma (80% of cases)
* often spreads to cervical lymph nodes
* excellent prognosis (10-year survival is greater than 95%)
Innervation is limited to organs of the [[head]], [[thorax]], and [[abdomen]]
''Effects on cardiovasculature:''
* Decrease [[heart rate]]
* Decrease [[contractility]]
* [[vasodilation]]
As [[organophosphate]] [[acetylcholine esterase inhibitor]]. ''Toxic!''
Its toxic effects can be partially reversed by [[pralidoxime]].
Aka PTH
Triggered by low [[calcium]] concentration in the plasma
''Target Effects:''
* Increases gut absorption of Ca^^2+^^ and [[phosphate]]
* Increases bone resorption --> increased plasma Ca^^2+^^ and phosphate
* Increased kidney resorption of Ca^^2+^^; increased kidney excretion of phosphate
due to a problem in [[dopamine]] synthesis in the substantia nigra
strongly associated with mutations in the gene for [[glucocerebrosidase]]
[[progressive supranuclear palsy]] is often mistaken for parkinson disease
Aka periodic acid-Schiff stain
a staining method used to detect polysaccharides such as glycogen, and mucosubstances such as glycoproteins, glycolipids and mucins
Reflex signal is transmitted via L2-4
Don't assume the patient isn't following directions. Allow them to tell you the Rx isn't working.
Stands for platelet-derived growth factor
It is secreted by activated [[platelets|thrombocyte]] //and// [[macrophages|macrophage]]
Stimulates growth of [[endothelium]], [[fibroblasts|fibroblast]], and [[smooth muscle]] cells
The pectinate line forms the junction between hindgut and embryonic ectoderm derivative. The innervation, arterial blood supply, venous drainage and mucosal lining are different superior and inferior to the line.
Above the pectinate line, the epithelia is simple columnar, the arteries and veins come from the superior rectal, and the innervation comes from the hypogastric plexus.
Its middle layer is made up of the [[levator ani]] and [[coccygeus]] muscles
[img[http://legacy.owensboro.kctcs.edu/gcaplan/anat/images/Image415.gif]]
Leads to [[shoulder]] pain because infection can escape female reproductive organs, which leads to intraperitoneal infection irritating the [[diaphragm]]. Pain refers up the [[phrenic nerve]] to the shoulder.
* Outcomes: Provides [[NADPH]] reducing equivalents and intermediates for nucleotide synthesis.
* Where: Found in cytosol of tissues like [[liver|Liver]], mammary gland, and adrenal cortex.
* Active in: [[Fed state]]
* Key regulated steps: [[Hexokinase]]/[[Glucokinase]], [[PFK-1]], [[Pyruvate Kinase]].
$$Perfusion = \frac{volume(time)^{-1}}{mass} = \frac{flow}{mass}$$
''Magnitude of perfusion in different tissues:''
$$Kidney > Liver > Bone$$
(compare to magnitudes for [[flow]])
Has two main layers: Fibrous and serous.
of, relating to, or being the period around childbirth, especially the five months before and one month after birth
These tissue types can only grow via [[hypertrophy]], they will not undergo [[hyperplasia]]
Three main tissues are [[neuron]], [[cardiac muscle]], and [[skeletal muscle]]
Affects relative rate of simple diffusion of particles across a [[membrane]]
Positive relationship between permeability and the oil/water coefficient of the solute
Negative relationship between permeability and size of the solute
Negative relationship between permeability and membrane thickness
* Caused by antibodies directed against intrinsic factor (IF) --> B12 deficiency
* Impairs DNA synthesis and repair (folic acid sink)
* Causes accumulation of odd-chain fatty acids (methyl malonyl CoA mutase)
''Clinical Manifestation:''
* Middle aged, female, Northern Europeans
* Anemia --> fatigue, weakness, megaloblastic anemia (RBCs don't divide enough), polynucleated neutrophils, pancytopenia (mild)
* Problems swallowing
* Jaundice from destruction of RBC precursors (ineffective erythropoiesis)
* Neurological symptoms --> memory loss, paresthesia, loss of balance (use Romberg's test)
* Hematological symptoms are indistinguishable from folic acid deficiency
''Diagnostic Tests:''
* Antibodies to IF is gold standard for pernicious anemia
* B12 levels
* Methyl malonyl acid (MMA) blood levels
* Test for serum folate levels (would be elevated)
''Treatment:''
* Broad strategy is to replete B,,12,,
* Standard is parenteral injection of B,,12,,, want to do this first to correct for defects in 2ndary malabsorption; will start to see increase in reticulocytes
* Intramuscular injection preferred in order to reduce pill burden, can just do it
* IM injection long-term has risk of sciatic nerve damage
* Megadose oral B,,12,, supplementation
* Folic acid at first will divert B12 out of CNS to the bone marrow (participates more in methionine synthase reaction), don't want to do it if B,,12,, deficiency is the problem
A pattern of perceiving, relating to, and thinking about the world and your place in it. How we cope.
Deviation in [[personality]] that is markedly different from the expectations of culture.
Attend to not see their problems -- [[egosyntonia]]
About 10% of population can be diagnosed
''Dysfunction of:''
* cognition
* affect
* interpersonal function
* impulse control
''Criteria:''
* personality changes that are inflexible and pervasiveness
* impairment
* affects interpersonal relationships
Fused insertion below the medial tibial condyle formed by [[sartorius]], [[gracilis]], and [[semitendinosus]]
Mnemonic is sergeant --> SGT --> ''S''artorius, ''G''racilis, and semi''T''endinosus
[img[http://www.doorstappen.nl/wp-content/uploads/2012/06/pes-anserinus.jpg]]
http://www.doorstappen.nl/wp-content/uploads/2012/06/pes-anserinus.jpg
* Most important regulator of flux through [[glycolysis]].
''Stages:''
# Absorption
#* [[bioavailability]]/1st-pass effect
# Distribution
#* What's the [[volume of distribution]]?
# Metabolism
# Clearance
Can either increase or decrease the toxicity of drugs.
''Types of Reactions:''
* [[Reduction]]
* [[Oxidation]]
* [[Hydrolysis]]
''Types of Reactions:''
* Glucoronidation
* Glycine conjugation
* Glutathionylation
* Sulfation
* Acetylation
* Methylation
PAH = phenylalanine hydroxylase
Deficiency is associated with classical [[PKU]]
[[Phe|phenylalanine]] + [[BH4]] + O,,2,, -> [[Tyr|tyrosine]] + [[BH2]] + H,,2,,O
Tumor of the adrenal medulla
a condition of the penis where the foreskin cannot be fully retracted over the glans penis
Forms titratable acid in the distal tubule.
Has a pKa of 6.8.
''Reaction:''
HPO,,4,,^^2-^^ + H^^+^^ <--> H,,2,,PO,,4,,^^-^^
An [[acetylcholine esterase inhibitor]]
Should not be used as first option because of the possibility of adverse reactions leading to [[seizures|seizure]]
It is lipophilic, which means it can cross the [[blood brain barrier]]
<<list-links filter:"[!is[system]]">>
Innervation is nerve to the
piriformis (L5, S1, S2)
Action is lateral rotation of the [[hip]]:
[img[http://shaktitest.bandhayoga.com/images/Blog/piriformis_stretch_03.jpg]](http://shaktitest.bandhayoga.com/images/Blog/piriformis_stretch_03.jpg)
''Effects:''
* Vision abnormalities <- from lesions on [[optic chiasm]]
PKU = phenylketonuria
''Symptoms:''
* neurologic defects
* albinism
* musty odor
Defective [[PAH|phenylalanine hydroxylase]] is classical form of the disease. Neurological defects caused by saturation of [[L1-NAA-t]] transporter with elevated [[phenylalanine]]. Impairs brain's ability to synthesize proteins. Treated with massive supplementation of large, neutral amino acids and restriction of phenylalanine.
Non-classical form of disease (malignant PKU) is caused by defective [[dihydrobiopterin reductase]]. This form is not responsive to large, neutral amino acid supplementation.
If patient believes in your treatment, they will give a physiological response
frequency of variation is at least 1%
* Too much fluid intake
* Active osmotic agents given
* Impaired response to ADH
* porphobilinogen deaminase = hydroxymethylbilane synthase
* An inherited deficiency in an enzyme of heme biosynthesis
* Sometime intermediates can be diverted to other pathways
* excess iron load
* blistering skin with minimal sun exposure
* sometimes urine is discolored red
* treatment --> phlebotomy, avoid direct sunlight, low-dose chloroquine
* triggered by hepatotoxic agents like alcohol or hepatitis
''Identification:''
"The posterior humeral circumflex artery arises from the [[axillary artery]] at the lower border of the [[subscapularis]], and runs posteriorally with the [[axillary nerve]] through the [[quadrangular space]].
It winds around the neck of the [[humerus]] and is distributed to the [[deltoid muscle]] and shoulder-joint, anastomosing with the [[anterior humeral circumflex artery]] and [[profunda brachii]].
It feeds the [[teres minor]] and deltoid muscles."
[img[http://teachmeanatomy.info/wp-content/uploads/2012/04/Posterior-and-Anterior-Circumflex-Humeral-Arteries.jpg?98312a]]
Posterior Humeral Circumflex Artery.” Wikipedia, the Free Encyclopedia, January 16, 2015. https://en.wikipedia.org/w/index.php?title=Posterior_humeral_circumflex_artery&oldid=642779324.
"an obstructive developmental anomaly in the urethra and genitourinary system of male newborns"^^[1]^^
''References:''
# https://en.wikipedia.org/wiki/Posterior_urethral_valve
A state after eating a meal
''Imaging:''
Will often see [[hydronephrosis]] on [[ultrasound]]
''Causes:''
* [[opiate]]s make it hard to void urine
Mostly found in the cell.
[[RAAS]] activation causes loss of K+
Release of [[ADH]] causes loss of K+
Decrease expression of [[epithelial sodium channel]]s, [[Na+,K+-ATPase]], and proton pumps in the renal collecting ducts.
''Adverse Effects:''
* Decreased [[potassium]] secretion --> [[hyperkalemia]]
* PPARα = Peroxisome proliferator-activated receptor-α
* Upregulates proteins that transport fatty acids into the cell, enzymes of mitochondrial/peroxisomal fatty acid oxidation, and lipoprotein lipase.
Not to be confused with a [[PR segment]]
Measured as the time between the start of a [[P wave]] and the start of a [[Q wave]]. It should be between 0.12-0.2 seconds.
Represents a wave of depolarization moving from the [[SA node]] to the [[AV node]].
If PR interval is greater than 0.2 seconds, this ''indicates a heart block''
If PR interval is less than 0.2 seconds, this indicates [[Wolf-Parkinson-White Syndrome]]
Isoelectric space between the end of the [[P wave]] (atrial depolarization) and the [[Q wave]] (ventricular depolarization.
Represents the time it takes for a wave of depolarization to travel through the [[AV node]] to the [[Bundle of His]]
An [[oxime]] [[acetylcholine esterase regenerator]]
An [[alpha-1 adrenergic antagonist]]
''Clinical Use:''
Treats urinary hesitancy and retention in men with [[benign prostatic hypertrophy]]
"Prazosin may normalize REM architecture in humans with [[PTSD]] via attenuation of overly-active central noradrenergic tone, which is hypothesized to be one of the putative key driving pathophysiological processes behind PTSD nightmares."^^[1]^^
''Adverse Effects:''
Has a chance of [[orthostatic hypotension]], especially upon first dose, so good to administer at bedtime to avoid [[fainting]] (''fall risk'')
---
# Writer, Brian W., Eric G. Meyer, and Jason E. Schillerstrom. “Prazosin for Military Combat-Related PTSD Nightmares: A Critical Review.” The Journal of Neuropsychiatry and Clinical Neurosciences 26, no. 1 (January 1, 2014): 24–33. doi:10.1176/appi.neuropsych.13010006.
The presence of [[hypertension]], [[proteinuria]], and [[edema]] in a previously normotensive woman after 20 weeks [[gestation]].
Worried if systolic is increased by 30 or diastolic is increased by 15. Automatic diagnosis is 140/90.
At risk for [[seizures|eclampsia]].
''Possible etiologies:''
* malformation of spiral arteries
* genetic predispositions
* immunologic
* abnormally implanted placenta
* endothelial damage due to high thromboxane
''Risk factors:''
* diabetes
* hypertension
* first pregnancy
* renal disease
* obesity
* family history
* being African-American
* molar pregnancy
''Clinical Findings:''
* gonadotropin-dependent:
** normal pace and sequence of puberty but at early age
** increased bone age
* gonadotropin-independent:
** abnormal pace and order of puberty
** //sometimes// increased bone age
Mom has diagnosis of [[T1DM]] or [[T2DM]] before [[pregnancy]]. Outcomes are similar epidemiologically for both diseases.
Driver behind risks is primarily [[hyperglycemia]]
''Fetal risks:''
* congenital malformations
** neural tube defects
** caudal regression syndrome
* miscarriage
* preterm delivery
* [[macrosomia]]
* [[perinatal]] mortality
* [[polyhydramnios]]
* [[oligohydramnios]]
''Maternal risks:''
* [[pre-eclampsia]]
* microvascular complications
* lowered threshold for [[DKA]]
* hypoglycemia
* poor mental health (stress)
* [[renal failure]]
''Treatment:''
* [[tight glycemic control]]
also known as gravidity or gestation
the time during which one or more offspring develops inside a woman
''Cardiovascular changes:''
* Increased blood volume
* vascular remodeling to shunt blood to uterus
* Increased [[cardiac output]] (both [[stroke volume]] and [[heart rate]])
* palpitations
* Decreased systolic and diastolic [[blood pressure]]
* Increased O,,2,, consumption
* Increased venous pressure
* emboli
''Renal changes:''
* Increased renal mass
* Dilation of collecting system
* Increased [[glomerular filtration rate]]
* Increased [[glucosuria]]
* Increased clearance of [[urea]], amino acids, and protein (BUN and creatinine go down). Don't want proteinuria above 300 mg.
* Increased retention of [[sodium]] and [[potassium]]
* kidneys increase in size
** hydronephrosis
* common to have UTI's --> pre-term labor
''GI:''
* decreased gut motility
''Endocrine:''
* thyroid disease --> thyroid storm
Usually cited in reference to the [[left ventricle]]
$$preload= wall stress_{ED} = \frac{P_{ED} \times r_{ED}}{2*w_{ED}}$$
* Where ED = end-[[diastole]]; P = pressure; r = radius; and w = wall thickness
Has a positive correlation with [[stroke work]] by increasing [[stroke volume]] via the Frank-Starling curve.
Increasing preload does not change [[arterial elastance]]. Both P,,ES,, and SV will increase to keep E,,A,, the same (same applies in opposite direction).
Develops from decreased blood flow to the kidney --> decreased [[GFR]]
Activation of [[RAAS]] further decreases [[GFR]] because vasocontriction of renal vasculature
''Etiologies:''
* Cardiac failure (e.g. [[dilated cardiomyopathy]])
A simplified version of the [[pressure-volume loop]].
Its dimensions are defined by P,,ES,, and [[SV|stroke volume]]
Prevalence is a proportion
Prevalence = [[Incidence]] * Duration of Time
prevalence = (number of existing cases present in population at a given time) / (number of people in the population at risk in that specified time)
prevalence per thousand = prevalence * 1000
Prevalence of a disease does not directly affect the [[sensitivity]] or [[specificity]] of a screening test.
Objective is to form a weak platelet plug
During [[platelet]] activation, platelets change their shape from disk-like to multi-pseudopodial. They also release their granule contents.
Supplies blood to the [[posterior femoral compartment]].
''Effects:''
* smooth muscle relaxant
Oral [[progesterone]] analogue is given daily for 5-10 days. A positive response is any bleeding more than light spotting that occurs within 2 weeks after the analogue is given. This bleeding will usually occur 2-7 days after the medication is finished. Withdrawal bleeding will usually be seen if the patient's estradiol level has been over about 40 pg/ml.
Under constant inhibition by [[dopamine]]
Stimulated by [[TRH]], like in [[hypothyroidism]] (TRH = tits really huge)
A pituitary tumor that can be treated with medication first
A [[non-selective beta adrenergic antagonist]]
''Adverse reactions:''
Excessive blockade of the [[beta-2 adrenergic receptor]] could cause fatal [[bronchospasm]] in a person with [[asthma]] or [[COPD]]
A lipophilic [[intravenous general anesthetic]].
Despite an hours-long half-life, propofol's anesthetic effects wear off within minutes after infusion because it rapidly distributes to peripheral tissue.
It is metabolized by conjugation in the liver.
Normal range is 10-15 seconds.
Can be corrected to international normalized ratio (INR) which ranges from 0.9-1.2. The target range for INR in anticoagulant use (e.g. [[warfarin]]) is 2 to 3.
PRPP = 5-phosphoribosyl 1-pyrophosphate
Red-hot backbone molecule for nucleotide biosynthesis.
[img[PRPP.jpg]]
PRPP glutamine amidotransferase = amidophosphoribosyltransferase (ATase) = glutamine phosphoribosylpyrophosphate amidotransferase (GPAT)
Rate-limiting reaction of purine biosynthesis
Converts [[PRPP]] + [[glutamine]] + H,,2,,O -> [[5-phosphoribosyl 1-amine]] + [[glutamate]] + PP,,i,,
[img[PRPP glutamine phosphoribosyl amidotransferase.png]]
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
PRPP = 5-phosphoribosyl 1-pyrophosphate
[[ribose 5-phosphate]] + [[ATP]] --> [[PRPP]] + [[AMP]]
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An artifact of blood sampling, often when a fine-guage needle is used --> RBC hemolysis
Aka post-streptococcal glomerulonephritis or acute proliferative glomerulonephritis
Classic presentation of post-infectious glomerulonephritis, which could manifest alternatively from [[endocarditis]] or other smoldering infections
''Clinical findings:''
* Typically presents 2-3 weeks after infection
* Low C3, normal C4
''Tests to run:''
* [[anti-streptolysin O]]
* [[anti-DNase B]]
* throat swab
* blood culture
''Pathophysiology:''
```
Following infection with nephritogenic strain of Strep:
Deposition of immune complexes to make sub-epithelial humps ->
Activation of alternative complement ->
Complement C5a attracts neutrophils ->
Neutrophil-mediated damage/inflammation ->
Leakage of RBCs into renal tubules
```
''Signs and associations:''
* clang associations
Aka parathyroid hormone
Synthesis and release triggered by low [[calcium]] concentration in the plasma
''Target Effects:''
* Increases bone resorption --> increased plasma Ca^^2+^^ and phosphate
* Increased kidney resorption of Ca^^2+^^; increased kidney excretion of phosphate; increased activation of vitamin D by kidneys
* Indirectly increases gut absorption of Ca^^2+^^ and [[phosphate]] via vitamin D
Normal systolic/diastolic pressure is 25/10 mmHg.
In terms of [[blood pressure]], the pulse pressure (ΔP) is the difference between [[systolic pressure]] and [[diastolic pressure]]
$$\Delta P = systolic \ pressure - diastolic \ pressure = Q \times R$$
where Q is [[flow]], and R is [[vascular resistance]]
[img[purine metabolism.JPG]]
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
Also called pus
[[Edema]] fluid that has a prominent cellular component, often times [[neutrophils|neutrophil]]
An [[acetylcholine esterase inhibitor]]
''Adverse Reactions:''
If dose is too high, patients may display excessive stimulation of the [[parasympathetic nervous system]] such as nausea, vomiting, diarrhea, and urinary urgency.
Can be counteracted with [[atropine]]
First step is formation of [[carbamoyl phosphate]] by [[CPSII]]
Represents ventricular depolarization
If it lasts for longer 0.12 seconds, it is called a [[ventricular escape rhythm]]
Represents the time is takes for ventricle to fully depolarize and repolarize.
Measured as time between the start of the [[Q wave]] and the end of the [[T wave]].
Duration must be standardized to variations in [[heart rate]] (QT,,C,,):
$$QT_C = \frac{QT}{\sqrt{RR}} = 0.38 - 0.42 \ secs$$
If QT,,C,, is greater than 0.42 seconds, this indicates risk of ventricular arrhythymias
Means there are longer action potentials, often because inward rectifier K^^+^^ channels are taking longer to repolarize the cell.
The [[renin]]-[[angiotensin]]-[[aldosterone]] system.
Constitutes a //slow response// to changes in [[blood pressure]]
Upon activation, the system increases BP
''[[Juxtaglomerular cells|juxtaglomerular cell]] have three triggers:''
# Self detection of low [[blood pressure]] in glomerulus
# Stimulation from adjacent [[sympathetic|sympathetic nervous system]] nerves
# Stimulation via [[prostaglandin]] from the [[macula densa]]
These triggers stimulate the juxtaglomerular cell to secrete [[renin]]
Renin cleaves [[angiotensinogen]] into [[angiotensin 1]]
Endothelial cells convert angiotensin 1 into [[angiotensin 2]]
''Angiotensin 2 has four target effects:''
# [[vasoconstriction]] of endothelial smooth muscle cells (boosts [[vascular resistance]])
# Retention of water in the [[kidney]] (boosts [[stroke volume]])
# Stimulates release of [[aldosterone]] by the [[adrenal gland]] (further boosts kidney water retention)
# Stimulates release of [[ADH]] by the [[pituitary gland]]
Enters the hand through the floor of the anatomic [[snuffbox]] then dorsal to the base of the [[thumb]]
Terminal branches are the superficial and deep branches
Iodinated dye can cause [[nephropathy|acute tubular necrosis]]
Popping sounds in breathing
Estrogen receptor agonist
Puts at increased risk of thromboembolism
Useful for [[internal validity]]
Useful for [[external validity]]
Happens after the [[pulmonary valve]] and the [[aortic valve]] open. [[Isometric contraction]] is before. [[Reduced ventricular ejection|reduced ventricular ejection]] happens after.
Happens when the [[tricuspid valve]] and the [[mitral valve]] open
When the atrial pressure equals the ventricular pressure
Excessively reduced blood flow after cold or stress.
* RBC = red blood cell = erythrocyte
* Major source of hemoglobin for degradation
Space in between the [[bladder]] and [[rectum]] in men
* red cell distribution width = RDW = RCDW
Also called a hemorrhagic infarct
A focal region of ischemic, [[coagulative necrosis]] with extensive [[hemorrhage]]
''Causes:''
* //In general terms, comes from blood entering an ischemic infarct//
* Arterial blockage to a an organ or tissue that has multiple blood supplies or anastomoses
* Venous obstruction
* Reperfusion of a [[pale infarct]]
Results from reduced ventricular volume aka reduced ventricular load aka less contraction strength
Follows the [[Frank-Starling equation]]
In the heart cycle it corresponds to the [[T-wave]] on an [[ECG]]
Denoted by σ
Describes the ease with which a [[solute]] flows across a membrane, thus affecting water flow
If σ is at 1, the solute is essentially impermeable
If σ is at 0, the solute is completely permeable and will not cause any net water flow
replacement of damaged tissue with native tissue; requires that cells with regenerative capacity be present
In regeneration after superficial epithelial abrasion, cells depend on process of [[contact inhibition]] of epithelial growth and motility. This means epithelial cells will not follow regular program of maturation and shedding until an intact layer of [[basal cells|basal cell]] is established.
Helps maintain a specific immune response by suppressing activity of CD4 and CD8 T cells.
relative risk = (incidence in those exposed) / (incidence in those unexposed)
Numbers ''greater than one'' indicate incidence is greater for those ''exposed''
Numbers ''less than one'' indicate incidence is greater for those ''unexposed''
Common cause of secondary [[hypertension]]
''Characteristics of bilateral stenosis:''
* [[renin]] levels are initially high, then normal
* voleme overload status
* HTN maintained by [[sodium]]/fluid overload
* risk of flash pulmonary [[edema]]
* risk of precipitating [[acute renal injury]] with administration of [[ACE inhibitor]] as bilateral [[glomerular filtration rate]] needs to be maintained by efferent arteriole constriction
''Characteristics of unilateral stenosis:''
* [[renin]] maintained at high levels by affected [[kidney]]
* contralateral kidney maintains pressure natriuresis
* HTN is maintained by RAAS activity --> vasoconstriction
* responds wells to [[ACE inhibitor]]s
''Etiologies:''
* [[fibromuscular dysplasia]]:
** affects women more than men
** young age of onset (often < 30 years)
** no comorbid cardiovascular disease
** "string of beads" appearance on angiogram
** can often be cured with stenting
* atherosclerotic RAAS:
** affects both genders
** age of onset is older (> 50 years)
** usually there is comorbid cardiovascular disease
** angiogram shows stenotic lesion, often at origin of artery
** acts as risk factor for further cardiovascualr events within 2 years of diagnosis
** no surgical or mechanical interventions recommended
Aka RBF
''Defined as:''
<<<
$$Renal \ Blood \ Flow (RBF) = \frac{aortic \ pressure - renal \ venous \ pressure}{renal \ vascular \ resistance}$$
<<<
''Measurement:''
<<<
$$Renal \ Blood \ Flow (RBF) = \frac{RPF}{1-Hematocrit}$$
where RPF = [[renal plasma flow]]
<<<
Most common renal malignancy (90% of adult cases in the U.S.).
Features a microcytic, normochromic anemia.
Nearly all sporadic cases will show loss of one allele for //VHL// [[tumor suppressor gene]].
Originates from renal tubules or ductal epithelial cells.
a rare form of [[acute renal injury]] that most commonly occurs in the setting of obstetric emergencies, such as [[abruptio placentae]] or [[pre-eclampsia]]
As nephrons are eliminated, there is less and less ammoniagenesis.
''Renal Plasma Flow:''
$$Effective \ RPF = Cl_{PAH} = \frac{(U_{PAH} * V)}{(P_{PAH})} $$
where:
* Effective RPF = effective renal plasma flow (ml/min or ml/24hr)
* Cl,,PAH,, = clearance of PAH (ml/min or ml/24hr)
* Urine,,PAH,, = urine concentration of PAH (mg/ml)
* V = urine flow rate (ml/min or ml/24hr)
* Plasma,,PAH,, = plasma concentration of PAH (mg/ml)
The rate at which a solute is removed from plasma and excreted
Measured as volume of fluid that needs to be filtered for complete removal over time (mL/min).
The [[glomerular filtration rate]] can be thought of in terms of [[inulin]] clearance
''To Calculate:''
<<<
$$Clearance (C) = \frac{UV}{P}$$
where:
* U = urine concentration (mg/mL)
* V = urine volume/time (mL/min)
* P = plasma concentration (mg/mL)
<<<
Aka RPF
<<<
$$Renal \ Plasma \ Flow \ (RPF) = C_{PAH} = \frac{[U]_{PAH} \cdot V}{[P]_{PAH}}$$
where:
* PAH stands for para-aminohippuric acid
* C = clearance (mL/min)
* [U] = concentration in urine (mg/dL)
* V = urine flow rate (mL/minute)
* [P] = concentration in plasma (mg/dL)
<<<
A non-anion gap, hyperchloremic [[metabolic acidosis]] due to inability of renal tubules to secrete protons or absorb [[bicarbonate]]
''Classes:''
* [[type I RTA]]
* [[type II RTA]]
* [[type IV RTA]]
This process happens after [[ischemic injury|ischemia]] to tissue where blood supply has been cut off or reduced.
When the blood comes back, oxygen-derived [[free radicals|free radical]] are generated by [[oxidative phosphorylation]]. This causes further damage to infarcted tissue.
Reperfusion injury to [[cardiac infarction|myocardial infarction]] is associated with further rise of cardiac enzymes like [[troponins|troponin]] in the blood.
Low [[pH]] (below 7.35), high [[pCO2]], high [[bicarbonate]]
''Causes:''
* [[COPD]]
High [[pH]], low [[pCO2]], low [[bicarbonate]]
''Pathophysiology:''
```
Hyperventilation ->
Loss of pCO2 ->
Decrease in [H+] and [HCO3-] by mass action ->
Rise in pH
```
''Causes:''
* [[pneumonia]] - [[hypoxemia]] causes high ventilation rate
* high altitude
* [[pregnancy]] - [[progesterone]] --> [[hyperventilation]]
* [[sepsis]]
Codes for a [[tyrosine kinase receptor]]
Overexpressed in [[multiple endocrine neoplasia]] (MEN).
first cells in the visual cell to fire action potentials
carry information from eye to the brain
Inhibited by [[hydroxyurea]]
Classic inducer of CYP enzymes.
Used for evaluation of [[acute renal injury]]
[img[http://www.nature.com/ki/journal/v71/n10/images/5002224f1.jpg]]
[[myosin]] is tightly associated with [[actin]]
this state is permanent in the absence of [[ATP]]
Aka rapidly progressive glomerulonephritis
Name is a clinical description for worsening quickly, bad prognosis. Indicates a glomerular cause of [[acute kidney injury]].
Pathology might show [[crescents|crescentic glomerulonephritis]] (in other direction, crescents almost always say RPGN)
[img[crescent.jpg]]
''Causes:''
* [[Goodpasture syndrome]]
* [[SLE]]
* [[PSGN]]
* [[small vessel vasculitis]]
* [[IgA nephropathy]]
''Tests to run:''
* Check for antibodies:
** Anti-GBP
** ANCA
One of the [[TORCH infections]]
Can cause congenital rubella syndrome
A long-acting bronchodilator used for treating [[asthma]] (binds B2).
SAM = S-adenosyl methionine = ~AdoMet
Derives from [[methionine]]
Can be converted to [[homocysteine]]
''Identification:''
The largest cutaneous branch of the [[femoral nerve]]
It approaches the [[femoral artery]] where this vessel passes beneath the [[sartorius]]. It lies in front of the artery, behind the aponeurotic covering of the adductor canal, as far as the opening in the lower part of the [[adductor magnus]].
Here it quits the artery, and emerges from behind the lower edge of the aponeurotic covering of the canal; it descends vertically along the medial side of the [[knee]] behind the sartorius, pierces the [[fascia lata]], between the tendons of the Sartorius and [[gracilis]], and becomes subcutaneous.^^[1]^^
[img[http://www.rvuanatomy.com/uploads/1/3/4/5/13457421/afc5c_animated.gif]](http://www.rvuanatomy.com/uploads/1/3/4/5/13457421/afc5c_animated.gif)
[1] “Saphenous Nerve.” Wikipedia, the Free Encyclopedia, November 27, 2014. https://en.wikipedia.org/w/index.php?title=Saphenous_nerve&oldid=635657805.
Also called sarcolemmal membrane or myolemma
It is the plasma membrane of a [[striated muscle|skeletal muscle]] fiber cell.
Shaped like a river delta
Amplifies Ca^^2+^^ signal in muscle cells
"Winged scapula" caused by lesion of the [[long thoracic nerve]], which innervates the [[serratus anterior]]
''Divided into two types:''
* Hypertrophic
* Keloid
''Signs and symptoms:''
* [[catatonia]]
''Etiologies:''
* [[pregnancy]]
* congenital GnRH deficiency
* [[functional hypothalamic amenorrhea]]
** [[anorexia nervosa]]
** [[bulimia nervosa]]
** [[leptin]] deficiency
* [[T1DM]]
* [[celiac disease]]
* [[hypothyroidism]]
* [[hyperprolactinemia]]
* [[polycystic ovary syndrome]]
* [[primary ovarian insufficiency]]
''Diagnosis framework:''
# Rule out pregnancy
# Take history:
#* Stress? Change in weight, diet, or exercise? --> [[functional hypothalamic amenorrhea]]
#* What drugs is she taking?
#* Acne, [[hirsutism]], or deepening voice? --> polycystic ovary syndrome
#* Symptoms of [[estrogen]] deficiency?
#* [[galactorrhea]]? --> hyperprolactinemia
#* Past obstetric complications?
# Physical exam
# Basic lab tests:
#* [[progestogen challenge test]]
#* [[FSH]]
#* [[LH|luteinizing hormone]]
#* [[estrodiol]]
#* [[prolactin]]
#* [[thyroxine]]
#* [[TSH]]
#* [[hCG]]
# Follow-up testing
Can be caused by cortical infarcts with gliosis, tumor, [[meningitis]], HIV encephalopathy
''Biochemical Perspective''
Acute sepsis is a hypercatabolic state. The patient is degrading endogenous protein and is continuing to excrete nitrogenous products from use of [[amino acids|amino acid]] for [[gluconeogenesis]] and biosynthesis. Thus the person is in negative nitrogen balance.
Gluconeogenesis is increased to provide glucose as fuel for immune cells and for the nervous system. Fatty acid release and [[oxidation|fatty acid oxidation]] are increased to provide fuel for [[liver]] (for gluconeogenesis) and for skeletal [[muscle]].
Transaminates to [[hydroxypyruvate]], which is further converted to [[pyruvate]]
[img[serine.png]]
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
Derived from [[tryptophan]]
Breakdown product is [[5-HIAA]]
Gut is major reservoir
Careful of [[serotonin syndrome]]
Results from taking drugs in combination that raise total [[serotonin]] levels
Diagnosis of [[Libby Zion|https://en.wikipedia.org/wiki/Libby_Zion_Law]]
''Drugs:''
* [[opioids]]
* [[SSRI]]s
** start patients on homeopathic doses to be cautious
* [[MAO inhibitors]]
''Signs and Symptoms:''
* quick onset
* multiple myoclonic seizures
* fever
* agitation
* delirium
* sweating
$$anion \ gap = [Na^+]-[Cl^-] - [HCO_3^-]$$
Normal value is 12 mEq/L
Do not ask patients if they are married. Makes it difficult to ask about extramarital affairs. Imposes societal expectations on patient.
SHMT = serine hydroxymethyl transferase
Requires [[PLP|B6]]
Catalyzes [[serine]] + [[FH4]] <--> [[glycine]] + [[N5,N10-CH2-FH4]] + H2O
Defined as decreased ability to perfuse the vital organs with [[O2]]
Syndrome of inappropriate [[ADH]] secretion
Pain can be a trigger
A person with SIADH will have several features in common with a healthy, but severely water deprived person. However, the plasma osmolarity will be much lower in a person with SIADH.
Located in the [[right atrium]]
The [[resting membrane potential]] is -50 mV
The [[automaticity]] of the SA node is probably due to I,,f,, ([[funny current]]) as well as the calcium clock
Unlike in myocytes, the upstroke of the [[action potential]] in SA node cells is driven by I,,Ca,,.
The downstroke is driven by the Na-Ca exchange channel.
Mostly innervated by the [[parasympathetic nervous system]]. Cholinergic stimulation causes phase 4 to last longer because I,,f,, is diminished
There is still some innervation from the [[sympathetic nervous system]]. Adrenergic stimulation causes pahse 4 to be shorter because I,,f,, is increased. This happens via stimulation of [[HCN channels|HCN channel]] by [[cAMP]].
Aka systemic lupus erythematosus
Treatment is determined by the class of SLE manifestation
Manifests with several different classes of [[glomerular damage|lupus nephritis]]
''Clinical Presentation:''
Expect to see in women ages 20-40
//Remember with mnemonic RASH ORR PPAIN//
* rash
* [[arthritis]]
* [[serositis]] or soft tissue damage
* hematologic disorders
* oral or nasopharyngeal [[ulcer]]s
* [[Reynaud phenomenon]]
* [[renal disease|lupus nephritis]]
* [[photosensitivity]]
* positive VDRL
* anti-nuclear antibodies
* immunosuppressants
* neurological disorders
''Some common antigens for its antibodies:''
* dsDNA
* Nuclear antigens
* [[Smith]] antigen
* A and B antigens
''Diagnostic Tests:''
* ANA
* anti-dsDNA-Ab
Associated with [[paraneoplastic syndrome]] characterized by secretion of [[ACTH]] (corticotropin), which leads to clinical features of [[Cushing syndrome]]. These include [[hyperglycemia]] and [[hypertension]].
Not under voluntary control
No striations
Mostly tonic contractors - default is contracted
Also sometimes phasic contractors
Distribution of myofilaments determines the shape and type of contraction
Innervation depends on location and function
Synchronous activation depends on mechanical linkage and cell-to-cell communication
Drugs acting on smooth muscle tend to target Ca2+ concentration
''Location determines function:''
* Vasculature
* GI tract
* Respiratory tract
* Urogenital tract
''Sequence of Events for Contraction:''
# [[sarcolemma]] depolarizes
# [[voltage-gated Ca2+ channels|voltage-gated Ca2+ channel]] open
# [[Ca2+]] rushes into cell and binds [[ligand-gated Ca2+ channels|ligand-gated Ca2+ channel]]
# Ca^^2+^^ rushes out of [[sarcoplasmic reticulum]] and binds [[calmodulin]]
# calmodulin upregulates [[myosin light-chain kinase]]
# myosin light-chain kinase phosphorylates [[myosin]]
# myosin binds [[actin]]
# [[cross-bridge cycling]] begins
<<<
$$Surface \ Area=4\pi r^2$$
$$Volume=\frac{4}{3}\pi r^3$$
<<<
[[aldosterone]] antagonist
Compound that lowers [[cholesterol]]
Can also be used as an [[anti-inflammatory]]
Acute severe asthma
''Pediatric Treatment:''
* First-line pediatric treatment is [[albuterol]] + [[ipratropium]] (aerosilized)
* If patient isn't able to fully inhale medications, add IM/SC [[epinephrine]] or [[terbutaline]]
* If poor response:
** Start on IV [[methylprednisolone]]
** Next try IV [[magnesium sulfate]]
Reinforces opening of a blocked vessel
Those with stents must be put on anticoagulants
''Functions:''
* Stores food
* Macerates food
* Homogenizes food
* Digests food
Usually cited in reference to the [[left ventricle]]
Can be visualized as the area inside of a [[pressure-volume loop]] or [[pressure-volume box]] (P,,ES,, x [[SV|stroke volume]])
You can change stroke work in 3 ways:
# Change [[contractility]] (positive correlation)
# Change [[arterial elastance]] (causes trade-off in magnitudes of P,,ES,, and SV)
# Change [[preload]] (positive correlation)
''Branches of First Part:''
* [[vertebral artery]]
* [[internal thoracic artery]]
* [[thyrocervical trunk]]
''Branch of Second Part:''
* [[costocervical trunk]]
''Branch of Third Part:''
* [[dorsal scapular artery]]
Or Meissner's plexus
Has only parasympathetic innervation
* Innervation -- Upper and lower nerves to the subscapularis (C5 and C6)
Also called the superficial peroneal nerve
Found in the [[lateral compartment of leg]]
Innervates the [[fibularis longus]] and [[fibularis brevis]] muscles.
Describes a condition where [[purulent exudate]] is accompanied by extensive [[liquefactive necrosis]].
Innervated by the [[suprascapular nerve]]
[img[http://ect.downstate.edu/courseware/haonline/simgs/00000/2000/400/2447.jpg]](http://ect.downstate.edu/courseware/haonline/simgs/00000/2000/400/2447.jpg)
Innervation of limbs trunk and skin is only sympathetic and includes the [[sweat gland]], the [[piloerector muscle]], and blood vessels.
''Effects on cardiovascularture:''
* Increase [[heart rate]]
* Increase [[contractility]]
* [[vasoconstriction]]
''Types:''
* primary -- due to [[multiple myeloma]]
* secondary -- due to chronic infection or genetic disorders
Period when blood is pumped out into the body.
A period of high pressure, because pressure exerts greater [[wall stress]] than volume, systole is more significant that
Happens after the [[1st heart sound]] and before the [[2nd heart sound]]
Increases surface area of cell for Ca^^2+^^ signal propagation
Aka type I [[diabetes mellitus]]
[[insulin]] deficiency --> unopposed action of [[glucagon]] --> [[gluconeogenesis]], [[glycogenolysis]], and [[lipolysis]] --> [[hyperglycemia]]
Body tries to get rid of excess sugar through urine. Water and sodium follow.
''Risk factors:''
* people tend to be younger age
* tend to lose weight
* some degree of familial history
* other autoimmune diseases
* taking steroids
''Signs and symptoms:''
* low insulin
* affects younger people
* [[polyuria]] -- osmotic diuresis
* [[polydipsia]] -- osmotic diuresis
* [[weight loss]] -- prolonged catabolic state as well as water loss
* high risk of [[DKA]]
''Treatment:''
* insulin --
* nutrition education --
Aka type II [[diabetes mellitus]]
End organ [[insulin]] resistance
''Risk factors:''
* [[thiazide diuretic]]s contribute to [[hyperglycemia]]
* tends to be people in middle-age
* obesity
* [[hypertension]]
* strong familial predisposition
* race/ethnicity
* poor diet
* lack of exercise
* cholesterol levels
* [[gestational diabetes]]
''Treatment:''
* weight loss is first line if obese
* exercise
* nutritional modification
* first-line early pharmacological treatment is [[metformin]]
* late disease course requires insulin replacement
A [[beta-2 adrenergic agonist]]
Due to deficiency of [[androgen]] receptors
''Role in [[wound healing]]:''
* [[Anti-inflammatory]] mediator
* Stimulates [[fibrosis]]
* Stimulates [[cell cycle]] arrest
* Aids [[angiogenesis]]
''Target:''
Thiazide diuretics inhibit the sodium chloride symporter in the [[distal convoluted tubule]].
''Effects:''
* Increases flow through [[distal tubule]]
* Dilutes luminal [[K+|potassium]] concentration
* Increases drive for renal secretion of K+
* Creates secondary driving force for Ca^^2+^^ reabsorption
** Increased proximal sodium and water reabsorption due to volume depletion, which leads to increased passive proximal calcium reabsorption
** Increased entry of luminal calcium into the //distal// tubular cell via a calcium channel in the luminal membrane, enhanced extrusion out of the tubular cell via a Na-Ca exchanger in the basolateral membrane
Can accumulate in the fat stores and prolong emergence from anesthetic state.
Patients with third-degree burns are at high risk of [[contracture]] during the healing process. This can potentially compromise the function of joints.
Provides important anastomotic link between the [[superior vena cava]] and [[inferior vena cava]] in cases of portal or caval obstruction
Significant [[vasoconstrictor]]
Contributes to [[platelet]] coagulation
Important to DNA synthesis and repair
[[dUMP]] + [[N5,N10-CH2-FH4]] <--> [[dTMP]] + [[FH2]]
Embryologically derives from the [[thyroid diverticulum]]
''Examples:''
* [[papillary thyroid carcinoma]]
''Tests:''
* ^^131^^I radioactive uptake study
** increased uptake <-- [[Graves' disease]] or nodular goiter
** decreased uptake <-- adenoma or carcinoma
* Biopsy with fine-needle aspiration especially if there is decreased uptake of ^^131^^I
* maybe serum Ca^^2+^^
* ultrasonography is best imaging modality for initial evaluation
* if cancer identified, might take an MRI
''Identification:''
It arises from the [[lateral condyle]] of the [[femur]].
The fibers end in a tendon on the anteriomedial dorsal aspect of the [[foot]] close to the [[ankle]].^^[1]^^
[img[http://www.thebodyonline.net/lowerlimb/tibialis_anterior_tendon.jpg]]http://www.thebodyonline.net/lowerlimb/tibialis_anterior_tendon.jpg
[1] “Tibialis Anterior Muscle.” Wikipedia, the Free Encyclopedia, December 20, 2014. https://en.wikipedia.org/w/index.php?title=Tibialis_anterior_muscle&oldid=638875059.
* TMP = trimethoprim
* Inhibits bacterial dihydrofolate reductase
* TIBC = total iron binding capacity
* Also known as aminotransferase
Carries iron in the plasma
Shows a high saturation under [[iron overload]] conditions.
Edema fluid associated with increased [[hydrostatic pressure]] and decreased [[oncotic pressure]]. It has low protein content.
It is non-[[inflammatory|acute inflammation]], instead associated with venous obstruction or decreased synthesis of plasma proteins
A serotonin reuptake inhibitor that is also a [[alpha-1 adrenergic antagonist]]
Aka thyrotropin releasing hormone
Blocks [[myosin]] from acting on [[actin]]
[[troponin]] keeps tropomyosin wound around actin
High concentration of [[Ca2+]] binds to troponin C -> changes conformation of [[tropomyosin]] so that it is out of the way -> [[myosin]] can act on [[actin]]
Derivatives include [[serotonin]], [[melatonin]], [[NAD+]], and [[NADP+]].
tuberculin test = PPD
Proceeds when [[antigen]] from tubercle bacillus is injected under skin -> picked up by [[langerhans cell]] -> presents via [[MHC-II]] to [[CD4 TH1]] -> inflammatory reaction -> diameter of induration is measured
I understand that this is pseudofunctional code that doesn't actually do anything. Just go with it.
```
'prostaglandins' ->
dilate 'renal afferent arterioles';
induce 'renin' secretion by 'juxtaglomerular cells' ->
activate 'RAAS' ->
release 'angiotensin II' ->
constrict 'renal efferent arterioles'
'adenosine' + 'ATP' ->
constrict 'renal afferent arterioles'
'NaCl' α 'GFR'
if 'NaCl' == high
suppress 'prostaglandins'
release 'adenosine' + 'ATP' ->
decrease 'GFR'
if 'NaCl' == low
suppress 'adenosine' + 'ATP'
release 'prostaglandins' ->
increase 'GFR'
```
Causes [[hyperkalemia]]
Too much phosphate -> sulfonate treats this
Uric acid -> infuse patient with extrinsic uricase
Patients may need dialysis
Also called TNF-α
Direct mediator of cytotoxic vascular injury during [[septic shock]]
Initiation needs to come first. Then promotion. Initiation is a driver and promotion supports probability of initiation and progression going forward.
A class of [[renal tubular acidosis]]
Characterized by loss of ability by the [[renal alpha-intercalated cell]] to secrete protons and reabsorb [[potassium]] --> less protons secreted also means less generation of [[bicarbonate]] by [[carbonic anhydrase]]
''Examples:''
* [[amphotericin]] administration
* Insulin resistance --> Hyperglycemia --> Β-cell death.
''Examples:''
* [[idiopathic thrombocytopenic purpura]]
* [[autoimmune hemolytic anemia]]
* [[pemphigus vulgaris]]
* [[Goodpasture syndrome]]
* [[Graves' disease]]
* [[myasthenia gravis]]
* [[pernicious anemia]]
A class of [[renal tubular acidosis]]
Characterized by loss of ability by the [[renal proximal convoluted tubule]] to reabsorb filtered [[bicarbonate]]
A class of [[renal tubular acidosis]]
Characterized by [[hyperkalemia]]-induced impairment of [[ammoniagenesis|ammonia]] by the [[renal proximal convoluted tubule]]
Breakdown product of [[tyrosine]]
When elevated, leads to release of [[norepinephrine]]
Converts [[tyrosine]] to [[DOPA]]
Converts [[DOPA]] to [[melanin]]
[img[https://images.duckduckgo.com/iu/?u=http%3A%2F%2Fa.dilcdn.com%2Fbl%2Fwp-content%2Fuploads%2Fsites%2F8%2F2013%2F11%2F1024.jpg&f=1]]
https://images.duckduckgo.com/iu/?u=http%3A%2F%2Fa.dilcdn.com%2Fbl%2Fwp-content%2Fuploads%2Fsites%2F8%2F2013%2F11%2F1024.jpg&f=1
Derives into [[DOPA]], [[dopamine]], [[epinephrine]], [[norepinephrine]], and [[melanin]].
Breaks down to [[tyramine]]
[[proteosome]] destroys [[intermediate filaments]] that are tagged with [[ubiquitin]]
* UDP-GT = UDP-glucuronosyltransferase = glucuronyl transferase
Enters the hand at [[Guyon's canal]]
''Innervation:''
* [[forearm]]: [[flexor carpi ulnaris]] and ulnar half of [[flexor digitorum profundus]]
[img[https://classconnection.s3.amazonaws.com/33/flashcards/602033/jpg/07_nerves_of_forearm_-_anterior_view_(edit)1311659833841.jpg]]
Has a [[reflection coefficient]] close to zero and thus is a poor [[osmole]], it will not cause significant changes in water flow
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Or end-stage renal disease (ESRD)
Azotemia and its clinical symptoms/manifestations
''Signs and Symptoms:''
* nausea
* [[anorexia]]
* fatigue
* [[gastritis]]
* [[pericarditis]]
* [[platelet dysfunction]]
* [[encephalopathy]]
Patients do not filter, reclaim, nor generate any new [[bicarbonate]] and become increasingly acidotic if they are not treated with [[dialysis]]
''Treatment:''
Patient must go on [[dialysis]] or get a [[kidney transplant]]
Note that this refers to the ''renal'' pelvis.
Product of [[purine]] metabolic breakdown.
Causes inflammation in the tissues
Not very soluble. Primates don't express uricase to break it down into something more soluble.
Typical daily output is 800-2000 mL with 2 L of intake
* Can be recycled by [[UDP-GT]] --> Can be problematic if there is a pathological increase in enterohepatic circulation
* UROD = uroporphyrinogen decarboxylase
A lipid-soluble [[nicotinic agonist]] used for [[smoking cessation]]
I interchangeably denote with either R or SVR (systemic vascular resistance). Sorry for the inconsistencies!
''Resistance (R) in terms of a single vessel:''
$$ R = \frac{8 \times \eta \times L}{\pi r^4}$$
: where η is [[viscosity]], L is length, and r is radius
The dominant factor affecting vascular resistance is radius of the vessel, therefore [[arterioles|arteriole]] have the greatest resistance in the vascular system.
''Resistance (SVR) in terms of a vascular system:''
$$SVR = \frac{\Delta P}{Q}$$
: where ΔP is the change in pressure (this is [[pulse pressure]] when considering the whole system), and Q is [[flow]]
''Total Resistance of Parallel Vessels:''
$$R_{total} = (\frac{1}{R_1}+\frac{1}{R_2}+\frac{1}{R_3}...)^{-1}$$
R,,total,, is always less than any parallel component
''Connection to flow:''
If you remove a vessel from a system of parallel vessels, the system will experience higher resistance and blood will be diverted elsewhere in order to maintain constant [[flow]] (think of Rishi's example with a [[lung lobe removed|https://www.khanacademy.org/science/health-and-medicine/circulatory-system/blood_pressure/v/flow-and-perfusion]]).
Increases [[vascular resistance]]
Decreases [[vascular resistance]]
Powerfully stimulates endothelial proliferation and also induces vascular permeability
Loss of [[contractility]] leading to smaller [[ejection fraction]]
Leads to a compensatory increase in [[preload]] in order to maintain [[stroke volume]] at a sufficient level
A deleterious consequence is the rise in [[end-diastolic pressure]], which can lead to [[pulmonary congestion]]/[[edema|pulmonary edema]] or [[ascites]]/[[edema]] depending on which side of the [[heart]] is affected.
Prevents [[acetylcholine]] from being packaged in synaptic intracellular vesicles.
"an abnormal backward movement of urine from the bladder into ureters or kidneys"^^[1]^^
''References:''
# https://en.wikipedia.org/wiki/Vesicoureteral_reflux
cranial nuclei for the [[vestibular nerve]]
grouped in the [[pons]] and [[medulla]]
''Project to the:''
* [[flocculonodular lobe]] of the cerebellum via [[inferior peduncle]]
* [[inferior olivary nucleus]]
* [[medial longitudinal fasciculus]] (oculomotor nuclei)
* [[lateral vestibulospinal tract]]
* [[ventral posterolateral nucleus]] and [[ventral posteromedial nucleus]] of the thalamus
[img[http://classconnection.s3.amazonaws.com/184/flashcards/1904184/jpg/picture101352569529256.jpg]]
Detects linear and angular acceleration of head.
If patient is holding a weapon, ask them to put it on the table or on the ground. Do not ask them to give the weapon to you.
''4 Kinds of Violent Patients:''
* Those with [[psychosis]]
* Those with [[delirium]]
* Those with [[substance abuse]]
* Those with [[developmental disorder]]s
[[fovea]] - high density [[retinal ganglion cell]]s and photoreceptor cells; eyes try to concentrate points of interest on the fovea, lots of cones in the fovea; rods are more on the periphery;
Necessary for formation of healthy [[conjunctiva]]
* Transports endogenous products
Activation of [[RAAS]] causes increased proton secretion and [[bicarbonate]] absorption.
''Pathophysiology:''
```
Loss of ECF ->
Decrease in renal perfusion ->
Activation of RAAS ->
Increase in AGII ->
Increase in Na+-H+ exchange at proximal tubule ->
Increased bicarbonate resorption
Increase in aldo ->
Increased H+ secretion at collecting duct
Increased K+ secretion at collecting duct (comorbid hypokalemia)
```
''Causes:''
* [[Loop|loop diurectic]] or [[thiazide diuretic]]s
the theoretical distribution of a medication between plasma ''and'' the rest of the body after oral or parenteral dosing
<<<
$$Vd = \frac{D}{C_p}$$
where:
* D = dose of drug
* C,,p,, = plasma concentration of drug after equilibration
<<<
A high Vd indicates that the drug is strongly bound to [[fat]] depots and intracellular sites. It is less bound to [[plasma]] proteins
$$Wall Stress = \frac{Pressure(radius)}{2 (wall width)}$$
Think of it as tearing force over surface area of the wall of the [[heart]].
Force over area will give you units of pressure but it is different from outward pressure values.
Has a narrow therapeutic index
Warfarin is a racemic combination with dominant effects from the S-enantiomer.
Highly plasma protein bound
Track coaguable state of warfarin with INR
Primarily metabolized by CYP2C9 and CYP1A2.
''Interaction with aspirin:''
* Causes increased risk of bleeding
** Both dynamically affect [[hemostasis]]
** [[aspirin]] displaces warfarin from plasma protein binding sites, increasing warfarin's [[volume of distribution]] and its effective dose
''Interaction with erythromycin:''
* Causes increased risk of bleeding, putatively because erythromycin inhibits CYP3A4 metabolism of warfarin.
* Changes availability of vitamin K because erythromycin kills gut bacteria
In adults, normal is 3.5-11 x10^^9^^ cells/L
The first step is formation of a [[fibrin]] clot called a [[thrombus]].
''Proliferative phase characterized by:''
*[[Fibroblasts|fibroblast]] depositing type III collagen
*[[Myofibroblasts|myofibroblast]] contracting the wound
*Capillaries providing nutrition
*Together these cells make up [[granulation tissue]]
''Delayed by:''
Most common cause is [[infection]]
Also caused by deficiencies in [[vitamin c]], [[zinc]], and [[copper]]
* Also used in the formation of xanthine
As you add more drugs to body, rate of metabolism or elimination stays constant because enzymes are saturated.
As you add more drug, [[half-life]] increases (think Lucy in chocolate factory)